2015 IACSIT AMSTERDAM CONFERENCES
2015 IACSIT AMSTERDAM CONFERENCES 2015 IACSIT AMSTERDAM CONFERENCES Feb. 12-13, 2015 Conference Program 2015 3rd International Conference on System Modeling and Optimization (ICSMO 2015) 2015 6th International Conference on Computer Modeling and Simulation (ICCMS 2015) 2015 4th International Conference on Information Computer Application (ICICA 2015) 1/ 40 2015 IACSIT AMSTERDAM CONFERENCES Conference Venue Hotel Casa 400 http://www.hotelcasa400.nl/en/index.html CONTACT +31 (0)20 665 11 71 Eerste Ringdijkstraat 4 1097 BC Amsterdam Conference room- University of Amsterdam 3 Hotel Casa 400 is the ideal starting point in Amsterdam. Thanks to our unique location near the Amstel Station, you’ll have the whole city at your feet. In addition, Casa 400 has a large underground car park. Casa 400 is a modern hotel, which opened its doors in the spring of 2010. Staying with us means having no worries. Hospitality and service is what we focus on in Casa 400. The reception team is always at your disposal! 2/ 40 2015 IACSIT AMSTERDAM CONFERENCES CONTENT Welcome to Amsterdam Conferences ………………………………………………………………………….4 Announcement ………………………………………………………………………….5 Introduction of Conference Chair, Keynote Speakers and Program Chairs ……………………………………………………………………….…10 Instruction for Oral Presentation ………………………………………………………………………….11 Technical Program at a Glance ………………………………………………………………………….12 Detailed Technical Program Schedule for Feb. 12…………………………………………….……………13 Schedule for Feb.13………………………………………….………………14 Listener List………………………………………….………………………33 Call for Paper ………………………………………………………………………34 3/ 40 2015 IACSIT AMSTERDAM CONFERENCES WELCOME TO AMSTERDAM CONFERENCES Dear Professors and Distinguished Delegates, Welcome to 2015 IACSIT Amsterdam Conferences. On behalf of IACSIT organization, I would like to thank all the Conference Chairs, Program Chairs and the technical Committees. Their high competence and professional advice enable us to prepare the high-quality program. We hope all of you have a wonderful time at the conference and also in Amsterdam. We believe that by this excellent conference, you can get more opportunity for further communication with researchers and practitioners with the common interest in System Modeling and Optimization, Computer Modeling and Simulation, and Information Computer Application. In order to hold more professional and significant international conferences, your suggestions are warmly welcomed. And we are look forward to meeting you again next time. Best Regards! Yours sincerely, Teresa Zhang Director of Conference Department, IACSIT 4/ 40 2015 IACSIT AMSTERDAM CONFERENCES ANNOUNCEMENT The ICSMO 2015 conference proceeding will be published in the International Journal of Modeling and Optimization (ISSN: 2010-3697 www.ijmo.org ), and will be included in the Engineering & Technology Digital Library, and indexed byProQuest,Google Scholar and Crossref. As usual, all accepted papers for the ICCMS 2015 will be published in the International Journal of Computer Theory and Engineering (ISSN:1793-8201 www.ijcte.org ), will be indexed byElectronic Journals Library, EBSCO, Engineering & Technology Digital Library, Google Scholar, INSPEC, Ulrich's Periodicals Directory, Crossref, ProQuest, WorldCat, and EI (INSPEC, IET). The ICICA 2015 conference proceeding will be published in the International Journal of Computer and Communication Engineering (ISSN:2010-3743 www.ijcce.org ), which will be indexed by Google Scholar, Engineering & Technology Digital Library,ProQuest, and Crossref. For the journal publication schedule, some authors could not get the journal on conference site. We’ll post the journal after publication. A CD including all registered papers will be handed out to the presenters. IACSIT Committee 5/ 40 2015 IACSIT AMSTERDAM CONFERENCES CONFERENCE CHAIRS & KEYNOTE SPEAKERS Prof. Alexander Balinsky Cardiff School of Mathematics, Cardiff University, UK Prof. Alexander Balinsky received his PhD degree in Mathematical Physics from the Landau Institute of Theoretical Physics in 1990 and was Research Fellow in the Department of Mathematics at The Technion-Israel Institute of Technology from 1993 till 1997. He joined Cardiff University in 1997.He is a Professor in the Cardiff School of Mathematics and WIMCS (Wales Institute of Mathematical and Computational Sciences) Chair in Mathematical Physics. His current research interests lie in the areas of spectral theory, stability of matter, image processing and machine learning.He has participated in EU TMR network on Partial Differential Equations and Quantum Mechanics (1996-2001).He was PI on three years grant from United State-Israel Binational Science Foundation (1996-1999), on three years EPSRC Research Grant 2003-2006.He was founding member of Cardiff Communication Research Cente. In 2007-2011 he had joint with Hewlett-Packard EPSRC CASE award, and from October 2011 joint with Hewlett-Packard 50%-50% PhD Scholarship. He also did consultancy work for Reuters, London on athematical models for Internet Security. Title: A-Contrario Methods for Data Mining and Image Analysis Abstract: We present a review and mathematical background of "a-contrario" detection theory in data mining and image processing. Several new applications for text mining, data segmentations and image analysis will be presented. Relations between "a-contrario" modeling and deep learning will be discussed. 6/ 40 2015 IACSIT AMSTERDAM CONFERENCES Prof., IEEE fellow, Tarek El-Ghazawi The George Washington University Tarek El-Ghazawi is a Professor in the Department of Electrical and Computer Engineering at The George Washington University, where he leads the university-wide Strategic Academic Program in High-Performance Computing. He is a founding director of The GW Institute for Massively Parallel Applications and Computing Technologies (IMPACT) and the NSF Industry/University Center for High-Performance Reconfigurable Computing (CHREC). El-Ghazawi’s research interests include high-performance computing, computer architectures, and heterogeneous computing. He is one of the principal co-authors of the UPC parallel programming language and the first author of the UPC Texbook. El-Ghazawi has published close to 250 refereed research publications in this area. Dr. El-Ghazawi has served in many editorial roles including an Associate Editor for the IEEE Transactions on Computers. He has chaired and co-chaired many international conferences and symposia. Dr. El-Ghazawi’s research has been frequently supported by Federal agencies and industry including DARPA/DoD, NSF, DoE/LBNL, AFRL, NASA, IBM, HP, Intel, AMD, SGI, and Microsoft. Professor El-Ghazawi was elected to a Fellow of the IEEE and is a Research Faculty Fellow of the IBM Center for Advanced Studies, Toronto. Professor El-Ghazawi was also awarded the Alexander von Humboldt Research Award, from Germany, which is given to 100 scientists across the world across all disciplines. El-Ghazawi was a recipient of the 2012 Alexander Schwarzkopf Prize for Technical Innovation, and has served as a Senior U.S. Fulbright Scholar. Title: Simulations with Heterogeneous High-Performance Computer Systems: Issues and Advances Abstract: In recent years, the top supercomputers in the world were built using heterogeneous chips as accelerators to conventional microprocessors. Such heterogeneous accelerators ranged from manycores (such as the Phi Processor) to specialized accelerators, such as gaming processors, general purpose graphics processors (GPGPUs) and field programmable gate arrays (FPGAs). Heterogeneous systems did not only achieve unprecedented successes but also often made history. Achieving 33.86 PFLOPS, Tianhe-2 in China topped the TOP500 list, and is today the fastest supercomputers in the world, using Intel Phi Manycore Chips as accelerators. Titan at ONRL, using NVIDIA K20 GPUs, achieves 17.59 PFLOPS, and was pushed to second. In 2010, China was able to build, also the first time of its history, a supercomputer, Tianhe-1A, that ranked as the top supercomputer in the world. Tianhe-1A performance boost came from NVIDIA graphical processing units (GPUs). In 2008, the Road Runner at LANL, using the Cell processor chips as accelerators, became the first system to reach the PetaFLOPs level of performance. The Cell was built by IBM/Sony/Toshiba for the Sony PlayStation 3. While the substantial performance advantages for such systems are obvious, enormous productivity challenges do exist. In this talk, we examine the progress and the productivity challenges for heterogeneous parallel computers and their implications for domain scientists. 7/ 40 2015 IACSIT AMSTERDAM CONFERENCES Dr. Charles Mutigwe University of Massachusetts Amherst, USA Dr. Charles Mutigwe teaches at the Isenberg School of Management at the University of Massachusetts Amherst. Dr. Mutigwe received a D.Tech in Electrical Engineering from the Central University of Technology (South Africa), a M.Sc. in Electrical Engineering from Western New England University (USA), a M.B.A. from Norwich University (USA), and a B.Sc. in Electrical Engineering with honors from the University of Zimbabwe. He is a member of the IEEE, the IEEE Computer Society and the ACM. Dr. Mutigwe has over 20 years of work experience in the IT industry. He has worked in both the corporate and academic settings and his roles have included those of network engineer, systems administrator, systems engineer, systems developer, and IT director. In addition to UMass Amherst, he has worked for DHL International, Berkshire Bank, Pitney Bowes and a number of start-ups during the dot-com era Title: An Automated Design Framework for Matching Processor Architecture to Applications Abstract: In this talk we describe a method for the automatic generation of application specific processors. The presentation is organized around three separate but interrelated studies, which together provide: a justification for the method used, and a theory that supports the method, together with a software application that realizes the method. The first study looked at how modern day microprocessors utilize their hardware resources and it proposed a metric, called core density, for measuring the utilization rate. The core density is a function of the microprocessor's instruction set and the application scheduled to run on that microprocessor. This study concluded that modern day microprocessors use their resources very inefficiently and proposed the use of subset processors to execute the same applications more efficiently. The second study sought to provide a theoretical framework for the use of subset processors by developing a generic formal model of computer architecture. To demonstrate the model's versatility, it was used to describe a number of computer architecture components and entire computing systems. The third study describes the development of a set of software tools that enable the automatic generation of application specific processors. The FiT toolkit automatically generates a unique Hardware Description Language (HDL) description of a processor based on an application binary file and a parameterizable template of a generic microprocessor. Area-optimized and performance-optimized custom soft processors were generated using the FiT toolkit and the utilization of the hardware resources by the custom soft processors was characterized. The FiT toolkit was combined with an ANSI C compiler and a third-party tool for programming field-programmable gate arrays (FPGAs) to create an unconstrained C-to-silicon compiler. 8/ 40 2015 IACSIT AMSTERDAM CONFERENCES Prof. Farouk Yalaoui Universitéde Technologie de Troyes, France Farouk YALAOUI obtained his Engineering degree in Industrial Engineering from the Polytechnics School of Algiers (Algeria) in 1995, his master’s degree in Industrial System Engineering from Polytechnics Institute of Lorraine (Nancy, France) in 1997, his Ph.D. degree in Production Management from the Troyes University of Technology (UTT) in 2000 and followed by a Habilitation àdiriger les recherches (Dr. Hab) from Compiegne University of Technology (UTT) in 2006. He is currently a full Professor at Troyes University of Technology, France, where he is the head of Optimisation Industrial systems Optimisation Lab (Research Team), Charles Dealaunay Institute (ICD), UMR CNRS 6281. His research topic focuses on the scheduling problems, system design, operations research, modeling, analysis and optimization of logistic and production systems, reliability and maintenance optimization and on optimization problems in general. He is member of IFAC TC group 5.2. He is Chair of a Working Group on multiobjective optimization. He is member of French Universities National Council (CNU) field Automation, Control, Industrial Engineering (section61). http://losi.utt.fr/fr/membres/yalaoui.html.. He is French expert for different agency such French ANR agency, French AERES Agency, Natural Sciences and Engineering Research Council of Canada (NSERC), Algerian PNR program. Title: Production and logistics optimization: Parallel machines scheduling Abstract. The aim of this paper is to give an overview of some logistics optimization problem especially about the scheduling ones. The scheduling is to assign jobs to resources at established moments according to some constraints in order to optimize a given criterion. A couple of Results on parallel machines, re-entrant process and jobshop cases are developed with different criteria. The problems are both industrial configuration, with industrial partner, and academic. These results are proved, implemented on real data and already published in international journals. Key words: Scheduling, parallel machines, re-entrant process, job-shop, theoretical case, industrial case, optimization methods. 9/ 40 2015 IACSIT AMSTERDAM CONFERENCES Conference Program Chair Dr. Jörg Dümmler, Technische Universität Chemnitz, Germany Florian Niedermeier, BMW Group, Karlsruher Institute of Technology, Germany (Chair of ICSMO) DR. M. Basel Almourad, Zayed University, UAE 10/ 40 2015 IACSIT AMSTERDAM CONFERENCES Instruction for Oral Presentation Devices Provided by the Conference Organizer: Laptop (with MS-Office & Adobe Reader) Projector & Screen Laser Sticks Materials Provided by the Presenters: PowerPoint or PDF files Duration of each Presentation (Tentatively): Regular oral presentation: about 10-15 minutes (including Q&A) Keynote speech: about 45 minute (including Q&A) Notice: Please keep your belongings (laptop and camera etc) with you! 11/ 40 2015 IACSIT AMSTERDAM CONFERENCES Technical Program at a Glance Feb. 12 Venue: Lobby 10:00-17:00 9:00-9:10 9:10-9:55 Venue: Feb. 13 9:00-12:30 9:55-10:40 10:40-11:00 University of Amsterdam 3 Feb. 13 12:30-13:30 Registration Opening Prof. Alexander Balinsky Remarks Plenary Dr. Charles Mutigwe Speech I Plenary Prof. Tarek El-Ghazawi Speech II Group Photo &Coffee Break 11:00-11:45 Plenary Speech III Prof. Farouk Yalaoui 11:45-12:30 Plenary Speech IV Prof. Alexander Balinsky Lunch Buffet (Restaurant) University of Amsterdam 3 13:30-16:00 Session I-12 papers Information Management and Industrial Modeling CA011, CA016, CA020, CA022, CA027, CA1010, MS15303, MS15304, MS15025, Q004, Q006, Q008, Session II- 12papers Computer Networks and IT Application Cambridge Feb. 13 13:30-18:20 Meeting Floor Area University of Amsterdam 3 Cambridge Feb. 13 19:00-20:30 13:30-16:00 CA006,CA007,CA008,CA012, CA013, Q007, QMS15004,MS15005,MS15029,MS15030, MS15018,Q020 16:00-16:20 Coffee Break 16:20-18:20 16:20-18:20 Session III-9 papers Automation and Control Systems CA1004, CA017, MS15108, MS15305, Q014, Q018, CA010,MS15031,MS15037 Session IV-10 papers Automation and Control Systems CA029, MS15027, MS15032, MS15002,Q015, Q019, MS15006,MS15036,MS15038,MS15308 Dinner Buffet (Restaurant) 12/ 40 2015 IACSIT AMSTERDAM CONFERENCES Detailed Technical Program Schedule for Feb. 12 Onsite registration: Feb.12, 2015 Time Event 10:00am-17:00pm Arrival, registration and conference materials collection Location Venue: Lobby Address Eerste Ringdijkstraat 4, 1097 BC Amsterdam Telephone Staff Tel: +31 (0)20 665 11 71/+86-15208385669 Yoyo Yang Note: You can also register at any working time during the conference Certificate of Participation can be collected at the registration counter. The organizer won't provide accommodation, and we suggest you make an early reservation. Please get the related paper documents and they are required when you register on desk. 13/ 40 2015 IACSIT AMSTERDAM CONFERENCES Schedule for Feb.13 Morning, Feb.13, 2015 Plenary Speeches Location: University of Amsterdam 3 9:00-9:10 9:10-9:55 Plenary Speech I Opening Remarks Prof. Alexander Balinsky Topic: An Automated Design Framework for Matching Processor Architecture to Applications Speaker : Dr. Charles Mutigwe University of Massachusetts Amherst, USA 9:55-10:40 Plenary Speech II Abstract—In this talk we describe a method for the automatic generation of application specific processors. The presentation is organized around three separate but interrelated studies, which together provide: a justification for the method used, and a theory that supports the method, together with a software application that realizes the method. The first study looked at how modern day microprocessors utilize their hardware resources and it proposed a metric, called core density, for measuring the utilization rate. The core density is a function of the microprocessor's instruction set and the application scheduled to run on that microprocessor. This study concluded that modern day microprocessors use their resources very inefficiently and proposed the use of subset processors to execute the same applications more efficiently. The second study sought to provide a theoretical framework for the use of subset processors by developing a generic formal model of computer architecture. To demonstrate the model's versatility, it was used to describe a number of computer architecture components and entire computing systems. The third study describes the development of a set of software tools that enable the automatic generation of application specific processors. The FiT toolkit automatically generates a unique Hardware Description Language (HDL) description of a processor based on an application binary file and a parameterizable template of a generic microprocessor. Area-optimized and performance-optimized custom soft processors were generated using the FiT toolkit and the utilization of the hardware resources by the custom soft processors was characterized. The FiT toolkit was combined with an ANSI C compiler and a third-party tool for programming field-programmable gate arrays (FPGAs) to create an unconstrained C-to-silicon compiler. Topic: Simulations with Heterogeneous High-Performance Computer Systems: Issues and Advances Speaker : Prof., IEEE fellow, Tarek El-Ghazawi The George Washington University, USA Abstract—In recent years, the top supercomputers in the world were built using 14/ 40 2015 IACSIT AMSTERDAM CONFERENCES heterogeneous chips as accelerators to conventional microprocessors. Such heterogeneous accelerators ranged from manycores (such as the Phi Processor) to specialized accelerators, such as gaming processors, general purpose graphics processors (GPGPUs) and field programmable gate arrays (FPGAs). Heterogeneous systems did not only achieve unprecedented successes but also often made history. Achieving 33.86 PFLOPS, Tianhe-2 in China topped the TOP500 list, and is today the fastest supercomputers in the world, using Intel Phi Manycore Chips as accelerators. Titan at ONRL, using NVIDIA K20 GPUs, achieves 17.59 PFLOPS, and was pushed to second. In 2010, China was able to build, also the first time of its history, a supercomputer, Tianhe-1A, that ranked as the top supercomputer in the world. Tianhe-1A performance boost came from NVIDIA graphical processing units (GPUs). In 2008, the Road Runner at LANL, using the Cell processor chips as accelerators, became the first system to reach the PetaFLOPs level of performance. The Cell was built by IBM/Sony/Toshiba for the Sony PlayStation 3. While the substantial performance advantages for such systems are obvious, enormous productivity challenges do exist. In this talk, we examine the progress and the productivity challenges for heterogeneous parallel computers and their implications for domain scientists. 10:40-11:00 11:00-11:45 Plenary Speech III Group Photo &Coffee Break Topic: Production and logistics optimization : Parallel machines scheduling Speaker : Prof. Farouk Yalaoui Université de Technologie de Troyes, France Abstract—The aim of this paper is to give an overview of some logistics optimization problem especially about the scheduling ones. The scheduling is to assign jobs to resources at established moments according to some constraints in order to optimize a given criterion. A couple of Results on parallel machines, re-entrant process and jobshop cases are developed with different criteria. The problems are both industrial configuration, with industrial partner, and academic. These results are proved, implemented on real data and already published in international journals. 11:45-12:30 Plenary Speech IV Topic: A-Contrario Methods for Data Mining and Image Analysis Speaker : Prof. Alexander Balinsky Cardiff School of Mathematics, Cardiff University, UK Abstract—We present a review and mathematical background of "a-contrario" detection theory in data mining and image processing. Several new applications for text mining, data segmentations and image analysis will be presented. Relations between "a-contrario" modelling and deep learning will be discussed.” 12:30-13:30 Lunch (Restaurant) 15/ 40 2015 IACSIT AMSTERDAM CONFERENCES Afternoon, Feb.13, 2015 Time: 13:30-18:20pm Session I- Information Management and Industrial Modeling Venue: University of Amsterdam 3 Time: 13:30-16:00 Session Chair I: DR. M. Basel Almourad, Zayed University, UAE（Associated Professor） Session Chair II: Dr. D. R. Prajapati PEC University of Technology, India Q006 The Human Resources Assignment with Multiple Sites Problem Mohamed Afilal, Hicham Chehade, and Farouk Yalaoui University of Technology of Troyes, France CA020 Abstract: Human resources assignment is the process of creating an employee’s assignment in order to meet the demand of a set of tasks over time horizon. Many research works have been developed for similar problems in many field areas like health-caring, manufacturing, transportation… However in our study, we approach a general case where tasks do not have a specific daily or weekly pattern. Employees can be assigned to more than one task per day and taking in consideration multiple sites. The objective of our study is to find a feasible solution that respect different constraints relative to labor regulations and a constraint relative to multiple sites, balance the workload over employees and minimize overload hours. We propose a mixed integer programming model and a key performance indicator based heuristic to solve this problem. The results of the heuristic are very promising. The COnCEPT Project: Decoding the IT needs of the Professional Designer when in Remote Collaboration during the Early Stages of the Design Process Liapis Aggelos1, Didaskalou Alexandros, Thiveos Konstantinos INTRASOFT International SA, Research and Innovation Department, Greece 16/ 40 2015 IACSIT AMSTERDAM CONFERENCES CA016 Abstract: Designers are frequently challenged by complex projects in which the problem space is unique, rapidly changing, and the information available is limited. In such cases, combining knowledge from different fields of expertise is required. Furthermore, collaboration during the design process is essential for achieving a meaningful and well-formed solution. Designers therefore regularly find themselves exchanging ideas and reflections in form of emails, sketches, and images with a group of experts from different backgrounds, working altogether through the creation of a design, its development and proper implementation. The particular paper explores -through COnCEPT research and development EU co-funded project- the nature and requirements of early design work focusing especially on issues of synchronous and asynchronous collaboration, team dynamics and the management and monitoring of the early stages of the design process. The overall aim is to identify the essential characteristics and needs of distributed teams when in remote collaboration during the early stages of the design process and suggest a prototype environment based on their requirements and workflow. Language Learning Generators –From Traditional Language Learning Methodologies to Future Computer Assisted Technologies Eva Zanuy Escoles Betlem, Ramal 1, Premia de Dalt, Barcelona, Spain. CA011 Abstract: Textbooks should are tools that generate learning, and if we improved them taking into account the different learning styles, we would be creating a real Learning Generator for all the students. But the piece of the larger problem I am breaking off to work on is how to choose a Learning Generator or perfect textbook. The scope of my research includes the bestseller publishing houses in teaching English as a second language (Cambridge, Oxford, Longman, Macmillan and Richmond) and each single exercise in these textbooks will be classified on the basis of Learning Styles. The higher representation of exercises that could help the Reflector Style shows that all the publishing houses, without exception, follows the natural method. The natural method fails because it has an excess of a single Learning Style. Consequently, the publishing houses have to pay greater attention to the theories on Learning Styles and use learning systems platforms that benefit all the students. This can be accomplished through multimedia education. The future of education is in a virtual world. We should change a system based on books which just benefits a small group of students, to an e-learning system. The application of technology should become normalized moving from classrooms to language labs. Could we imagine a learning system where all students learned at their best? The Most Violated WCAG 1.0 Guidelines by the Developers of e-Government Websites M. Basel Al Mourad Zayed University, UAE Abstract: Most governments today are moving toward information society where e-Government websites are universally accessible by all citizens. Accessible websites means that people with disabilities can use the Web and the website developers must follow the WWW Consortium (W3C)‘s Web Content Accessibility Guidelines (WCAG). This 17/ 40 2015 IACSIT AMSTERDAM CONFERENCES CA022 paper seeks to examine the most violated accessibility guidelines by the developer of the web portals. For this purpose, we examined 21 e-Government websites. We identified and discussed the most violated WCAG. Our findings may raise awareness to the web developer about these violations and encourage them on how to build better and accessible websites. Technical requirements of the e-Waybill service Shoaib Bakhtyar, Johan Holmgren, Jan A. Persson Blekinge Institute of Technology, Sweden CA027 Abstract: An electronic waybill (e-Waybill) is a service whose purpose is to replace the paper waybill, which is a paper documents that traditionally follows a consignment during transport. An important purpose of the e-Waybill is to achieve a paperless flow of information during freight transport. In this paper, we investigate five e-Waybill solutions, that is, system design specifications for the e-Waybill, regarding their non-functional (technical) requirements. In addition, we discuss how well existing technologies are able to fulfil the identified requirements. We have identified that information storage, synchronization and conflict management, access control, and communication are important categories of technical requirements of the e-Waybill service. We argue that the identified technical requirements can be used to support the process of designing and implementing the e-Waybill service. Performance Evaluation of MPTCP over a Shared Bottleneck Link Soonghwan Ro and Dien Nguyen Van Kongju National University, Korea CA1010 Abstract: In this paper, we present experimental results evaluating the performance of the Multipath TCP over a shared bottleneck path in a series of benchmark tests. We found that the Multipath TCP’s fairness as well as its competitiveness responds to the change of network conditions, such as latency and loss rate. MPTCP is unfairness and powerful with regular TCP in ideal network conditions, but its throughput clearly decreases even less than regular TCP in worse network conditions with high latency and a higher rate of loss of packets. Design of Mobile e-Learning Forecasting System Based on Case Study Using Multiple Intelligence Analysis Thongchai Kaewkiriya Thai-Nichi Institute of Technology, Bangkok, Thailand Abstract: The objective of this research is to design an adaptive mobile e-learning forecasting system based on case study using Multiple Intelligence. Thus, our paper proposes a conceptual framework of an adaptive e-learning guidance system based on Multiple Intelligence. The conceptual framework is divided into six modules. Firstly, introduction of a Pattern based module. Secondly, detailed explanation of the Forecasting module for students. The third, presentation of the Learning portal module. The fourth, presentation of the Adaptive module. The fifth, explanation the Mapping module. And finally, proposal of learning content for the module which is based on Multiple Intelligence. The evaluation of this paper consists of 2 sections. The first section is to evaluate 18/ 40 2015 IACSIT AMSTERDAM CONFERENCES achievement of students. Second section is to evaluate precision of prediction for students. The result of the first evaluation shown that students who studied via mobile e-learning forecasting system are more successful than students who studied via normal e-learning system with significant at .05 (t = 2.547, p < .05). The result of second section, we considered the percentage of precision. Then, we compared 3 algorithms which consists of 1) J48 algorithm 2) C4.5 algorithm 3) Naïve Bayes algorithm. The percentage of J48 algorithm has the highest value which equaled 86.487%. MS15303 Investigating Combined Drug and Plasma Apheresis Therapy of HIV Infection by Double Compartment Cellular Automata Simulatio Sompop Moonchai and Yongwimon Lenbury Mahidol University Abstract: It has become widely acknowledged that potent combination drug therapy of patients infected with Human Immunodeficiency Virus can significantly prolong life, but exerts detrimental effect on a patient’s quality of life. Lymph nodes and lymphatic tissue are busy sites of immunological activity. Germs are brought there by the cells of the immune system to be broken down and analyzed. However, clinics commonly used blood tests for viral load therein to assess the effect of drug therapy. We are therefore of the opinion that most cellular automata models in the past that only considered viral proliferation in the lymph node cannot give a sufficiently accurate picture of the dynamics of HIV infection, especially when the impact of treatments that combine both drugs and plasma apheresis are in question. We thus present a two-compartment Cellular Automata (CA) model, which simulates the dynamics of HIV infection in both the lymph node and blood compartments when drugs and plasma apheresis are applied simultaneously. It is found that the combined usage of these two types of therapy yields more favorable outcome than the sole use of plasma apheresis. MS15304 Contribution of Virtual Reality for Lines Production’s Simulation in a Lean Manufacturing Environment Mohamed-Amine Abidi, Barbara Lyonnet, Pierre Chevaillier, and Rosario Toscano ENISE Abstract: In an increasingly competitive world, the responsiveness has become essential to improve the performance of companies. Accordingly a large number of companies have implemented the Lean approach. This approach is a production management method based on waste elimination and just-in-time production. This leads manufacturers to update and adapt their ways of production management and so reorganize the production lines to reduce costs, minimize delays as well as optimize their flexibility. To do this, the use of the Virtual Reality (VR) in the lines production’s simulation would offer many advantages. Thus, this technology would allow users to interact with simulation model in real-time and in a 3D format. However, few works have integrated virtual reality in the field of simulation in Lean manufacturing environment. The objective of this paper is to propose a method of simulation of production flows in a virtual environment in real time. To this end, we will review the traditional industrial tools in the field of production simulation. Then we will present the main advantages of using the VR to the manufacturing processes in a lean environment. Finally a global software solution which integrates VR will be proposed and an example of its application to simulate lines production in VR will be presented. MS15025 Exact Computation of the Triangular-Lattice Ising Model with Eighteen Spins on a Side 19/ 40 2015 IACSIT AMSTERDAM CONFERENCES Seung-Yeon Kim Korea National University of Transportation, Korea Q004 Abstract: The Ising model, consisting of magnetic spins, is the most important system in understanding phase transitions and critical phenomena. For the first time, the exact integer values for the density of states of the triangular-lattice Ising model with eighteen spins on a side and free boundary conditions are evaluated. Also, the exact specific heats are obtained for the triangular-lattice Ising ferromagnet and antiferromagnet at the same time. Effectiveness of Conventional CUSUM Control Chart for Correlated Observations D. R. Prajapati Department of Mechanical Engineering, PEC University of Technology (Formerly Punjab Engineering College), Chandigarh, India Q008 Abstract: Control charts; one of the important tools of quality control, are also known as Shewhart charts or process behavior charts. Page (1954) was the first, who introduced the Cumulative Sum (CUSUM) control charts for detection of process shifts and claimed that these charts are more efficient compared to Shewhart chart to detect small shifts in the process average. Various schemes of the CUSUM chart for autocorrelated data for sample size of 4 are developed and compared with the schemes of the Shewhart X chart for autocorrelated data. It is found that CUSUM chart outperforms the Shewhart X chart for all the shifts and at all the levels of correlation (Φ) for sample size (n) of four. So, the CUSUM control chart is much better option for faster detection in the process mean. Damped Oscillator under Stokesian Realm and Added-Mass Effects Jiradech Kongthon Assumption University of Thailand, Thailand Abstract: This article presents the modeling and simulations of a sphere that oscillates vertically in a high-viscosity liquid. The sphere is connected to a linear spring and given an initial displacement from the equilibrium position to allow free vibration and the sphere undergoes the inertia force, the spring force, the drag force, the buoyancy force, the gravity force, and the added-mass force. In general, the added-mass force is not considered in modeling an oscillator. In this article, the added-mass force is included in the modeling to reflect the reality and the effect of the added-mass force is investigated and discussed. The main contribution of this article is to model and simulate the system and to show that (i) the natural frequency of oscillation is reduced by the added mass; (ii) the damping ratio is also reduced by the added mass; (iii) the return time to the original equilibrium is increased by the added mass; (iv) furthermore, the difference on the densities between the liquid’s density and the sphere’s density dictates the degree of the added-mass effect; i.e., the effect due to the added mass is small if the difference on the densities is large. Session II- Computer Networks and IT Application Venue: Cambridge Time: 13:30-16:00 20/ 40 2015 IACSIT AMSTERDAM CONFERENCES Session chair: Dr. Jörg Dümmler, Technische Universität Chemnitz, Germany CA012 Support to Apply Accessibility Guidelines to Web Applications Tamaki Ohara, Hajime Iwata, Junko Shirogane and Yoshiaki Fukazawa Waseda University, Japan. Tokyo Woman’s Christian University, Japan CA007 Abstract: Recently RIAs (Rich Internet Applications) have been widely adopted in Web applications. Although RIAs realize that Web pages change dynamically, their accessibility is often insufficient, preventing people with disabilities from properly operating and recognizing content. To resolve these problems, the WAI (Web Accessibility Initiative) of the W3C (World Wide Web Consortium) has established accessibility guidelines, called WAI-ARIA (Web Accessibility Initiative - Accessible Rich Internet Applications), which provide detailed instructions to make RIAs accessible for users with disabilities employing ATs (assistive technologies). ATs include screen readers, alternative keyboards, screen magnification software, and voice recognition software. Applying these guidelines to Web applications is extremely burdensome due to the numerous elements in the guidelines. Herein we propose a method to automatically evaluate the accessibility of Web applications, reducing developers' efforts and costs. The target RIAs of our current method are developed by JavaScript. Authentication Protocol for Healthcare Services over Wireless Body Area Networks Seulgi Shin, Sung Woon Lee, Hyunsung Kim Tongmyong University, Korea CA013 Abstract: Ubiquitous healthcare service is one of the major fields of research for wireless body area networks (WBANs). Ensuring complete and a good level of security for such types of WBANs, is not a trivial task. It is practically impossible to deal with all sorts of security threats with a single mechanism. This paper reviews Khan et al.’s authentication protocol for healthcare service over WBANs and shows that it does not provide forward secrecy. Furthermore, this paper proposes a remedy protocol for Khan et al.’s authentication protocol and the previous related protocols. The proposed protocol could be utilized as a basic security building block for healthcare applications based on WBANs. Parallel Matrix Multiplication on Centralized Diamond Architecture Masumeh Damrudi and Kamal Jadidy Aval 21/ 40 2015 IACSIT AMSTERDAM CONFERENCES Islamic Azad University, Iran CA008 Abstract: In this paper, we introduce a matrix multiplication algorithm on the new born parallel architecture named Centralized Diamond architecture. Matrix multiplication is a fundamental mathematical operation which has numerous applications in most of scientific fields. There are some sorting and searching algorithms on Centralized Diamond architecture which have appropriate time complexity. Once different kinds of parallel algorithms are applicable to a parallel architecture, the architecture is considered to be more functional and can be employed for different purposes and applications. The theoretical analysis proves that the matrix multiplication operation on Centralized Diamond architecture runs in a competitive number of steps compared to existing solutions. Authenticated Key Agreement based on NFC for Mobile Payment Bomi Seo, Sung Woon Lee, Hyunsung Kim Tongmyong University, Korea MS15004 Abstract: Mobile payment is being adopted all over the world in different ways. Along with the increased convenience at the point of sale, mobile payment acceptance can also bring new risks to the security of cardholder data. Authentication is a basic security building block for mobile payment and there are some of research results, which were proven to be weak against attacks. This paper proposes a new authenticated key agreement based on NFC for mobile payment to solve the problems in the previous researches. The proposed scheme is secure against various attacks and could provide privacy to the participants. HPC (High-Performance Computing) for Big Data on the Cloud: Opportunities and Challenges Mohamed Riduan Abid Alakhawayn University in Ifrane MS15005 Abstract: Big data and Cloud computing are emerging as new promising technologies, gaining noticeable momentum in nowadays IT. Nowadays, and unprecedentedly, the amount of produced data exceeds all what has been generated since the dawn of computing; a fact which is mainly due to the pervasiveness of IT usage and to the ubiquity of Internet access. Nevertheless, this generated big data is only valuable if processed and mined. To process and mine big data, substantial HPC (High-Performance Computing) power is needed; a faculty which is not that affordable for most, unless we adopt for a convenient venue, e.g., cloud computing. In this paper, we propose a blue print for deploying a real-world HPC testbed. This will help simulating and evaluating HPC relevant concerns with minimum cost. Indeed, cloud computing provides the unique opportunity for circumventing the initial cost of owning private HPC platforms for big data processing, and this by providing HPC as a service (HPCaaS). In this paper, we present the subtleties of a synergetic “fitting” between big data and cloud computing. We delineate opportunities and address relevant challenges.To concretize, we advocateusing private clouds instead of public ones, and propose using Hadoop along with MapReduce, on top of Openstack, as a promising venue for scientific communities to own research-oriented private clouds meant to provide HPCaaS for Big data mining. Parallel Simulation Algorithm of VLSI for Multicore Workstations with Dynamic Faults Grouping 22/ 40 2015 IACSIT AMSTERDAM CONFERENCES Dmitry Ivanov Institute of Mathematics of National Academy of Sciences of Ukraine, Ukraine MS15029 Abstract: A new algorithm for parallel fault simulation of VLSI on multicore workstations with common memory is proposed. To speeding up the algorithm two-level parallelization is used. First, main schema of the algorithm is based on the concurrent many-threaded simulation of the groups of faults for each input vector. Second, each group of faults is simulated in bit-parallel way. The dynamic fault grouping is adopted. The results of computational experiments on ISCAS-89 benchmarks circuits are reported, which are obtained on the 12-core workstation. Extraction of Region with Excessive Disparities Using Block based Disparity Calculation Sang Hyun Kim, Jeong Yeop Kim and Gil Ja So Youngsan University CA006 Abstract: In this paper, we propose the method extracts regions with excessive disparities in 3D stereoscopic images using block based disparity calculation for fatigue evaluation. The proposed method calculates the disparity-map using not pixel based method but block based method. The disparity-map’s resolution is decreased in proportion to block size. In the proposed method, first, the disparity-map is calculated based on BMA (block matching algorithm). The normalized cross- correlation is used as the cost function. The excessive disparity regions are extracted using the automatically decided threshold with Otsu algorithm in the disparity-map. Next, to eliminate the small regions, the extracted regions are post processed by morphological filter, erosion and dilation. The sum of the disparities in the object regions which is normalized with image size is used as parameter in fatigue evaluation model. To extract the exact object, the object regions will be segmented in 3D stereoscopic left image using region growing. NFC based Privacy Preserving User Authentication Scheme in Mobile Office Jungsub Ahn, Sung Woon Lee, and Hyunsung Kim Tongmyong University, Korea MS15030 Abstract: Smartwork is a flexible type of work that provides users with a more convenient work possibility, which refers to employees who work away from the company’s office in any capacity. Smartwork technologies often need additional protection because their nature generally places them at higher exposure to external threats. Therefore, smartwork application should provide securing infrastructures for both of users, inside and outside of the organization. This paper proposes a NFC based privacy preserving user authentication scheme as a basic security building block for smartwork environment, which is focused only on the mobile office one of smartwork environment. The proposed scheme provides anonymity and untraceability, which requires for the ubiquitous environment applications. The proposed scheme could be used as a basic building block for security on the various smartwork environments. The Evaluation Model of the Visual Fatigue on the 3D Stereoscopic Video Gilja So, Sanghyun Kim and Jeongyeop Kim Youngsan University, Korea 23/ 40 2015 IACSIT AMSTERDAM CONFERENCES MS15018 Abstract: We propose content dependent factors to be an argument of evaluation model of visual fatigue. The content factors we choose are the strength and size of the excessive disparity range, the complexity of the background objects, the variation of the motion-depth, the contrast of the objects in the scene. We verify that these factors have a relationship with visual fatigue through the experiment and suggest methods to extract the degree of these factors automatically. Simulating SQL-Injection Cyberattacks using GNS3 Aadil Al-Mahrouqi, Patrick Tobin, Sameh Abdalla and Tahar Kechadi University College Dublin, Dublin Q007 Abstract: Network Forensics is a subtopic of Digital Forensics wherein research on artificat investigations and intrusions evidence acquisition is addressed. Among many challenges in the field, the problem of losing data artifacts in the state of flux, (i.e., live volatile data), when network devices are suddenly non-operational remains a topic of interest to many investigators. The main objective of this article is to simulate an SQL injection attack scenarios in a complex network environment. We designed and simulated a typical Demilitarized Zone (DMZ) network environment using Graphical Network Simulator (GNS3), Virtual Box and VMware workstation. Using this set-up we are now able to simulate specific network devices configuration, perform SQL injection attacks against victim machines and collect network logs. The main motivation of our work is to finally define an attack pathway prediction methodology that makes it possible to examine the network artifacts collected in case network attacks. Early Energy Estimation of Networked Embedded Systems Executing Concurrent Software Components Patrick Heinrich, Hannes Bergler, and Erik Oswald Fraunhofer Institute for Embedded Systems and Communication Technologies ESK, Munich, Germany Abstract: This paper presents and evaluates a new approach of modeling energy consumption of embedded systems resulted by concurrent software components. The objective is to enable energy estimation within early phases of system development, which allows system designers to compare different allocations of software components within networked systems. The model is presented in detail and its application demonstrated by a case study. Additionally, an execution time estimation for software components is presented which is necessary for the energy model – but previously not available. The model was developed being applicable early in the development process, i.e. previous to any software implementation. This was realized by using only available information. The individual elements of the presented model are: energy consumption of software components themselves, energy consumption resulted by any software component, and energy consumption resulted by specific software components. The variables of the model can be estimated during early phases of system design using existing methods, expecting the execution time of software components. For that reason, a previously energy estimation technique was further developed to estimate the execution time based on program flowcharts. The estimation was verified by using three commercially available benchmarks. The flowcharts of these are utilized to estimate the execution times. The comparison between 24/ 40 2015 IACSIT AMSTERDAM CONFERENCES Q020 estimated and measured execution time of an exemplary embedded system results in an estimation error bandwidth between -12.5 % and +6.8 %. Additionally, an algorithm is presented which enables an automated analysis of program flowcharts as part of the execution time estimation. The developed model was applied within an automotive case study which shows a theoretical energy saving potential of 36.2 %. This demonstrates the potential and relevance of modeling energy estimation within early development phases. Multi-state reliability Assessment of Tool Magazine & Manipulator Yi Ou, Jun Han, Yi Liang, Aihua Yin, Hutian Feng, Yulin Wang Nanjing University of Science and Technology, China Abstract: Tool Magazine & Manipulator has many intermediate states on tool changing between success and failure, Multi-State Reliability theory must be applied in modeling and analyzing the process of performance degradation. Combined with the data from reliability test and performance test, carry out definition on sub-system’s states of Tool Magazine & Manipulator, use Markov random process theory in calculation of sub-system’s states probability, use Universal Generation Function (UGF) construct Multi-State Reliability model of system, and give assess formula of performance reliability in a certain demands, this method is easy to understand, makes up the shortage of Two-State Reliability analysis. 16:00-16:20 Coffee Break Session III- Automation and Control Systems Venue: University of Amsterdam 3 Time: 16:20-18:20pm Session Chair: Florian Niedermeier, BMW Group, Karlsruher Institute of Technology, Germany 25/ 40 2015 IACSIT AMSTERDAM CONFERENCES CA010 Comparative Performance of a Parallel Implementation of an Internet-Scale Zero-Day Worm Epidemiology Simulator Luc Tidy, Steve Woodhead and Jodie Wetherall University of Greenwich, UK CA017 Abstract: The threat posed by fast-spreading malware is significant, particularly given the fact that network operator / administrator intervention is not likely to take effect within the typical epidemiological timescale of such infections. The cost of zero-day network worm outbreaks has been estimated to be up to US$2.6 billion for a single worm outbreak. Zero-day network worm outbreaks have been observed that spread at a significant pace across the global Internet, with an observed rate of reaching more than 90 percent of vulnerable hosts within 10 minutes. An accepted technology that is used in addressing the security threat presented by zero-day worms is the use of simulation systems, and a common factor determining their efficacy is their performance. An empirical comparison of a sequential and parallel implementation of a novel simulator, the Internet Worm Simulator (IWS), is presented detailing the impact of a selection of parameters on its performance. Experimentation demonstrates that IWS has the capability to simulate up to 91.8 million packets transmitted per second (PTS) for an IPv4 address space simulation on a single workstation computer, comparing favourably to previously reported metrics. It is concluded that in addition to comparing PTS performance, simulation requirements should be taken into consideration when assessing the performance of such simulators. Modeling and Querying Multidimensional Bitemporal Data Warehouses Canan Eren ATAY and Gözde ALP Marmara University, Turkey CA1004 Abstract: Data warehouses have been considered to be the key aspect of success for any Decision Support System (DSS). Temporal database research has produced important results in this field. Data warehouses store historical data, and therefore could clearly benefit from the research on temporal databases. Temporal data warehouses join the two fields of temporal databases and data warehouse research. This paper introduces a bitemporal data warehouse model that both valid time and transaction time are attached to attributes. Data warehouse objects and cubes are created with multidimensional bitemporal relational database. Performance of available well-known relational database and bitemporal extension for data warehouse is evaluated and compared in terms of execution time and disk space consumption with the set of queries. Improving the Recommendation Accuracy for Cold Start Users in Trust-Based Recommender Systems Abdelghani Bellaachia and Deema Alathel The George Washington University, USA Abstract: Recommender systems have become extremely popular in recent years due to their ability to predict a user’s preference or rating of a certain item by analyzing similar users in the network. Trust-based recommender systems generate these predictions by using an explicitly issued trust between the users. In this paper we propose a recommendation algorithm called Averaged Localized Trust-Based Ant Recommender (ALT-BAR) that follows the methodology applied by Ant Colony Optimization algorithms to increase the 26/ 40 2015 IACSIT AMSTERDAM CONFERENCES accuracy of predictions in recommender systems, especially for cold start users. Cold start users are considered challenging to deal with in any recommender system because of the few ratings they have in their profiles. ALT-BAR reinforces the significance of trust between users, to overcome the lack of ratings, by modifying the way the initial pheromone levels of edges are calculated to reflect each edge’s associated trust level. An appropriate initialization of pheromone in ant algorithms in general can guarantee a proper convergence of the system to the optimal solution. ALT-BAR’s approach allows the ants to expand their search scope in the solution space to find ratings for cold start users while exploiting discovered good solutions for the sake of heavy raters. When compared to other algorithms in the literature, ALT-BAR proved to be extremely successful in enhancing the prediction accuracy and coverage for cold start users while still maintaining fairly good results for heavy raters. MS15031 The Modeling of Color Fatigue in 3-Dimensional Stereoscopic Video Jeong-Yeop Kim, Sang-Hyun Kim andGil Ja So Youngsan University, Korea Abstract: The change of color information on 3-dimensional stereoscopic video usually causes visual fatigue. Color information also gives some effect on the depth recognition because of the visual perception for the effect such as ‘forward color’. However the effect of ‘forward color’does not gives much influence on depth perception. Therefore, the analysis of color itself rather than the concept of ‘forward color’ is important. In this paper, the method for calculating visual fatigue by color only is proposed. MS15108 Plc Based Automatic Intelligent Car Parking System Faraz Islam, Mohammad Adil, Sayeed Akhtar Alvi Aligarh Muslim University Abstract: The main purpose of this paper was to design and implement an intelligent car parking system. The proposed system works on three modes such as ON, OFF and EMERGENCY. The system developed is able to sense the presence of the vehicles standing at the main car parking gate through an IR sensor. These IR sensors give their output to the PLC (programmable logic controller). Due to lack of parking spaces and skilled labour, there is a global shift towards the automatic car parking system to calculate accurate space available for car and revenue collection as a parking fee. This new scheme provides an improvement and reliability in the current car parking system and this system can be implemented easily because it is very economical as it uses solar panel for its power consumption and also the cheap IR sensor reduces the implementation cost. MS15305 A Study on Diesel Plug-in Hybrid Vehicle Powertrain Analysis and Modeling Ho-Un Jeong, Kyu-Hyun Sim, Kwan-Soo Han, and Sung-Ho Hwang Sungkyunkwan University Abstract: TMED (Transmission Mounted Electric Device) PHEV(Plug-in Hybrid Vehicle) powertrain consist of engine, engine clutch, motor, transmission ,differential gear, wheel and tire. By disengaging engine clutch, the vehicle can use only motor power for driving. 27/ 40 2015 IACSIT AMSTERDAM CONFERENCES Q014 After battery depleted, engine and motor are cooperate to increase engine efficiency.In this paper, diesel PHEV (Plug-in Hybrid Vehicle) powertrain dynamic equations was derived from longitudinal vehicle model. In order to design optimal powertrain capacity in given specifications, various capacities of engine and motor model was derived from commercial engine and motor test data. Engine and Motor model use input signal and input shaft speed to calculate torque outputs, also calculate energy conversion efficiency.Using MATLAB Simulink program, diesel PHEV dynamic model was created from engine and motor model, and powertrain dynamic equations. Using developed simulator, we analysis basic performance of diesel PHEV. Model Approximate Method of Complex System Juan Chen, Yuqin Liu, Shi’ang Qi, and Qing Guo Beijing University of Chemical Technology, China Q018 Abstract: During the internal model control of multivariate multiple time delay system, process model is very important in the design of controller, but complicated mathematical model is often encountered in decoupled multivariable multiple time delay system and needs to be reduced order. So this paper proposes a low order identification structure and an optimization method for model approximation of the complex model containing the time delay and non-minimum phase parts. In this paper, with the adoption of Pade approximation, a suboptimal approximate algorithm is used for the model approximation and model identification. The integral square error index and the frequency-domain integral square error index, as well as the integral time absolute error index is used to evaluate the approximate model comprehensively. Simulation results show that using the proposed model identification structure and adopting the suboptimal approximate algorithm to deal with this kind of approximation, that can get an approximate model that well reveals the dynamic characteristics of system and has a high approximation precision. Measurement and Control System Design of Precision Retentivity of Rolling Linear Guide Pair Jun Han, Hutian Feng, Yi Ou, Yi Liang, Aihua Yin, Li Zu Nanjing University of Science and Technology, China Abstract: Researched measurement and control system of precision retentivity of rolling linear guide pair for the problem of precision retentivity of rolling linear guide pair. Introduced the test bed testing system respectively from the hardware structure and software design in detail, and analyzed the data of test results. The design of test system provides a platform for the on-line measurement of precision retentivity of rolling linear guide pair, provides theoretical basis, testing methods and data support for new product research and development or product improvement. It has a very important significance to improve the performance of rolling linear guide pair made in China. MS15037 Finite Element Simulation and Analysis of the Vertical and Pitching Static Stiffness of Linear Rolling Guide Bin Zhou, Yulin Wang, Jun Han, Hetian Feng, Yi Ou, Aihua Yin and Wei Zhang Nanjing University of Science and Technology, China Abstract: The static stiffness has a direct influence on performance of the linear rolling guide (LRG). Therefore, it is necessary and useful to study on how to improve the static 28/ 40 2015 IACSIT AMSTERDAM CONFERENCES stiffness. In this work, a 3D finite element model (FEM) of LRG was developed based on ANSYS Workbench. Then the influence of the number, diameter and material of rolling balls, curvature ratio and initial contact angle on vertical and pitching static stiffness was studied based on the simulation. Finally, several methods for improving vertical and pitching static stiffness of LRG were proposed. Session IV- Automation and Control Systems Venue: Cambridge Time: 16:20-18:20pm Session Chair: Dr. Charles Mutigwe University of Massachusetts Amherst, USA CA029 WSNs and On-board Visual Fuzzy Servoing on Blimp Robot for Tracking Purposes Rami Al-Jarrah, Mohammad A. Al-Jarrah, Hubert Roth Siegen University, Siegen, Germany Q015 Abstract: The aerial robots represent an interested and rich area of research because they are very useful to perform complex tasks such as localization and tracking targets. To develop blimp system that is appropriate in diversity scenarios, an intelligent control with high autonomy degree is required. Therefore, we design blimp robot based on embedded system; then, we present several fuzzy sets models that should deal with autonomous, navigation and visual tracking problems. These models are empirically designed by combining the possibilities distributions theory with fuzzy logic. Thus, this paper addresses the problem of tracking robots in parallel with achieving the cooperative behavior based on computer vision system and artificial intelligent control to improve the efficiency of such system. In addition, considering use of wireless sensor networks for estimation multi-targets locations and the distances between them is presented. Modelling of Diagrid Structural System for High Rise Buildings Gulshan Mann and Vijay Pal Singh Department of Civil Engineering, National Institute of Technology, Kurukshetra Abstract: As in modern era population of metropolitan cities increased very rapidly. Due to which construction of high rise buildings is justified. In high rise building lateral loads are critical than gravity load. Presently the Framed, tubular, space truss, super frame structural systems are used to construct high rise buildings. Nowadays a new system named diagrid system has been adopted as a replacement of framed structure. In diagrid system the 29/ 40 2015 IACSIT AMSTERDAM CONFERENCES Q019 diagonal members are designed as tress element. Diagrid structural system is unique as it resist lateral load by its axial action. Efficiency of diagrid structural system mainly depends upon angle of diagrid. In the present study a 40 storey building with and without corner column has been analyzed. Comparison of analysis results in term of time period and top storey displacement for different angles is presented in this paper. The entire modeling and analysis of the structure has been done using SAP-2000 software. Modeling and Error Analysis of the Parallelism Measurement for Linear Rolling Guide Pair Yi Liang, Yulin Wang*, Aihua Yin, Li Zu, Hutian Feng, Dan Xu Nanjing University of Science and Technology, China MS15002 Abstract: The parallelism of a linear rolling guide pair directly affects the machining precision of machine tools. Therefore, it’s necessary and meaningful to find the measurement method to test them. A test method of parallelism of rolling linear guide pairs based on non-contact laser displacement sensors has been put forward. The paper derives an analytical testing algorithm of measurements of five laser displacement sensors to obtain the parallelism and their error analysis of linear rolling guide pairs. The parallelism of linear guide pairs includes five movement precisions which are horizontal parallelism, vertical parallelism, elevation angle, deflection angle and roll angle of a slider block relative to its guide way. The converting formulas from the laser sensors’ measurement to the two parallelisms and three angles are derived based on the basic theory of three-points can determine a plane. Because the sensors are installed with inevitably errors, the deviation of two parallelisms and three angles caused by the errors are analyzed. Results show that two parallelisms and three rotation angles depend critically on the measuring length of five laser sensors. The paper provides an effective method for measuring the parallelism and makes progress of the automatic detection of a linear rolling guide pair. Optimal Dispatch of Distributed Generation in a Grid-Tied Microgrid Via Direct Search Method Wei-Tzer Huang, Kai-Chao Yao and Chun-Ching Wu Department of Industrial Education and Technology in National Changhua University of Education MS15006 Abstract: This paper proposed a simple and efficient approach, Minimum Incremental Cost Approach(MICA), for the optimal schedule in a grid-tied micro-grid (MG) with various types of distributed generation (DG). The fuel costs generated by these DGs are determined using quadratic and linear functions dependent on the types of DGs. The proposed approach, MICA, is able to handle several inequality constraints without introducing any multipliers and furthermore it can solve the non-derivative problems or the fuel cost functions being much more complicated. Accordingly, the MICA is proposed for determining the optimal schedule of MGs with various types of DG to minimize generation costs under grid-tied operation. Results demonstrate that the proposed MICA is a simple approach to determining the optimal schedule in MGs with various types of DG. Innovation Process Simulation on the base "Predator and Prey" Model Victor Romanov, Helen Agafonova,Saltanat Sandybaeva and Nikita Mullin Russian Plekhanov University of Economics 30/ 40 2015 IACSIT AMSTERDAM CONFERENCES MS15027 Abstract: The paper is devoted to the simulation of two populations coexistence, one of which represents old big corporations and the other one – small innovative business. It is hard to imagine modern digital world without such combination of words as computer modeling and simulation. This discipline gains popularity throughout the whole scientific world. In our paper we examine such phenomenon as emotion simulation. It contains as a review of emotion simulating research as some original results on the innovation simulation based on predator and prey model. There is widely spread opinion, that modern information technologies provide us an opportunity to simulate emotions and feelings. Simulation of conflicts, cooperation, and the emotion simulation are often used to explain the nature of human behavior, depending on different factors such as personality, emotional state and mood at the specific moment in time. For instance, we can consider large company, which faces some troubles, as feeling some hunger and to satisfy it, the company tries to absorb some other smaller firm. The most important result of our research is the discovery of such parameter’s values interval in which great firms and small businesses (start-ups) can grow and raise simultaneously. Advanced Smart Cruise Control with Safety Distance Considered Road Friction Coefficient Do Ui Hong, Chanho Park, Yongho Yoo and Sung-Ho Hwang Sungkyunkwan University, Korea MS15032 Abstract: This research suggests the velocity controller with Advanced Smart Cruise Control(ASCC) with stop & go control considering the surface friction coefficient and applying a safety distance. A safety distance affects quality of cruise control. If a safety distance is too short, the probability to cause a collision gets greater whereas if it is too long, it can cause traffic congestion. Thus, calculating the optimal safety distance is very important. In this study, we used fitting functions to obtain a basic safety distance and then added the μ-safety distance, considering friction coefficient and relative velocity, to calculate final safety distance. We invented ASCC and stop & go control by considering velocity of vehicle to maintain the safety distance and relative velocity at the same time. Carsim was used for simulation and we found that while a vehicle with the velocity controller, calculating the velocity and location difference between preceding and following vehicles with four friction coefficients, it keeps a safety distance. Chaos Control in Memristor-based Oscillators Using Intelligent Terminal Sliding Mode Controller Amir Hossein Abolmasoumi and Somayeh Khosravinejad Arak University MS15036 Abstract: The problem of terminal sliding mode controller design for chaos control inmemristor-based oscillatorsis investigated. The main goal is to stabilize the chaotic Chua’s memristor-basedoscillator and to track the sinusoidal reference input.The stability of the oscillator with terminal sliding mode control is analyzed using Lyapunov criteria. Moreover, by defining a new objective function,genetic algorithm optimization is used to reduce the chattering effect and to decrease the convergence timeof terminal sliding mode controller. Simulation results demonstrate the usefulness of the proposed control method. Deformation Analysis and Simulation of the Cup-shaped Flexspline for Harmonic Drive Using in Aerocrafts 31/ 40 2015 IACSIT AMSTERDAM CONFERENCES Li Zu, Aihua Yin, Yanyang Sun, Yulin Wang, Yi Ou, Yi Liang and Hutian Feng Nanjing University of Science and Technology, China MS15038 Abstract: The harmonic gears used in servo drive systems of aerocrafts have the features of over loading and working for a short time. They are required to be smaller and lighter. Theoretical research and finite element analysis are given to the deformation characteristic of the flexible gear for the harmonic drive. This paper studies the initial deformation of the flexible gear, and compares with the result of finite element analysis. Overload is applied to the flexible gear, and by using ABAQUS FEA software, the distortions on the flexspline can be found. The research results provide theoretical references for improving load capacity of harmonic drive and designing this type of harmonic drive. The Structure Optimization of Test-bed for Load Bearing Performance of Harmonic Gear Drive Hetian Feng, Li Zu, Yiwen Zhang, Yi Ou, Yi Liang, Jun Han and Aihua Yin Nanjing University of Science and Technology, China MS15308 Abstract: This paper aims at the structural design and optimization of the test-bed for the load bearing performance of the harmonic gear drive. Based on the computer software, the mode analyses are given to the test-bed. The effects brought by different structures of stiffened plate on bed natural frequencies and deformations are studied. The Loading and overloading tests of the harmonic gear drive can be realized on the optimized designed test-bed, we can know the bearing capacity and transmission efficiency of the harmonic gear drive. Extending the Scheduling Toolkit SEParAT to Support Hybrid Parallel Platforms Jörg Dümmler and Martin Schulze Technische Universität Chemnitz, Department of Computer Science, 09107 Chemnitz, Ger many Abstract: Current parallel platforms are increasingly equipped with additional accelerators leading to hybrid system architectures. Parallel applications for these platforms can be implemented using a task-based programming approach. Such an approach facilitates the exploitation of all available execution units including the processor cores and the accelerators. The execution of a task-based application requires scheduling decisions, which may be provided by a suitable scheduling tool. This article discusses the extensions of the scheduling toolkit SEParAT to support hybrid cluster architectures. In particular, it first defines the extended programming model for hybrid platforms and the corresponding scheduling problem. The second part of the article describes the integration of this model into SEParAT. A particular focus lies on the extension of SEParAT's input and output interfaces. 19:00-20:30 Dinner Buffet (Restaurant) 32/ 40 2015 IACSIT AMSTERDAM CONFERENCES Listener List ICCMS 2015 ICICA 2015 Helen Agafonova Annalyn Casino Russian Plekhanov University of Economics, eXcode Innovations Corp, Philippines Russian Federation Saltanat Sandybaeva AZEEZ OLADIPUPO TIJANI （ University Of Russian Plekhanov University of Economics, Johannesburg, South Africa） Russian Federation Mwembo Olimo Alain Yvan Ruedas（Nestle Philippines-Philippines） Kyuhyun Sim Sungkyunkwan University, Korea Ibrahim Salum Mohammed Convent Holdings Ltd, Tanzania Rehema Godwin Mwambipile Convent Holdings Ltd, Tanzania Julian Lee 33/ 40
© Copyright 2024