Information Systems, Technology and Management
4th International Conference, ICISTM 2010, Bangkok, Thailand, March 11-13, 2010. Proceedings
1st Edition
Published on 8. April 2010
XVI, 418 pages
978-3-642-12035-0 (ISBN)
Description
This volume constitutes the refereed proceedings of the 4th International Conference on Information Systems, Technology and Management, ICISTM 2010, held in Bangkok, Thailand, in March 2010.
The 28 revised full papers presented together with 3 keynote lectures, 9 short papers, and 2 tutorial papers were carefully reviewed and selected from 86 submissions. The papers are organized in topical sections on information systems, information technology, information management, and applications.
More details
Other editions
Additional editions
Bundit Thipakorn | Sushil K. Prasad | Mahadeo P. Jaiswal
Information Systems, Technology and Management
4th International Conference, ICISTM 2010, Bangkok, Thailand, March 11-13, 2010. Proceedings
Book
03/2010
1st Edition
Springer
€106.99
Shipment within 7-9 days
Persons
Content
Keynote Talks.- Service Discovery Protocols for VANET Based Emergency Preparedness Class of Applications: A Necessity Public Safety and Security.- High-End Analytics and Data Mining for Sustainable Competitive Advantage.- Resource Allocation for Energy Efficient Large-Scale Distributed Systems.- Information Systems.- Social Cognitive Theory in IS Research - Literature Review, Criticism, and Research Agenda.- Knowledge Intensive Business Processes: A Process-Technology Fit Perspective.- A Web Service Similarity Refinement Framework Using Automata Comparison.- A System for Analyzing Advance Bot Behavior.- Two Approaches to Handling Proactivity in Pervasive Systems.- A Spatio-Temporal Role-Based Access Control Model for Wireless LAN Security Policy Management.- Proposing Candidate Views for Materialization.- A Fuzzy Reasoning Framework for Resolving Spatial Queries through Service Driven Integration of Heterogeneous Geospatial Information.- Information Technology.- Dynamic Web Service Composition Based on Operation Flow Semantics.- Distributed Scheduling of a Network of Adjustable Range Sensors for Coverage Problems.- Verifiable (t, n) Threshold Secret Sharing Scheme Using ECC Based Signcryption.- Model-Based Software Reliability Prediction.- Real-Time Power-Aware Routing Protocol for Wireless Sensor Network.- Document Clustering with Semantic Features and Fuzzy Association.- Supporting Video Streaming over WiMAX Networks by Enhanced FMIPv6-Based Handover.- Information Management.- Two Risk-Aware Resource Brokering Strategies in Grid Computing: Broker-Driven vs. User-Driven Methods.- A Socio-Technical Perspective on Computer Mediated Communication: Comparison of Government and Non Government Sectors in India.- Can You Judge a Man by His Friends? - Enhancing SpammerDetection on the Twitter Microblogging Platform Using Friends and Followers.- Encouraging Cooperation in Ad-Hoc Mobile-Phone Mesh Networks for Rural Connectivity.- Fuzzontology: Resolving Information Mining Ambiguity in Economic Intelligent Process.- Personalizing Web Recommendations Using Web Usage Mining and Web Semantics with Time Attribute.- Towards Analyzing Data Security Risks in Cloud Computing Environments.- Time-Sequential Emotion Diagnosis Based on the Eye Movement of the User in Support of Web-Based e-Learning.- Critical Success Factors in Managing Virtual Teams.- Applications.- 3D Reconstruction and Camera Pose from Video Sequence Using Multi-dimensional Descent.- Adapting Content Presentation for Mobile Web Browsing.- Application of Decision Tree Technique to Analyze Construction Project Data.- Effects of Initial Search Bound on the Performance of Self-adaptive Evolutionary Computation Methods.- Short Papers.- A Computational Study of Margining Portfolios of Options by Two Approaches.- Improved Substitution-Diffusion Based Image Cipher Using Chaotic Standard Map.- Linear Multivariable System Reduction Using Particle Swarm Optimization and A Comparative Study Using Relative Integral Square Error.- An Anomaly Based Approach for Intrusion Detection by Authorized Users in Database Systems.- Towards a Knowledge Management Portal for a Local Community.- Fusion of Speech and Face by Enhanced Modular Neural Network.- Mining Rare Events Data by Sampling and Boosting: A Case Study.- Model-Based Regression Test Case Prioritization.- Software Process Improvement through Experience Management: An Empirical Analysis of Critical Success Factors.- Tutorial Papers.- A Comparative Feature Selection Approach for the Prediction of Healthcare Coverage.- A Grid-Based Scalable Classifier for High Dimensional Datasets.
"Service Discovery Protocols for VANET Based Emergency Preparedness Class of Applications: A Necessity Public Safety and Security (p. 1-2)
1 Introduction
In emergency preparedness and response class of application, service discovery plays an important role in the discovery of surrounding services that can help rescuers to achieve their tasks. Let us suppose that there is an incident at a site. Rescuers have to collaborate between each other in order to perform their tasks. A good collaboration between the di?erent rescuers depends from the knowledge of services available and the capability to reach them even if the network is highly dynamic.
Therefore, a good service discovery protocol that permits to rescuers to collaborate between each other is necessary. Besides, at an incident site, there is no ?xed or static topology. Rescuers can be characterized by their high mobility, or low mobility, they can be moving in groups or individually. Many participants can exist at the same site (?re?ghters, policemen, nurses, victims...) and participants can use diverse devices (sensors, laptops, PDAs, palmtops...).
In this paper, we focus on service discovery for emergency preparedness and response class of applications in vehicular networks. As the main goal of a vehicular network is to guarantee security on roads, several secondary objectives, or prerequisites, have to be achieved in order to reach the main objective. In fact, emergency preparedness and response class of application in vehicular networks heavily depends on service discovery for various reasons such as determining location and proximity of hospitals, service stations; determination of locations of accidents and disasters and user guidance to alternatives roads; automotive diagnosis and user warning.
As a consequence, the de?nition of a service discovery system [5] among the vehicular nodes is one of the prerequisites needed in order to make viable many of the emergency preparedness and response class of application in vehicular networks. The service discovery problem consists of ?nding services that satisfy a driver’s request. Such a problem is very ample and extensive and it has been investigated in many areas such as wired networks, ad hoc networks, mesh networks, vehicular networks.
The reminder of this paper is organized as follow. In section 2 we discuss the importance of service discovery for emergency preparedness and response class of application in vehicular networks. In section 3, we present some related works on service discovery protocols. Finally, in section 4 we present our conclusion."
1 Introduction
In emergency preparedness and response class of application, service discovery plays an important role in the discovery of surrounding services that can help rescuers to achieve their tasks. Let us suppose that there is an incident at a site. Rescuers have to collaborate between each other in order to perform their tasks. A good collaboration between the di?erent rescuers depends from the knowledge of services available and the capability to reach them even if the network is highly dynamic.
Therefore, a good service discovery protocol that permits to rescuers to collaborate between each other is necessary. Besides, at an incident site, there is no ?xed or static topology. Rescuers can be characterized by their high mobility, or low mobility, they can be moving in groups or individually. Many participants can exist at the same site (?re?ghters, policemen, nurses, victims...) and participants can use diverse devices (sensors, laptops, PDAs, palmtops...).
In this paper, we focus on service discovery for emergency preparedness and response class of applications in vehicular networks. As the main goal of a vehicular network is to guarantee security on roads, several secondary objectives, or prerequisites, have to be achieved in order to reach the main objective. In fact, emergency preparedness and response class of application in vehicular networks heavily depends on service discovery for various reasons such as determining location and proximity of hospitals, service stations; determination of locations of accidents and disasters and user guidance to alternatives roads; automotive diagnosis and user warning.
As a consequence, the de?nition of a service discovery system [5] among the vehicular nodes is one of the prerequisites needed in order to make viable many of the emergency preparedness and response class of application in vehicular networks. The service discovery problem consists of ?nding services that satisfy a driver’s request. Such a problem is very ample and extensive and it has been investigated in many areas such as wired networks, ad hoc networks, mesh networks, vehicular networks.
The reminder of this paper is organized as follow. In section 2 we discuss the importance of service discovery for emergency preparedness and response class of application in vehicular networks. In section 3, we present some related works on service discovery protocols. Finally, in section 4 we present our conclusion."
