|
Workshop on Wireless Local Networks |
|
|
Thursday: Oct. 24th, 2013
8:45-9:00Welcome Message9:00-10:30Session 1: On Sensor Networks & RFIDs· Rapid Tag Collision Resolution Using Enhanced Continuous Wave Absence Detection · Discrete Power Based Distance Clustering for Anti-Collision Schemes in RFID Systems · A Value-Based Cache Replacement Approach for Information-Centric Networks · Impact of Wireless Devices Over Real-time Applications: An Empirical Test-bed Analysis
10:30-11:00Coffee break
11:00-12:30Keynote speaker University of Sydney
Title: Wireless Sensor Networks in the IoT Era
Abstract: Wireless Sensor Networks have been traditionally tasked with running a single application, however, in recent years we have witnessed the emergence of Shared Sensor Networks (SSNs) as integrated cyber-physical system infrastructures for a multitude of applications. Instead of assuming an application-specific network design, SSNs allow the underlying infrastructure to be shared among multiple applications that can potentially belong to different users. On one hand, a potential benefit of such design approach is to increase the utilisation of sensing and communication resources, whenever the underlying network infrastructure covers the same geographic area and the sensor nodes monitor the same physical variables of common interest for different applications. On the other hand, compared with the existing application-specific design, the SSN approach poses several research challenges at different aspects of WSNs, such as task scheduling and resource allocation. The main goal of this talk is to provide the opportunity of understanding what has been done and what still remains open in the field of WSNs, and how the new design approaches and trends can be exploited by a wide range of applications, especially in the emerging era of the Internet of Things.
12:30-1:30Lunch break
1:30-2:30Session 2: On SDNs in Dynamically Changing Environments· Optimization of the OpenFlow Controller in Wireless Environments for Enhancing Mobility · Performance Evaluation for Scientific Workflow Interoperability · Developing an Application Based on OpenFlow to Enhance Mobile IP Networks 3:00-3:30Tea break
3:30-5:30Session 3: On Resource management in M2M communications· On Resource Management and Context-Awareness in LTE-Based Networks for Public Safety · Interference-Aware Multipath Routing Protocols for Mobile Ad Hoc Networks · Enabling Technologies of Energy Efficient Cooperative M2M Networks: Benefits and Challenges · Performance Analysis of Mixed Polling Schemes with Multiple Classes of Self-Similar Traffic Input to Build Comprehensive SLAs
|
|
Program |