Tuesday, 15 Oct 2019
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Inset Picture (from left): Muhammad Javed is presenting his slides while Mr. Johari, Mr. Nazim & Mr. Ahmad Hadinata are focusing to his presentation.

17th April 2013 - The Faculty has organized a Seminar Series today at BMU, FCSIT starting at 2.00 pm in the afternoon. It attracts around 19 participants including academicians, postgraduate students and researchers. The presentation entitled Evaluation and protocol design to support strong mobility in mobile wireless sensor network was presented by the Faculty's Postgraduate student - Muhammad Javed. 

Here is the abstract to his presentation:

Wireless Sensor Network (WSN) has a large number of nodes capable for sensing, communication and computation. WSNs have limitations due to limited storage, processing and transmission power. The IEEE802.15.4 Medium Access Control (MAC) protocol is used for low-rate wireless personal area network (LR-WPAN). LR-WPAN is basically designed for static wireless sensor networks. However, from literatures, we observed that IEEE802.15.4 is able to support weak mobility in mobile sensor networks [7].

This research evaluates the IEEE802.15.4 MAC for strong mobility in mobile sensor network environments. We evaluate the performance of IEEE802.15.4 MAC based on both static and mobile coordinators, and taking into account two parameters which are speed and number of beacon orders. We observed the effect on association period, disassociation, and synchronization between the mobile node and the coordinator in strong mobility of mobile nodes.

From the experiments, we got results on throughput, association and synchronization with different speed and beacon orders. We found that the IEEE802.15.4 cannot maintain association period in strong mobility. The weaknesses of mobile node association attempt and synchronization process degrade the overall performance of network. We also identify some research problems that need to be addressed for successful implementation of MAC protocol with strong mobility in Mobile Wireless Sensor Networks.

The session ends at 3.00 pm.

To view more pictures during this session, please click here.