Conference sessions
Session information
| Type: |
Session in a block |
| Track: | Posters |
| Title: | Posters |
| |
| Chair: | |
| Room: | N/A |
| |
| Block: |
Session 8 (Wed, 30 May 2007, 13:50 - 15:30) |
| Start time: | 0 minutes after block start |
| End time: | 0 minutes before block end |
| |
| Remarks: | |
Papers in this session
This table lists the papers assigned to this session.
| ID | Title | Status |
| 1. |
A Discrete Parameter-Driven Time Series Model for Traffic Flow in ITS |
Poster |
| 2. |
Reliability of Wireless Sensor Network with Sleeping Nodes |
Poster |
| 3. |
Energy Efficient Forwarding Scheme for Secure Wireless Ad Hoc Routing Protocols |
Poster |
| 4. |
Sender-based TCP Scheme for Improving Performance in Wireless Environment |
Poster |
| 5. |
Design and Implementation of DLNA DMS through IEEE1394 |
Poster |
| 6. |
Efficient Measurement of the Eye Blinking by Using Decision Function for Intelligent Vehicle |
Poster |
| 7. |
Dynamic Bandwidth Allocation Algorithm Based on Two-phase Cycle for Efficient Channel Utilization on Ethernet PON |
Poster |
| 8. |
Performance Evaluation of Binary Negative-Exponential Backoff Algorithm in Presence of a Channel Bit Error Rate |
Poster |
| 9. |
A Rough Set Based Anomaly Detection Scheme Considering the Age of User Profiles |
Poster |
| 10. |
Space-Time Coded MB-OFDM UWB System with Multi-Channel Estimation for Wireless Personal Area Networks |
Poster |
| 11. |
Performance Enhancement of Mutimedia Data Transmission by Adjusting Compression Rate |
Poster |
| 12. |
A Feasible Approach to Assigning System Components to Hybrid Task Sets in Real-Time Sensor Networking Platforms |
Poster |
| 13. |
Efficient routing scheme using Pivot node in Wireless Sensor Networks |
Poster |
| 14. |
Adaptive Vertical Handoff Management Architecture |
Poster |
| 15. |
Performance Evaluation of the Route Optimization Scheme in Mobile IPv6 |
Poster |
| 16. |
An ID-based Random Key Pre-distribution Scheme for Wireless Sensor Networks |
Poster |
| 17. |
An Adaptive Mobile System to Solve Large-scale Problems in Wireless Networks |
Poster |