High-accuracy and energy-efficient time synchronization immune to floating-point precision loss in wireless sensor networks

Kim, Kyeong Soo (PI)

Department of Communications and Networking

Project: Internal Research Project

Fund Amount (RMB)

297000

Description

XJTLU postgraudate research scholarship scheme for 3-year tuituion fee of a PhD student.

Project Category	Fees-Only Scholarship
Acronym	FOSA
Status	Active
Effective start/end date	1/09/25 → 31/08/28

Keywords

Synchronization
Energy Efficiency
Wireless sensor networks
Internet of Things
Floating-point arithmetic
Bresenham's algorithm

Access Project

FOSA2412040
File: application/pdf, 320 KB
Type: Text

Energy-Efficient Time Synchronisation and Data Bundling Schemes for Wireless Sensor Networks
Kim, K. S. (PI)
1/06/18 → 31/05/21
Project: Internal Research Project