Publications
Bandwidth efficient adaptive forward error correction mechanism with feedback channel Ghent University
Cross-layer reduction of wireless network card idle time to optimize energy consumption of pull thin client protocols Ghent University
Upstream bandwidth optimization of thin client protocols through latency-aware adaptive user event buffering Ghent University
Building software-defined radios in MATLAB simulink: a step towards cognitive radios Ghent University
Cross-layer optimization of radio sleep intervals to increase thin client energy efficiency Ghent University
Characterization of power consumption in thin clients due to protocol data transmission over IEEE 802.11 Ghent University
In thin client computing, applications are executed on a network server instead of on the user terminal. Since the amount of processing at the terminal is reduced, thin clients are potentially energy efficient devices. However, a network connection between client and server is required for the transmission of user input and display updates. The energy needed for this intense network communication might undo or even exceed the power savings ...