Title 1: Extending Military Standard MIL-STD-1553B with a UWB transmitter based on FPGA
Title 2: A cooperative relay scheme for Tactical Wireless Networks ( CCNC 2015 conference)
A. reviewing 3 reference papers:
A.1. Hong Luo, Cheng Chang, Yan Sun, “Advanced Sensor Gateway based on FPGA for Wireless Multimedia Sensor Networks”, 2011 (Conference)
A.2. P. J. Lobo, E. Juarez, F. Pescafor, G. Maturana, M. C. Rodriguez, "A DVB-H Receiver and Gateway Implementation on a FPGA and DSP based Platform", 2011 (Journal)
B. writing the following section.
C. preparing the simulation of FPGA by VHDL language, Matlab code.
A. Title 1:
A.1. reviewing 3 reference papers:
A.1.1. Hossein Gharaee, Abdolreza Nabavi, “Baseband implementation of OTR-UWB receiver using FPGA”, 2009 (Journal)
A.1.2. Yu Song, Nan Guo, Zhen Hu, Robert C. Qiu, "FPGA based UWB MISO Time-Reversal System Design and Implementation", 2010 (Conference)
A.2. writing the following section.
A.3. preparing the simulation of FPGA by VHDL language, Matlab code.
B. Title 2:
B.1. reviewing 3 reference papers:
B.1.1. Jong-Kwan Lee, Kyu-Man Lee, Hong-Jun Noh, Jaesung Lim, “A Cooperative Relay Scheme for Tactical Multi-Hop Wireless Networks”, 2013 (Conference)
B.1.2. Jong-Kwan Lee, Hong-Jun Noh, Jaesung Lim, “TDMA-Based Cooperative MAC Protocl for Multi-Hop Relaying Networks”, 2014 (Conference)
B.2. writing the following section.
B.3. preparing the simulation of FPGA by VHDL language, Matlab code.
No projects
A. continuing to researching MIL-STD-1553B, Devicenet.
B. continuing to researching FPGA
A. continuing to researching MIL-STD-1553B, Devicenet.
B. continuing to researching FPGA
- Finishing the weekly aims.
- Finishing the subject successfully in all semesters
- writing 1 international journal and 2 international conference papers