Title : Wireless Extension of Military Standard MIL-STD-1553B using IEEE 802.11 WLAN
A. reviewing 3 reference papers:
+ C. Gayatri, S. Farooq Anwar, "FPGA Implementation of IEEE 802.22 WRAN Super frame struture with cognitive radio capabilities", 2012 (Journal)
+ Hong Luo, Cheng Chang, Yan Sun, "Advanced Sensor Gateway based on FPGA for Wireless Multimedia Sensor Networks", 2011 (Conference)
+ Naagesh S. Bhat, "Design and Implementation of IEEE 802.15.4 Mac Protocol on FPGA", 2011 (Conference)
+ 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. reviewing 3 reference papers:
+ C. Gayatri, S. Farooq Anwar, "FPGA Implementation of IEEE 802.22 WRAN Super frame struture with cognitive radio capabilities", 2012 (Journal)
+ Hong Luo, Cheng Chang, Yan Sun, "Advanced Sensor Gateway based on FPGA for Wireless Multimedia Sensor Networks", 2011 (Conference)
+ Naagesh S. Bhat, "Design and Implementation of IEEE 802.15.4 Mac Protocol on FPGA", 2011 (Conference)
+ 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.
Crevis
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 journal and 2 conference in a semester