Digital front-end and Turbo decoder are the two key components in the digital wireless communication system. This thesis will discuss the implementation issues of both digital front-end and Turbo decoder.
The structure of digital front-end for multi-standard radio supporting wireless standards such as IEEE802.11n, WiMAX, 3GPP LTE is investigated in the thesis. A top-to-down design methods. 802.11n digital down-converter is designed from Matlab model to VHDL implementation. Both simulation and FPGA prototyping are carried out.
As another significant part of the thesis, a parallel Turbo decoder is designed and implemented for 3GPPLTE. The block size supported ranges from 40 to 6144 and the maximum number of iteration is eight.The Turbo decoder will use eight parallel SISO units to reach a throughput up to 150Mits.
Source: Linköping University
Author: Huang, Yulin
>> 50+ Latest FPGA & VHDL Simulation Projects for Final Year Engineering Students
>> Wireless Communication Projects for Students
>> Best Matlab Project Ideas for Engineering Students with Full Project Materials
>> More Matlab Engineering Projects based on Wireless Communication for Students
>> More Wireless Projects based on Fpga for Final Year Students
>> More Wireless Communication Projects in Matlab for Engineering Students