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(Created page with "thumb|230px ==Short Description== thumb|A similar testbed for evolved edge developed at the IIS. A modern receiver fo...")
 
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[[File:Creating 3D Turbo Codes.jpg|thumb|230px]]
 
[[File:Creating 3D Turbo Codes.jpg|thumb|230px]]
 
==Short Description==
 
==Short Description==
[[File:3DTurbo.png|thumb|A similar testbed for evolved edge developed at the IIS.]]
 
 
A modern receiver for 3G mobile communications standard, such as the ones present in any mobile phone, consist of many digital blocks which process the received data.  
 
A modern receiver for 3G mobile communications standard, such as the ones present in any mobile phone, consist of many digital blocks which process the received data.  
 
In this project you will work on the very first digital block after the analog part. The received data has to be obtained from the analog frontend, filtered, down-sampled and non-idealities in the receiver, such as a DC-offset, have to be corrected. This is done in the Digital Frontend (DFE).
 
In this project you will work on the very first digital block after the analog part. The received data has to be obtained from the analog frontend, filtered, down-sampled and non-idealities in the receiver, such as a DC-offset, have to be corrected. This is done in the Digital Frontend (DFE).
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[[Category:Available]]
 
[[Category:Available]]
 
[[Category:Semester Thesis]]
 
[[Category:Semester Thesis]]
 
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[[Category:Master Thesis]]
 
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Revision as of 15:41, 26 March 2014

Creating 3D Turbo Codes.jpg

Short Description

A modern receiver for 3G mobile communications standard, such as the ones present in any mobile phone, consist of many digital blocks which process the received data. In this project you will work on the very first digital block after the analog part. The received data has to be obtained from the analog frontend, filtered, down-sampled and non-idealities in the receiver, such as a DC-offset, have to be corrected. This is done in the Digital Frontend (DFE). A complete model of the digital receiver without the DFE has already been developed at the IIS. In order to work with real data this DFE will be implemented on a FPGA-board, which is connected to an existing analog tranceiver. Your task will be to implement the DFE on an FPGA and verify the functionality together with the already existing parts. In the end, the complete chain will be able to receive data which was generated by a protocol tester, transmitted over the air through analog frontend your DFE and the IIS digital baseband receiver.

This project can either be varied and be done as either a semester or masters thesis.

Status: Available

Looking for 1-2 Semester/Master students
Contact: Sandro Belfanti

Prerequisites

VLSI I
MATLAB and VHDL is an advantage

Character

20% Theory/Simulation
50% VHDL
30% FPGA Implementation

Professor

Qiuting Huang

Detailed Task Description

Goals

Practical Details

Results

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