Design of BER Measurement for MIMO System on FPGA
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2016, Vol 4, Issue 7
Abstract
The communication systems have become more challenging as difficulty in designing product and cost of product has been increased. In any communication system, bit error rate (BER) plays very important role, if it is high then system performance degrades, so here we are reducing a bit error rate and measure its performance using bit error rate tester (BERT). In this project we are presenting technique called bit error rate performance measurement for MIMO systems to improve performance of data (bit error rate) or data rate of the communication system. In this project we are designing all modules and implemented on the Altera Cyclone IV FPGA.
Authors and Affiliations
G Rashmi, Dr. Baswaraj Gadgay, Suman B Pujari
Keywords
Related Articles
- EP ID EP22436
- DOI -
- Views 230
- Downloads 4
slugA Survey on Image Retargeting Techniques
The technique of adapting images to display devices with various as pect ratios and sizes is called image retargeting. The key requirement behind content aware retargeting is to minimize v...
Effect of Crosstalk in Optical Component
Optical networks have emerged as a solution to the rapidly increasing demands. Now, the optical data is transmitted over long distances without the need for O-E-O conversion as the data is directly transferred in the fi...
Solar Air Heater
Energy demand is one of the most threatening problems arising now days. This can be resolved by usage of renewable energy resources. Solar energy is an ultimate renewable energy resource that nature has offered. Solar e...
An Overview on Speaker Identification Technologies
This paper aims at providing a brief overview into the area of speaker recognition. Speaker recognition can be classified into text dependent and the text independent methods. This paper gives an overview of major techn...
Optimization of Co-ordination Control of FACTS Devices by Using Fuzzy Lead-Lag Controller
Power system stability control is an important task in power system operation. Several factors, such as external disturbances or internal mechanical torques, may easily affect the power system stability. Hence, the stru...