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The Low Power Operation Design of OFDM Communication System

Author: ZhuTingTing
Tutor: ZhengChaoXia
School: Huazhong University of Science and Technology
Course: Software Engineering
Keywords: OFDM Multiplication unit Divide unit
CLC: TN919.3
Type: Master's thesis
Year: 2011
Downloads: 7
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Abstract


Orthogonal frequency division multiplexing (OFDM), by virtue of its high spectral efficiency and fast transmission speed , high transmission quality has become a hotspot of the development of modern communication technology . OFDM system involves many complex modules , and relatively simple arithmetic unit , but it is a digital signal processor core . The arithmetic unit has a very important impact on performance , area and power consumption of the chip . In this paper, the principle of OFDM system , analysis of OFDM systems involved in every major module , based on the analysis that the different needs of the various modules for computing modules . At the same time pointed out that a variety of complex arithmetic involved in the various modules to simplify basic operations - addition, subtraction, multiplication and division feasibility and concrete way . On the basis of this article is still on the analysis of the computing needs of the various modules , has raised the possibility of different modules between the computing module reuse and reuse way to accomplish this . A detailed description of particular basic arithmetic module in the multiplication module and division module . And multiplication modules and divide module improved to a certain extent on the basis of existing algorithms and thereby improves the computing performance of the module , thereby improving the performance of those related to the arithmetic module , thereby improving the system performance of the chip as a whole , reduce the area to make it more suitable for practical application of the system . The arithmetic modules Improvement of the handheld terminal of the OFDM system has great significance. It can reduce system power consumption , area , improve system performance , thereby reducing the cost of the terminal system-on-chip . While improving operations also conform to the current trend of wireless communication handheld terminal miniaturization , low power consumption .

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CLC: > Industrial Technology > Radio electronics, telecommunications technology > Communicate > Data communication > Data transmission technology
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