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標題: 可重組化計算引擎於多媒體應用之設計與實現
VLSI Architecture Design and Implementation of Reconfigurable Computing Engine for Multimedia Applications
作者: 邱俊瑋
關鍵字: Reconfigurable
出版社: 電機工程學系
也能達到高效能的目的,對於傳統的一般用途的處理器, 由於我們有
量高的演算法,例如移動估計演算法,離散餘弦轉換等, 這些演算法
我們的架構裡面有著8 個運算單元4 個資料以及指令的記憶體和
4 套高性能彈性的網路,我們提出的是適用於數位訊號處理的動態混
合顆粒可重組化計算架構,可實現多個bit 階層的計算和特殊的乘法
加系統的效能,最後我們也將在多媒體常用到的移動估計演算法, 離

As VLSI technology continues to improve, reconfigurable computing has opened
new frontiers in the field of computer architecture. The disadvantage of AISC, less
flexible and high cost, is inefficient to use. Our purpose, reconfigurable architecture,
can achieve both high performance of ASIC and the flexibility. Because
reconfigurable hardware can map on different application, we re-use it only by
re-configured. It is obvious to reduce design cost instead of ASIC, needed re-designed
a new chip for different application. And reconfigurable hardware contained flexible
function units and re-configured interconnect network. According to above, our
purpose has more flexible than general purposed processor. In recently, there are
many new reconfigurable architectures are investigated. This work proposed a new
model of reconfigurable computing architecture. We developed to investigate the
effectiveness of combining multiple reconfigurable function units for word level.
Our purpose is a coarse-grain, integrated reconfigurable system-on-chip targeted
at high throughput and data-parallel application such as video compression. It
comprises an array of reconfigurable array (RC array), 2 instruction memories, 2 data
memories and flexible interconnect network. In each function unit, it supports 3 stage
pipeline and special instruction for butterfly algorithm, ex: DCT, FFT etc. The
features of our purpose are clarified with emphasis on SIMD nature of RC array.
Function unit (FU) can perform different word level, ex. 8-, 16-, 32-, 64- bits,
arithmetic operation and 8-, 16- 32-bits multiplication. The extensive functional and
interconnect re-configurability is described along with the illustration of its utility in
efficiently executing a set of target application. Taking the advantage of the
communication, reallocation and duplication of flexible interconnection networks, the
reconfigurable computing engine can perform a lot of operations flexibly. It was in its
infancy. We will enhancements on the system adaptability for different classes of
applications in further.
Appears in Collections:電機工程學系所

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