臺灣學術機構典藏系統 (Taiwan Academic Institutional Repository, TAIR)

關於TAIR
	計畫說明

瀏覽
	典藏機構
	作者
	題名
	日期
	統計圖表
	機構即時統計
	學術趨勢

消息
	2019臺灣學術機構典藏研討會
	機構典藏系統RC7版本已發佈

著作權
	出版社及期刊政策查詢
	TAIR著作權會議記錄

相關連結
	機構典藏計畫網站
	ROAR
	OpenDOAR
	SHERPA
	OAIster
	JAIRO
	Ira
	DSPACE
	RWWR
	臺大學術典藏NTU Scholars

"shen fu hsiao"的相關文件

回到依作者瀏覽
依題名排序	依日期排序

顯示項目 56-80 / 114 (共5頁)
<< < 1 2 3 4 5 > >>
每頁顯示[10|25|50]項目

機構	日期	題名	作者
國立中山大學	2000-11	Design of Low-Cost and High-Throughput Linear Arrays for DFT Computations: Algorithms, Architectures and Implementations	Shen-Fu Hsiao;Wei-Ren Shiue
國立中山大學	2000-10	Design and Implementation of a Novel Linear-Array DCT/IDCT Processor with Complexity of Order logN	Shen-Fu Hsiao;Wei-Ren Shiue;Jian-Ming Tseng
國立中山大學	2000-08	VLSI Design of an Efficient Embedded Zerotree Wavelet Coder with Function of Digital Watermarking	Shen-Fu Hsiao;Yor-Chin Tai;Kai-Hsiang Chang
國立中山大學	2000-08	CORDIC-Based Signed-Bit Predictable SIN/COS Generator	Chao-Chuan Huang; Tso-Bing Juan; Shen-Fu Hsiao
國立中山大學	2000-07	Design of a Unified Arithmetic Processor Based on Redundant Constant-Factor CORDIC with Merged Scaling Operation	Shen-Fu Hsiao;Chun-Yi Lau
國立中山大學	2000-06	Redunant Constant-Factor Implementation of Multi-dimensional CORDIC and Its Application to Complex SVD	Shen-Fu Hsiao;Chun-Yi Lau;Jean-Marc Delosme
國立中山大學	2000-06	VLSI Design of an Efficient Embedded Zerotree Wavelet Coder with Function of Digital Watermarking	Shen-Fu Hsiao; Yor-Chin Tai; Kai-Hsiang Chang
國立中山大學	2000-06	Low-Cost Unified Architectures for the Computation of Discrete Trigonometric Transforms	Shen-Fu Hsiao; Wei-Ren Shiue
國立中山大學	2000-05	High-Performance Multiplexer-Based Logic Synthesis Using Pass-Transistor Logic	Shen-Fu Hsiao; Jia-Siang Yeh; Da-Yen Chen
國立中山大學	2000-02	Discussions on the CORDIC Processor Using Leading Zero Detectors	Tso-Bing Juang; Shen-Fu Hsiao
國立中山大學	2000-01	An Efficient Synthesizer for Generation of Fast Parallel Multipliers	Shen-Fu Hsiao;Ming-Rong Jiang
國立中山大學	1999-08	A Cost-Efficient and Fully-Pipelinable Linear Architecture for Discrete Cosine Transform	Shen-Fu Hsiao;Wei-Ren Shiue;Jian-Ming Tseng
國立中山大學	1999-08	Direct Implementation of N x N 2-D DCT on a Pipelinable Linear-Array without Intermediate Transpose Memory	Shen-Fu Hsiao; Jian-Ming Tseng
國立中山大學	1999-08	A High-Speed Universal Arithmetic Processor Based on Redundant CORDIC with Constant Scaling Factor and Merged Scaling Operation	Shen-Fu Hsiao; Chun-Yi Lau
國立中山大學	1999-08	A Low Power and Fast CORDIC Processor for Vector Rotation	Tso-Bing Juang; Shen-Fu Hsiao
國立中山大學	1999-08	Direct Implementation of 2-D DCT on a Low-Cost Linear-Array Architecture without Intermediate Transpose Memory	Shen-Fu Hsiao; Jian-Ming Tseng
國立中山大學	1999-06	An Efficient Synthesizer for Generation of Fast Parallel Multipliers	Shen-Fu Hsiao; Ming-Rong Jiang
國立中山大學	1999-06	A Cost-Efficient and Fully-Pipelinable Linear Architecture for Discrete Cosine Transform	Shen-Fu Hsiao; Wei-Ren Shiue; Jian-Ming Tseng
國立中山大學	1999-05	A High-Speed Constant-Factor Redundant CORDIC Processor without Extra Correcting or Scaling Iterations	Shen-Fu Hsiao
國立中山大學	1999-03	New Hardware-Efficient Algorithms and Architectures for Computation of 2-D DCT on Linear Systolic Arrays	Shen-Fu Hsiao; Wei-Ren Shiue
國立中山大學	1999-03	A High-Throughput, Low-Power Architecture and its VLSI Implementation for DFT/IDFT Computation	Wei-Ren Shiue; Shen-Fu Hsiao
國立中山大學	1999	數位運動控制技術之發展與智慧型馬達控制IC之研製---數位馬達控制協同處理器之研製	蕭勝夫; Shen-Fu Hsiao
國立中山大學	1998-12	Design, Implementation and Analysis of a New Redundant CORDIC Processor with Constant Scaling Factor and Regular Structure	Shen-Fu Hsiao;Jen-Yin Chen
國立中山大學	1998-12	Design, Implementation and Error Analysis of Redundant CORDIC Processors for Fast Vector Rotation and Trigonometric Function Evaluation	Shen-Fu Hsiao; Chung-Yi Liu; Jen-Yin Chen
國立中山大學	1998-08	A Hybrid W-Transform-Based Coding and Its VLSI Realization for Image Compression	Shen-Fu Hsiao;Wen-Chen Huang;Chungnan Lee;Cheng-Chung Hsu

显示项目 56-80 / 114 (共5页)
<< < 1 2 3 4 5 > >>
每页显示[10|25|50]项目

	English \| 正體中文 \| 简体中文 \| 總筆數 :2856704
	造訪人次 : 53732722 線上人數 : 1201 教育部委託研究計畫計畫執行:國立臺灣大學圖書館