101,663 research outputs found

    Bei cui can de sheng ming: du mu ju ji.

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    一齊向內轉 -- 被摧殘的生命 -- 孤島之夜 -- 寧静的江南.楊揚著.Yang Yang zhu.Yi qi xiang nei zhuan -- Bei cui can de sheng ming -- Gu dao zhi qiu -- Ning jing de jiang nan

    Guo ti zhuan xiao zhao sheng jian zhang

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    [中央國體專校第四屆招生委員會]."藏者: 黃漢勛"--包裝封面.題名據卷端.[Zhong yang guo ti zhuan xiao di si jie zhao sheng wei yuan hui]."Zang zhe: Huang Hanxun"--Bao zhuang feng mian.Ti ming ju juan duan

    Reduced-rank adaptive least bit-error-rate detection in hybrid direct-sequence time-hopping ultrawide bandwidth systems

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    Design of high-efficiency low-complexity detection schemes for ultrawide bandwidth (UWB) systems is highly challenging. This contribution proposes a reduced-rank adaptive multiuser detection (MUD) scheme operated in least bit-errorrate (LBER) principles for the hybrid direct-sequence timehopping UWB (DS-TH UWB) systems. The principal component analysis (PCA)-assisted rank-reduction technique is employed to obtain a detection subspace, where the reduced-rank adaptive LBER-MUD is carried out. The reduced-rank adaptive LBERMUD is free from channel estimation and does not require the knowledge about the number of resolvable multipaths as well as the knowledge about the multipaths’ strength. In this contribution, the BER performance of the hybrid DS-TH UWB systems using the proposed detection scheme is investigated, when assuming communications over UWB channels modeled by the Saleh-Valenzuela (S-V) channel model. Our studies and performance results show that, given a reasonable rank of the detection subspace, the reduced-rank adaptive LBER-MUD is capable of efficiently mitigating the multiuser interference (MUI) and inter-symbol interference (ISI), and achieving the diversity gain promised by the UWB systems

    Chinese Medicine and Yang Sheng

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    Synonyms Cultivating life; Health preservation; Longevity and Chinese medicine; Nourishing life in China Definition Yang sheng is a core component of traditional Chinese medicine (TCM) that puts paramount emphasis on prevention of illnesses. The Chinese words yang refers to nourishing, nurturing, nursing, taking care of, fostering, or promoting and sheng means life, birth, growth, vitality, and health. Putting together, yang sheng refers to nourishing life, fostering health and well-being, and pursuing longevity (Chen, 2011). According to the definition in a recent textbook “Life-Nurturing Science in TCM” published by the People’s Medical Publishing House, a major Chinese academic publisher in healthcare topics, yang sheng is “the type of subjective and objective pro-health behaviors with which people take care of their life consciously through various means and methods, with reference to their understanding of the universal law of life and nature. It is also a health ....

    Error resilient techniques for storage elements of low power design

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    Over two decades of research has led to numerous low-power design techniques being reported. Two popular techniques are supply voltage scaling and power gating. This thesis studies the impact of these two design techniques on the reliability of embedded processor registers and memory systems in the presence of transient faults; and with the aim to develop and validate efficient mitigation techniques to improve reliability with small cost of energy consumption, performance and area overhead. This thesis presents three original contributions. The first contribution presents a technique for improving the reliability of embedded processors. A key feature of the technique is low cost, which is achieved through reuse of the scan chain for state monitoring, and it is effective because it can correct single and multiple bit errors through hardware and software respectively. To validate the technique, ARMR Cortex TM -M0 embedded microprocessor is implemented in FPGA and further synthesised using 65-nm technology to quantify the cost in terms of area, latency and energy. It is shown that the presented technique has a small area overhead (8.6%) with less than 4% worst-case increase in critical path. The second contribution demonstrates that state integrity of flip-flops is sensitive to process, voltage and temperature (PVT) variation through measurements from 82 test chips. A PVT-aware state protection technique is presented to ensure state integrity of flip-flops while achieving maximum leakage savings. The technique consists of characterisation algorithm and employs horizontal and vertical parity for error detection and correction. Silicon results show that flip-flops state integrity is preserved while achieving up to 17.6% reduction in retention voltage across 82-dies. Embedded processors memory systems are susceptible to transient errors and blanket protection of every part of memory system through ECC is not cost effective. The final contribution addresses the reliability of embedded processor memory systems and describes an architectural simulation-based framework for joint optimisation of reliability, energy consumption and performance. Accurate estimation of memory reliability with targeted protection is proposed to identify and protect the most vulnerable part of the memory system to minimise protection cost. Furthermore, L1-cache resizing together with voltage and frequency scaling is proposed for further energy savings while maintaining performance and reliability. The contributions presented are supported by detailed analyses using state-of-the-art design automation tools, in-house software tools and validated using FPGA and silicon implementation of commercial low power embedded processor

    Yang Shukan ji

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    Yang Shukan zi cangbai, Zhongguo min zhu ge ming xian qu, xin hai ge ming yuan xun, Sun Zhongshan xian sheng de zhong shi zhui sui zhe. 1906 nian chun, chuang jian Tong meng hui Chongqing zhi bu bing wei fu ze ren. Xin hai ge ming bao fa hou, Yang Shukan ling dao le Chongqing qi yi, ci hou can jia le hu guo, hu fa dou zheng. Xian hou ren Sichuan Sheng sheng zhang, Guo min dang ben bu cai zheng bu zhang da yuan shuai da ben ying mi shu zhang Guangdong Sheng sheng zhang deng zhi.can yu le Guo min dang de gai zu, Guo min dang yi da de chou bei deng zhong yao huo don

    Yang yi ya yan dan yao ji fang

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    許克昌, 畢法同輯.綫裝.框18.3x12.7公分, 10行22字. 白口, 左右雙邊, 單黑魚尾. 版心上鐫題名, 中鐫卷次及小題, 下鐫葉次.同治丁卯[1867]易崇堦"重刻外科證治弁言"詳言刻書事.《中國中醫古籍總目》09418著錄.卷末附刻: 全生集醫案 / 王洪緖 -- 瘍醫雅言丹藥集方 / 曹畸菴.鈐"莊兆祥印", "莊兆祥".Xian zhuang.Kuang 18.3 x 12.7 gong fen, 10 hang 22 zi. Bai kou, zuo you shuang bian, dan hei yu wei. Ban xin shang juan ti ming, zhong juan juan ci ji xiao ti, xia juan ye ci.Detailed notes in vernacular field only.Detailed notes in vernacular field only.Xu Kechang, Bi Fa tong ji.Juan mo fu ke: Quan sheng ji yi an / Wang Hongxu -- Yang yi ya yan dan yao ji fang / Cao Jian.Qian "Zhuang Zhaoxiang yin", "Zhuang Zhaoxiang"
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