• 제목/요약/키워드: Science and technology

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Current driven nanosecond skyrmion dynamics

  • Song, Kyung Mee;Woo, Seonghoon;Han, Hee-Seung;Jung, Min Seung;Im, Mi-Young;Lee, Ki-Suk;Song, Kun Soo;Kim, Jae-Sung;Fischer, Peter;Hong, Jung Il;Choi, Jun Woo;Min, Byeong-Chul;Koo, Hyun Cheol;Chang, Joonyeon
    • 한국자기학회:학술대회 개요집
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    • 한국자기학회 2016년도 자성 및 자성재료 국제학술대회
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    • pp.204-204
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    • 2016
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Speculative Parallelism Characterization Profiling in General Purpose Computing Applications

  • Wang, Yaobin;An, Hong;Liu, Zhiqin;Li, Li;Yu, Liang;Zhen, Yilu
    • Journal of Computing Science and Engineering
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    • 제9권1호
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    • pp.20-28
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    • 2015
  • General purpose computing applications have not yet been thoroughly explored in procedure level speculation, especially in the light-weighted profiling way. This paper proposes a light-weighted profiling mechanism to analyze speculative parallelism characterization in several classic general purpose computing applications from SPEC CPU2000 benchmark. By comparing the key performance factors in loop and procedure-level speculation, it includes new findings on the behaviors of loop and procedure-level parallelism under these applications. The experimental results are as follows. The best gzip application can only achieve a 2.4X speedup in loop level speculation, while the best mcf application can achieve almost 3.5X speedup in procedure level. It proves that our light-weighted profiling method is also effective. It is found that between the loop-level and procedure-level TLS, the latter is better on several cases, which is against the conventional perception. It is especially shown in the applications where their 'hot' procedure body is concluded as 'hot' loops.

S&T Policy Trend Using Language Network Analysis: Focusing on Science and Technology Basic Plan

  • Kim, Yun Jong;Jeong, Dae-hyun;Oh, Hyunchul
    • Asian Journal of Innovation and Policy
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    • 제6권2호
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    • pp.111-137
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    • 2017
  • This study analyzes a language network of Science and Technology Basic Plan, which is the basis for science and technology policy in Korea, for the next Science and Technology Basic Plan. Language network analysis was adopted for a quantitative approach measuring the trend of policies. Several techniques such as keyword analysis, language network map analysis, quantitative characteristics analysis and keyword-related major-word analysis have been performed. Results show that there are common policies emphasized by all Science and Technology Basic Plans in the past, and there are also specific policies emphasized in each period of the Science and Technology Basic Plan. These specific policies come from a 'change of times' when the Science and Technology Basic Plans were established, as well as the philosophy of the national government.