ICT 3 No.17 COMP 4 SS 8 (SWIM) (PRMU) (MIRU) Personalized PageRank 18 The Case for Network Coding for Collective Communica
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1 ISSN Print ISSN ISSN ISSN mag/back number.html c
2 ICT 3 No.17 COMP 4 SS 8 (SWIM) (PRMU) (MIRU) Personalized PageRank 18 The Case for Network Coding for Collective Communication on HPC Interconnection Networks Ahmed SHALABY 19 FIT Author s Toolkit Writing Better Technical Papers Ron Read
3 ICT ICT NTT NTT Kirari! ICT Kirari! 4 ICT ICT ICT Sushi ICT 3
4 (COMP) No.17 nishio.naoki@gmail.com RAM CPU PRAM (Parallel Random Access Machine) 1970 PRAM MapReduce GPU PRAM GPU 1,000 10,000 PRAM Population protocol 4
5 (COMP) Look Compute Move Wait Google (MapReduce) 5
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9 (SS) 9 IoT [4] MRI MRI [5] MRI MRI Malbolge Hello World! Malbolge [6] Malbolge [1] 5. SS [1] vol.15, no.4, pp.8 9, Feb [2] vol.17, no.3, pp.8 9, Nov [3] vol.19, no.2, pp.11 12, Aug [4] B.H. Hai SS2016-1, July [5] A. Eklund, T. E. Nicholsd, and H. Knutsson, Cluster failure: Why fmri inferences for spatial extent have inflated false-positive rates, PNAS, vol.113, no.28, pp , July [6] Malbolge SS , Oct
10 (SWIM) (SWIM) 1. FinTech Industry 4.0 Internet based enterprise Interprise SWIM (Software Interprise Modeling) Interprise SWIM Web Interprise SWIM SWIM BD2 A Sculptural Approach CLD BM Viability DEMO DAIDRUAE
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14 (PRMU) (PRMU) (MIRU) PRMU PRMU PRMU 1. (PRMU) PRU ( ) PRL ( ) 44 *1 PRL PRMU 430 8,000 8 FIT CVIM (MIRU) PRMU MIRU 2. PRMU 2.1 PRMU *1 PRL PRU PRMU [1] (DNN) DNN PRMU 2016 PC OpenCV DNN PRMU 14
15 (PRMU) *2 PRMU 10 PRMU 2.2 PRMU PRMU PRMU (SP, ASJ-H) MIRU2016 MIRU KIKU *2 [2] PRMU 2.4 WG 2015 (WG) WG 7 47 WG WG PRMU 8 FIT 12WG 3. (MIRU) 3.1 MIRU PRMU (CVIM) 15
16 (PRMU) MIRU MIRU MIRU KIKU (NII) AI P (NII) AI MIRU 3.3 MIRU MIRU 108 MIRU PRMU PRMU MIRU PRMU [1] CVIM 2016-CVIM-200 (17), pp.1 4 (2016). [2] 10 vol.20, no.4, pp.15 16, Feb
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18 Personalized PageRank [1] Personalized PageRank Personalized PageRank Personalized PageRank Personalized PageRank [1] Personalized PageRank vol.j98-d, no.5, pp , May
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19 The Case for Network Coding for Collective Communication on HPC Interconnection Networks Ahmed SHALABY E-JUST [1] 27 1 Top ,000 GPU SSD 5 1 SHALABY SHALABY [1] A. Shalaby, I. Fujiwara, and M. Koibuchi, The Case for Network Coding for Collective Communication on HPC Interconnection Networks, IE- ICE Trans. Inf. & Syst., vol.e98-d, no.3, pp , March
20 FIT2016 NEC (FIT2016) FIT 1,347 1, % 41 3 FIT 3 8 FIT MIKUEXPO Love [1] FIT 1. 20
21 The 2nd RECONF/CPSY/ ARC/GITrax Trax [2] FPGA GPU PC Trax 1 1 Trax Solver well-being (CPD) CPD FIT2016 BUSINESS TREND 5 5. FIT2016 FIT [3] FIT [1] FIT vol.21, no.2, pp.15 16, Aug [2] [3] 21
22 SNS Amazon Mechanical Turk (Deep Learning) 2. Caltech101 ImageNet FaceNet [1] Google YouTube [2] 16,000 22
23 Google [3] [4] 4. Caltech ImageNet 5. [1] F. Schroff, D. Kalenichenko, and J. Philbin, FaceNet, CVPR, [2] Q.V. Le, M. Ranzato, R. Monga, M. Devin, K. Chen, G.S. Corrado, J. Dean, and A.Y. Ng, Building high-level features using large scale unsupervised learning, ICML, [3] A. Nguyen, J. Yosinski, and J. Clune, Deep Neural Networks are Easily Fooled, CVPR, [4] I.J. Goodfellow, J. Shlens, and C. Szegedy, Explaining and Harnessing Adversarial Examples, ICLR,
24 NTT B-ISDN 1 ISS NTT km NTT 30 24
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28 NEC (JST) J-STAGE [1] (ISSN) ISSN ISSN 2. J-STAGE J-STAGE J-STAGE ISS ISS ISS ISS 82 1 Google 2 ISS ISS 3. J-STAGE PDF PDF 4 [1] ieiceissjournal/21/2/ contents/-char/ja/ 28
29 Author s Toolkit Writing Better Technical Papers Ron Read Kurdyla and Associates Co., Ltd. 29
30 No.16 CW 4 30
31 情報 システムソサイエティ誌 第 21 巻第 3 号 通巻 84 号 編集後記 編集委員会名薄 右も左もわからず主担当を仰せつかりましたが 何とか出版までこぎつけられて安心しておりま す 今号の記事には人工知能やディープラーニングに関する話題も多く 時代の流れを感じます 主担当 鈴木 初めての編集作業を担当させて頂き 著者の皆様の大事な原稿を預からせて頂くことの責任感 緊 張感をたっぷり味わわせて頂きました 御協力を頂いた多くの皆様に感謝いたします 副担当 黒柳 31
32
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Present Situation and Problems on Aseismic Design of Pile Foundation By H. Hokugo, F. Ohsugi, A. Omika, S. Nomura, Y. Fukuda Concrete Journal, Vol. 29
Present Situation and Problems on Aseismic Design of Pile Foundation By H. Hokugo, F. Ohsugi, A. Omika, S. Nomura, Y. Fukuda Concrete Journal, Vol. 29, No. 8, pp. 4-12, Aug. 1986 Synopsis The pile foundation
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LED a) A New LED Array Acquisition Method Focusing on Time-Gradient and Space- Gradient Values for Road to Vehicle Visible Light Communication Syunsuk
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