Committee |
Date Time |
Place |
Paper Title / Authors |
Abstract |
Paper # |
ICD, CPSY |
2016-12-16 14:20 |
Tokyo |
Tokyo Institute of Technology |
[Invited Talk]
A Data-Driven Processor Realizing Trillion Sensors Universe Hiroaki Nishikawa (Univ. of Tsukuba) ICD2016-96 CPSY2016-102 |
This paper introduces a data-driven processor aiming at realizing Trillion Sensors Universe. Execution control scheme in... [more] |
ICD2016-96 CPSY2016-102 pp.139-144 |
IE, ICD, VLD, IPSJ-SLDM [detail] |
2013-10-07 16:05 |
Aomori |
|
A 2.4x-Real-Time VLSI Processor for 60-kWord Continuous Speech Recognition Guangji He, Yuki Miyamoto, Kumpei Matsuda, Shintaro Izumi, Hiroshi Kawaguchi, Masahiko Yoshimoto (Kobe Univ) VLD2013-52 ICD2013-76 IE2013-52 |
This paper describes a low-power VLSI chip for speaker-independent 60-kWord continuous speech recognition based on a co... [more] |
VLD2013-52 ICD2013-76 IE2013-52 pp.29-34 |
ICD |
2012-12-17 15:55 |
Tokyo |
Tokyo Tech Front |
[Poster Presentation]
A 2.4x-Real-Time VLSI Processor for 60-kWord Continuous Speech Recognition Yuki Miyamoto, Guangji He, Shintaro Izumi, Hiroshi Kawaguchi, Masahiko Yoshimoto (Kobe Univ) ICD2012-101 |
This paper describes a low-power VLSI chip for 60-kWord continuous speech recognition based on a context-dependent Hidde... [more] |
ICD2012-101 pp.49-53 |
IE, SIP, ICD, VLD, IPSJ-SLDM [detail] |
2012-10-19 09:25 |
Iwate |
Hotel Ruiz |
Design of a Packet-Transfer-Based Dynamic Reconfigurable VLSI Processor for Reduction of a Configuration Memory Size Yoshichika Fujioka (Hachinohe Inst. of Tech.), Michitaka Kameyama (Tohoku Univ.) VLD2012-47 SIP2012-69 ICD2012-64 IE2012-71 |
Register-transfer-level packet routing scheme is proposed for intra-chip data transfer to make the size of configuration... [more] |
VLD2012-47 SIP2012-69 ICD2012-64 IE2012-71 pp.39-44 |
VLD, DC, IPSJ-SLDM, CPSY, RECONF, ICD, CPM (Joint) [detail] |
2011-11-30 10:05 |
Miyazaki |
NewWelCity Miyazaki |
A 40nm 144mW VLSI Processor for Realtime 60k Word Continuous Speech Reconginion Takanobu Sugahara, Guangji He, Tsuyoshi Fujinaga, Yuki Miyamoto, Hiroki Noguchi, Shintaro Izumi, Hiroshi Kawaguchi, Masahiko Yoshimoto (Kobe Univ.) CPM2011-164 ICD2011-96 |
We have developed a low power VLSI chip for 60k-word real-time continuous speech recognition based on HMM(Hidden Markov ... [more] |
CPM2011-164 ICD2011-96 pp.79-84 |
ICD, IE, SIP, IPSJ-SLDM [detail] |
2011-10-24 14:45 |
Miyagi |
Ichinobo(Sendai) |
Architecture of a Dynamically Reconfigurable VLSI Processor Based on Register-Transfer-Level Packet Transfer Yoshichika Fujioka (Hachinohe Inst. of Tech.), Sho Takizawa, Michitaka Kameyama (Tohoku Univ.) SIP2011-64 ICD2011-67 IE2011-63 |
Register-transfer-level packet routing scheme is proposed for intra-chip data transfer to make the size of configuration... [more] |
SIP2011-64 ICD2011-67 IE2011-63 pp.13-18 |
SIS |
2010-12-02 15:15 |
Nara |
|
Circuit Design of a 128-point FFT Processor Using Pipeline MDC Architecture for 8x8 MIMO-OFDM Receivers Atsushi Orikasa, Yoshikazu Miyanaga, Shingo Yoshizawa (Hokkaido Univ.) SIS2010-45 |
This report presents a VLSI architecture of 128-point FFT in a 8x8 MIMO-OFDM receiver. A pipeline FFT processor based on... [more] |
SIS2010-45 pp.59-64 |
PRMU |
2009-12-18 15:40 |
Tochigi |
Fujihara Cultural Center |
A Real-Time 3D Motion Field Generation System employing Directional-Edge Histogram Matching VLSI Processors Seungho Shin, Tadashi Shibata (Univ. of Tokyo.) PRMU2009-153 |
In this paper, we will present a new system that detects three-dimensional motion fields very efficiently based on the V... [more] |
PRMU2009-153 pp.83-88 |
ICD |
2009-12-14 13:30 |
Shizuoka |
Shizuoka University (Hamamatsu) |
[Poster Presentation]
Development of a Stream Cipher Engine Chip Takumi Ishihara, Harunobu Uchiumi, Yusuke Osumi, Masa-aki Fukase, Tomoaki Sato (Hirosaki Univ.) ICD2009-94 |
One of crucial points for next generation ubiquitous network is to keep the temporary security without relying on perman... [more] |
ICD2009-94 pp.95-100 |
ICD |
2009-12-15 10:00 |
Shizuoka |
Shizuoka University (Hamamatsu) |
[Invited Talk]
A New VLSI System Architecture Mimicking the Processing in the Mind Tadashi Shibata (Univ. of Tokyo.) ICD2009-95 |
The performance of a today’s computer is really marvelous. It can carry out a prodigious amount of numerical calculation... [more] |
ICD2009-95 pp.101-109 |
CPM |
2009-08-11 14:20 |
Aomori |
Hirosaki Univ. |
Development of a Stream Cipher Engine Takumi Ishihara, Harunobu Uchiumi, Yusuke Osumi, Masa-aki Fukase, Tomoaki Sato (Hirosaki Univ.) CPM2009-49 |
One of crucial points for ubiquitous network is to keep the temporary security without relying on permanent network infr... [more] |
CPM2009-49 pp.83-88 |
ICD, ITE-CE |
2007-12-14 10:20 |
Kochi |
|
A VGA 30-fps Real-Time Optical-Flow Processor Core for Moving Picture Recognition Hajime Ishihara, Masayuki Miyama (Kanazawa Univ.), Yuichiro Murachi, Hiroshi Kawaguchi, Masahiko Yoshimoto (Kobe Univ.), Yoshio Matsuda (Kanazawa Univ.) ICD2007-131 |
This paper proposes an optical-flow processor for real-time video recognition. This processor is based on the Pyramidal ... [more] |
ICD2007-131 pp.65-70 |
MSS, CAS |
2007-11-30 14:30 |
Niigata |
Niigata University |
Code System for Rectangular Packing in 2D Torus Space Takayuki Shibata, Mineo Kaneko (JAIST) CAS2007-80 CST2007-31 |
We encounter rectangular packing in 2D Torus space in VLSI layout where the same set of components is placed repeatedly ... [more] |
CAS2007-80 CST2007-31 pp.37-42 |
ICD, IPSJ-ARC |
2007-06-01 16:15 |
Kanagawa |
|
Design of a highly parallel VLSI processor based on functional-unit-level packet data transfer scheme Yoshichika Fujioka, Nobuhiro Tomabechi (Hachinohe Inst. Tech.), Michitaka Kameyama (Tohoku Univ.) ICD2007-34 |
Until now, network on chip technology based on course grain packet data transfer was proposed. In this paper, fine grain... [more] |
ICD2007-34 pp.103-108 |
CAS |
2005-01-19 10:45 |
Ishikawa |
Kanazawa Univ |
A Polynomial Time Algorithm for Embedding Graphs into Ladder with Minimum Congestion Tomohiro Ikeda, Akira Matsubayashi (Kanazawa Univ.) |
The problem of efficiently implementing parallel algorithms into parallel computers can be formulated as the graph embed... [more] |
CAS2004-61 pp.7-12 |