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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
 Results 1 - 4 of 4  /   
Committee Date Time Place Paper Title / Authors Abstract Paper #
IN 2014-04-18
14:15
Kyoto Kyotofu-Chusho-Kigyo-Kaikan Low-Power and High-Speed Search Engine by Multi-dimensional TCAM Architecture with Parallel Pipelined Subdivided Structure
Kenzo Okuda, Masami Nawa, Shingo Ata (Osaka City Univ.), Yuji Yano, Yasuto Kuroda (Renesas), Hisashi Iwamoto (REVSONIC), kazunari Inoue (Nara National College of Tec./Osaka Univ.), Ikuo Oka (Osaka City Univ.) IN2014-7
TCAM (Ternary Content Addressable Memory) is widely used for high speed searching applications on networking equipment. ... [more] IN2014-7
pp.67-72
NS, ICM, CQ
(Joint)
2010-11-19
13:20
Kyoto Katsura Campus, Kyoto Univ. Cost Evaluation and Parameter Optimization of the Fast Forwarding Engine using Standard Memory
Kazuya Zaitsu (Osaka City Univ.), Koji Yamamoto (Renesas Design), Yasuto Kuroda, Kazunari Inoue (Renesas Electronics), Shingo Ata, Ikuo Oka (Osaka City Univ.) NS2010-101
Ternary content addressable memory (TCAM) is becoming very popular for designing high-throughput
forwarding engines on ... [more]
NS2010-101
pp.75-80
NS 2010-05-21
10:50
Tokyo Kikai-Shinko-Kaikan Bldg. Hardware Implementation of Fast Forwarding Engine using Standard Memory and Dedicated Circuit
Kazuya Zaitsu (Osaka City Univ.), Koji Yamamoto (Renesas Des.), Yasuto Kuroda, Kazunari Inoue (Renesas Ele.), Shingo Ata, Ikuo Oka (Osaka City Univ.) NS2010-26
Ternary content addressable memory (TCAM) is becoming very popular for designing high-throughput forwarding engines on r... [more] NS2010-26
pp.59-64
CPSY 2007-10-25
15:10
Kumamoto Kumamoto University Acceleration of Multimedia Data Processing with CAM-Enhanced Massive-Parallel SIMD Matrix Processor
Takeshi Kumaki, Masakatsu Ishizaki, Masaharu Tagami, Tetsushi Koide, Hans Juergen Mattausch (Hiroshima Univ.), Takayuki Gyohten, Hideyuki Noda, Yasuto Kuroda, Katsumi Dosaka, Kazutami Arimoto, Kazunori Saito (Renesas Technology) CPSY2007-27
A multimedia processor requires four capabilities, fast processing, small area size, low power consumption and programma... [more] CPSY2007-27
pp.19-24
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