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Dive into the research topics where Shimonishi Hideyuki is active.

Publication


Featured researches published by Shimonishi Hideyuki.


Reconfigurable technology : FPGAs and reconfigurable processors for computing and communications. Conference | 2001

Network processor architecture for flexible buffer management in very high speed line interfaces

Shimonishi Hideyuki; Murase Tutomu

In this paper, the proposed architecture is described and the results obtained when evaluating it in a typical application program for traffic handling are reported. It is shown that the architecture enables Weighted Round Robin packet scheduling at 4.1 Gbps line speed, in addition to 10 Gbps IP packet forwarding and 2.4 Gbps IP/ATM multi-layer switching.


Archive | 2006

Communication apparatus and communication method

Shimonishi Hideyuki


Archive | 2013

SWITCH DEVICE CONTROL SYSTEM, AND DEVICE AND METHOD FOR CONTROLLING CONFIGURATION THEREOF

Sun Lei; Sonoda Kentaro; Suzuki Kazuya; Shimonishi Hideyuki; Ishii Hideji


Archive | 2016

APPARATUS MANAGEMENT SYSTEM, APPARATUS MANAGEMENT METHOD, AND PROGRAM

Sonoda Kentaro; Shimonishi Hideyuki; Hatano Yoichi; Sasaki Takayuki


IEICE Technical Report; IEICE Tech. Rep. | 2012

A hierarchical control method with domain aggregation on OpenFlow networks.

Ashida Yuta; Koide Toshio; Shimonishi Hideyuki


IEICE Technical Report; IEICE Tech. Rep. | 2006

Evaluation of UDP/RTP Stream Measurement from Sampled Packets

Yamasaki Yasuhiro; Shimonishi Hideyuki; Murase Tutomu


IEICE Technical Report; IEICE Tech. Rep. | 2004

A method of packet loss rate estimation from packet sampling

Yamasaki Yasuhiro; Shimonishi Hideyuki; Murase Tutomu


Archive | 2015

EQUIPMENT MANAGEMENT SYSTEM, EQUIPMENT MANAGEMENT METHOD, AND PROGRAM

Sonoda Kentaro; Shimonishi Hideyuki; Hatano Yoichi; Sasaki Takayuki


Archive | 2014

COMMUNICATION SYSTEM, CONTROL DEVICE, ADDRESS ALLOCATION METHOD, AND PROGRAM

Sun Lei; Suzuki Kazuya; Shimonishi Hideyuki; Sugyou Kazushi


IEICE Technical Report; IEICE Tech. Rep. | 2012

A study on the efficient construction mechanism of overlay control channels in OpenFlow-based networks

Koide Toshio; Shimonishi Hideyuki

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