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Objectives

- Phase1 (1998-2000)

  • Propose the system level design methodology and flow
    - Examination of expected system level design environment based on the needs and seeds
  • Investigation of the system level design languages for SoC design
  • Publicize activities

- Phase2 (2001-2002)

  • Investigation of Standardization trends
  • Study of elemental techniques for System Level Design
    - Design methodology/Modeling/Estimation
  • Publicize the activities and achievement

History of Activities

- Phase1 (Finished)

Major activities
1998
1999
2000
2001

Investigation of SLD languages

SLDL(Rosetta)

SLDL(Rosetta)-Cont'd
Several SLD languages

Research needs

Meeting with designers
Questionnaire/Analysis needs
Analysis needs
-

Research seeds

-
-
Research seeds
-

Proposal for the
System Level Design Flow

-

Initial Proposal

SLD meeting(ASP-DAC)

Refined Proposal

Biwako Workshop

Trend of System Level Design

SASIMI2001

 

- Phase2 (Finished)

Major activities
2001
2002

Investigation of Standardization trends(Finished)

-

Research and Investigation of the technology of SLD

Design Methodology
-
Finished the activity 
Modeling
-
Finished the activity
Estimation
-
Finished the activity

 

Activities in 2002

Based on the accumulated knowledge, extended research and investigation was conducted for 3 interested area in the proposed system level design flow by forming a task group for each area.     

  • Design Methodology Task Group

To realize the proposed system level design flow, this group investigated today's available technology on behavioral synthesis, co-simulation and assertion based verification (ABV) towards platform based design(PBD) and proposed the usage and improvements for those technologies.

  • Modeling Task Group

For the purpose of the improvement of design productivity and quality, Modeling Task Group investigated Models of Computation and performed the characteristic comparison for those MoCs.  Based on this result, the group further examined the applicable design phase and application area for those MoCs.  

  • Estimation Task Group

Currently, low power design for SoC is relied on layout, circuitry and process technology and not matured yet in system level design arena.  This group researched the power estimation techniques during the system level design phase, made an assessment in terms of utilization and practicality and made a proposal for the improvement of the technology.

Presentations/Reports

  • 1998 fiscal year
    - EDA annual report 1998 published by EIAJ

  • 2001 fiscal year
    - EDA annual report 2001 published by JEITA
    - Technical report 2001 was compiled 

 

Members

  • Cadence Design Systems, Japan
    Nobuhiro Irie

  • FUJITSU LIMITED
    Masato Otsuka

  • Future Design Automation Co., Ltd.
    Kundo Lee

  • InterDesign Technologies, Inc.
    Dai Araki

  • Matsushita Electric Industrial Co., Ltd.
    Kazuyoshi Takemura

  • Mentor Graphics Japan Co., Ltd
    Siu-ki Wan (Co-chair)

  • MITSUBISHI ELECTRIC CORPORATION
    Hiroyuki Yamamoto
    Hitoshi Kimura

  • NEC Corporation
    Hitoshi Kurosaka (Chair)

  • Nihon Synopsys Co., Ltd.
    Yoichi Sugiyama

  • Oki Electric Industry Co., Ltd.
    Kazuhiro Yoshinaga

  • Renesas Technology Corp.
    Kazuhiko Kobayashi

  • RICOH COMPANY, LTD.
    Yasutaka Tsukamoto

  • SANYO Electric Co., Ltd.
    Hirofumi Saitoh

  • Seiko Instrument Inc.
    Makoto Makino

  • SHARP CORPORATION
    Masayuki Yamaguchi (Co-chair)

  • Sony Corporation
    Takehisa Hashimoto

  • TOSHIBA CORPORATION
    Nobuhiro Nonogaki

  • MITSUBISHI ELECTRIC CORPORATION
    Mitsuhiro Yasuda (Adviser)

  • Kochi University of Technology
    Masayoshi Tachibana (Guest professor)

  • Osaka University
    Masaharu Imai (Guest professor)

  • Saitama University
    Norihiko Yoshida (Guest professor)

Links

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Last updated : Mar/12/2003