Three-Dimensional VLSI System with Self-Restoration Function
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Principal Investigator Mitsumasa Koyanagi (Tohoku University / Professor) Research Theme:
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We aim to develop a new dependable VLSI by employing a three-dimensional (3D) LSI and highly parallel processing which can
provide functions of self-restoration, self-organization, self-repair, reconfiguration and self-test. This new VLSI has function
generators with look-up tables which generate redundancy and self-test circuits. A part of these redundancy and self-test circuits
are dynamically converted to functional logic circuits to enhance the flexibility and efficiency of LSI. |
Open Documents
2009 Program Review (October 2009) (PDF 2,332kB)
DVLSI Workshop 2009 (December 2009) (PDF 1,632kB)
2010 Program Review1 (June 2010) (PDF 1,504kB)
2010 Program Review2 (October 2010) Prof. Koyanagi Tohoku Univ. (PDF 1,807kB)
2010 Program Review2 (October 2010) Prof. Kobayashi Tohoku Univ. (PDF 532kB)
2010 Program Review2 (October 2010) Prof. Sueyoshi Kumamoto Univ. (PDF 218kB)
2010 Program Review2 (October 2010) Senio Researcher Kamada Denso (PDF 82kB)
DVLSI Workshop 2011/3 (March 2011) (PDF 2,280kB)
DVLSI Workshop 2011/12 (December 2011) (PDF xxxkB)
DVLSI Workshop 2012/6 (June 2012) (PDF 2,400kB) (English document)
DVLSI International Symposium 2012/12 (December 2012) (PDF 304kB) (English document)
Annual Reports
2009 Annual Report (PDF 684kB)
2010 Annual Report (PDF 942kB)
2011 Annual Report (PDF 580kB)
