Travelled to:
1 × China
1 × France
2 × Germany
5 × USA
Collaborated with:
M.F.Miller K.J.Janik I.Wagner E.Nurvitadhi J.C.Hoe T.Kam C.Wilkerson M.Chang P.Rosenfeld B.Jacob T.Karnik K.A.Bowman J.Tschanz V.De S.Y.Borkar S.H.Pugsley Z.Chishti P.Chuang R.L.Scott A.Jaleel K.Chow R.Balasubramonian M.Nicolaidis L.Anghel N.Zergainoh Y.Zorian C.Tokunaga A.Raychowdhury M.M.Khellah J.Kulkarni D.Avresky
Talks about:
pipelin (3) transact (2) prefetch (2) datapath (2) automat (2) specif (2) low (2) microarchitectur (1) multithread (1) counterflow (1)
Person: Shih-Lien Lu
DBLP: Lu:Shih=Lien
Contributed to:
Wrote 9 papers:
- HPCA-2014-PugsleyCWCSJLCB #evaluation #runtime
- Sandbox Prefetching: Safe run-time evaluation of aggressive prefetchers (SHP, ZC, CW, PfC, RLS, AJ, SLL, KC, RB), pp. 626–637.
- HPCA-2013-ChangRLJ #comparison #energy #scalability
- Technology comparison for large last-level caches (L3Cs): Low-leakage SRAM, low write-energy STT-RAM, and refresh-optimized eDRAM (MTC, PR, SLL, BJ), pp. 143–154.
- DATE-2012-NicolaidisAZZKBTLTRKKDA #design #reliability
- Design for test and reliability in ultimate CMOS (MN, LA, NEZ, YZ, TK, KAB, JT, SLL, CT, AR, MMK, JK, VD, DA), pp. 677–682.
- DATE-2011-WagnerL #distributed #framework #hardware
- Distributed hardware matcher framework for SoC survivability (IW, SLL), pp. 305–310.
- DAC-2010-NurvitadhiHLK #automation #parallel #pipes and filters #specification #synthesis #thread #transaction
- Automatic multithreaded pipeline synthesis from transactional datapath specifications (EN, JCH, SLL, TK), pp. 314–319.
- DATE-2010-NurvitadhiHKL #automation #pipes and filters #specification #transaction
- Automatic pipelining from transactional datapath specifications (EN, JCH, TK, SLL), pp. 1001–1004.
- DAC-2009-BowmanTWLKDB
- Circuit techniques for dynamic variation tolerance (KAB, JT, CW, SLL, TK, VD, SYB), pp. 4–7.
- HPCA-1998-MillerJL #architecture
- Non-Stalling CounterFlow Architecture (MFM, KJJ, SLL), pp. 334–341.
- HPCA-1997-JanikLM #architecture #pipes and filters
- Advances of the Counterflow Pipeline Microarchitecture (KJJ, SLL, MFM), pp. 230–236.