Travelled to:1 × Canada
1 × Turkey
5 × USA
Collaborated with:T.Sherwood ∅ M.Tiwari E.A.Brewer T.Leighton M.Martonosi X.Li V.Kashyap B.Hardekopf Xin-Chuan Wu Y.Li R.Barua F.Dahlgren J.Kubiatowicz A.Agarwal Prakash Murali Jonathan M. Baker Ali Javadi-Abhari H.M.G.Wassel B.Mazloom S.Mysore J.R.Crandall G.Wassermann D.A.S.d.Oliveira Z.Su S.F.Wu J.Oberg Yunong Shi Nelson Leung Pranav Gokhale Zane Rossi David I. Schuster H.Hoffmann J.Heckey S.Patil A.JavadiAbhari A.Holmes D.Kudrow K.R.Brown D.Franklin J.K.Oberg V.R.Rajarathinam R.Kastner
Talks about:quantum (5) comput (4) compil (3) communic (2) languag (2) hardwar (2) machin (2) inform (2) secur (2) flow (2)
Person: Frederic T. Chong
DBLP: Chong:Frederic_T=
Contributed to:
20152014
201120092006
1998
199420182019Wrote 11 papers:
- ASPLOS-2015-HeckeyPJHKBFCM #communication #compilation #parallel #quantum
- Compiler Management of Communication and Parallelism for Quantum Computation (JH, SP, AJ, AH, DK, KRB, DF, FTC, MM), pp. 445–456.
- ASPLOS-2014-0001KOTRKSHC #named #policy #security
- Sapper: a language for hardware-level security policy enforcement (XL, VK, JKO, MT, VRR, RK, TS, BH, FTC), pp. 97–112.
- PLDI-2011-LiTOKCSH #data flow #hardware #named
- Caisson: a hardware description language for secure information flow (XL, MT, JO, VK, FTC, TS, BH), pp. 109–120.
- ASPLOS-2009-TiwariWMMCS #data flow
- Complete information flow tracking from the gates up (MT, HMGW, BM, SM, FTC, TS), pp. 109–120.
- ASPLOS-2006-CrandallWOSWC #detection #virtual machine
- Temporal search: detecting hidden malware timebombs with virtual machines (JRC, GW, DASdO, ZS, SFW, FTC), pp. 25–36.
- HPCA-1998-ChongBDKA #communication #latency
- The Sensitivity of Communication Mechanisms to Bandwidth and Latency (FTC, RB, FD, JK, AA), pp. 37–46.
- STOC-1994-BrewerCL #random #scalability
- Scalable expanders: exploiting hierarchical random wiring (EAB, FTC, TL), pp. 144–152.
- ASPLOS-2018-Chong #algorithm #architecture #quantum
- Quantum Computing is Getting Real: Architecture, PL, and OS Roles in Closing the Gap between Quantum Algorithms and Machines (FTC), p. 285.
- ASPLOS-2019-MuraliBJCM #adaptation #compilation #quantum
- Noise-Adaptive Compiler Mappings for Noisy Intermediate-Scale Quantum Computers (PM, JMB, AJA, FTC, MM), pp. 1015–1029.
- ASPLOS-2019-ShiLGRSHC #compilation #quantum
- Optimized Compilation of Aggregated Instructions for Realistic Quantum Computers (YS, NL, PG, ZR, DIS, HH, FTC), pp. 1031–1044.
- ASPLOS-2019-WuSCL #pointer #using
- Protecting Page Tables from RowHammer Attacks using Monotonic Pointers in DRAM True-Cells (XCW, TS, FTC, YL), pp. 645–657.