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Travelled to:
1 × Hungary
1 × Italy
1 × South Africa
1 × Turkey
2 × India
6 × USA
Collaborated with:
M.Maggio A.Filieri S.Misailovic M.C.Rinard H.Zhang S.Sidiroglou C.Imes N.Mishra J.D.Lafferty A.Agarwal M.D.Santambrogio L.Bergstrom J.E.Miller S.Sidiroglou-Douskos A.V.Papadopoulos Bernard Dickens III H.S.Gunawi A.J.Feldman J.Eastep M.Carbin S.Wang C.Li S.Lu William Sentosa Achmad Imam Kistijantoro G.Li X.Chen G.Sun Y.Liu Y.Wang H.Yang F.Sironi D.B.Bartolini S.Campanoni F.Cancare D.Sciuto Yunong Shi Nelson Leung Pranav Gokhale Zane Rossi David I. Schuster F.T.Chong M.I.Gordon W.Thies M.Karczmarek J.Lin A.S.Meli A.A.Lamb C.Leger J.Wong D.Maze S.P.Amarasinghe J.Holt G.Kurian E.Lau S.M.Neuman M.E.Sinangil Y.Sinangil A.P.Chandrakasan S.Devadas
Talks about:
perform (7) softwar (5) comput (5) control (4) energi (4) self (4) power (3) autom (3) adapt (3) understand (2)

Person: Henry Hoffmann

DBLP DBLP: Hoffmann:Henry

Contributed to:

ASPLOS 20152015
DAC 20152015
ESEC/FSE 20152015
SOSP 20152015
ICSE 20142014
DAC 20122012
ASPLOS 20112011
ESEC/FSE 20112011
ICSE 20102010
OOPSLA 20102010
PPoPP 20102010
ASPLOS 20022002
FSE 20162016
ESEC/FSE 20172017
ASPLOS 20162016
ASPLOS 20182018
ASPLOS 20192019

Wrote 20 papers:

ASPLOS-2015-MishraZLH #approach #constraints #energy #modelling #performance #probability #visual notation
A Probabilistic Graphical Model-based Approach for Minimizing Energy Under Performance Constraints (NM, HZ, JDL, HH), pp. 267–281.
DAC-2015-LiCSHLWY #hybrid #power management
A STT-RAM-based low-power hybrid register file for GPGPUs (GL, XC, GS, HH, YL, YW, HY), p. 6.
ESEC-FSE-2015-FilieriHM #adaptation #automation #design #multi #self
Automated multi-objective control for self-adaptive software design (AF, HH, MM), pp. 13–24.
SOSP-2015-Hoffmann #approximate #energy #named
JouleGuard: energy guarantees for approximate applications (HH), pp. 198–214.
ICSE-2014-FilieriHM #adaptation #automation #design #self
Automated design of self-adaptive software with control-theoretical formal guarantees (AF, HH, MM), pp. 299–310.
DAC-2012-HoffmannHKLMMNSSACD #self
Self-aware computing in the Angstrom processor (HH, JH, GK, EL, MM, JEM, SMN, MES, YS, AA, APC, SD), pp. 259–264.
DAC-2012-SironiBCCHSS #adaptation #named #operating system #performance #self
Metronome: operating system level performance management via self-adaptive computing (FS, DBB, SC, FC, HH, DS, MDS), pp. 856–865.
ASPLOS-2011-HoffmannSCMAR #power management
Dynamic knobs for responsive power-aware computing (HH, SS, MC, SM, AA, MCR), pp. 199–212.
ESEC-FSE-2011-Sidiroglou-DouskosMHR #performance #trade-off
Managing performance vs. accuracy trade-offs with loop perforation (SSD, SM, HH, MCR), pp. 124–134.
ICSE-2010-MisailovicSHR #profiling #quality
Quality of service profiling (SM, SS, HH, MCR), pp. 25–34.
OOPSLA-2010-RinardHMS #analysis #comprehension #statistics
Patterns and statistical analysis for understanding reduced resource computing (MCR, HH, SM, SS), pp. 806–821.
PPoPP-2010-HoffmannESMA #health #performance
Application heartbeats for software performance and health (HH, JE, MDS, JEM, AA), pp. 347–348.
ASPLOS-2002-GordonTKLMLLWHMA #architecture #compilation
A stream compiler for communication-exposed architectures (MIG, WT, MK, JL, ASM, AAL, CL, JW, HH, DM, SPA), pp. 291–303.
FSE-2016-ImesBH #energy #interface #monitoring #runtime
A portable interface for runtime energy monitoring (CI, LB, HH), pp. 968–974.
ESEC-FSE-2017-MaggioPFH #automation #multi #using
Automated control of multiple software goals using multiple actuators (MM, AVP, AF, HH), pp. 373–384.
ASPLOS-2016-ZhangH #comparison #hardware #hybrid #performance
Maximizing Performance Under a Power Cap: A Comparison of Hardware, Software, and Hybrid Techniques (HZ, HH), pp. 545–559.
ASPLOS-2018-DickensGFH #encryption #named #performance #using
StrongBox: Confidentiality, Integrity, and Performance using Stream Ciphers for Full Drive Encryption (BDI, HSG, AJF, HH), pp. 708–721.
ASPLOS-2018-MishraILH #energy #latency #learning #named #predict
CALOREE: Learning Control for Predictable Latency and Low Energy (NM, CI, JDL, HH), pp. 184–198.
ASPLOS-2018-WangLHLSK #comprehension
Understanding and Auto-Adjusting Performance-Sensitive Configurations (SW, CL, HH, SL, WS, AIK), pp. 154–168.
ASPLOS-2019-ShiLGRSHC #compilation #quantum
Optimized Compilation of Aggregated Instructions for Realistic Quantum Computers (YS, NL, PG, ZR, DIS, HH, FTC), pp. 1031–1044.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
Hosted as a part of SLEBOK on GitHub.