`Travelled to:`

1 × Israel

2 × Canada

2 × France

2 × Germany

2 × United Kingdom

5 × USA

`Collaborated with:`

L.Avinash P.G.Spirakis Z.M.Kedem C.C.Enz ∅ S.Muthukrishnan A.Raghunathan B.B.Simons C.Piguet P.Korkmaz J.Augustine Parishkrati S.Yenugula S.E.Nikoletseas M.Yung M.O.Rabin G.M.Kuper K.McAloon K.J.Perry A.Basu J.Nagel R.M.Rabbah V.J.Mooney K.Puttaswamy L.N.Chakrapani B.E.S.Akgul S.Cheemalavagu B.Seshasayee G.P.Arumugam P.Srikanthan E.Upfal A.Bhargava P.D.Düben J.Schlachter T.N.Palmer

`Talks about:`

comput (7) effici (6) algorithm (4) parallel (4) inexact (4) energi (4) design (3) probabilist (2) random (2) memori (2)

## Person: Krishna V. Palem

### DBLP: Palem:Krishna_V=

### Contributed to:

### Wrote 15 papers:

- DATE-2015-ArumugamSAPUBPY #algorithm #co-evolution #design #energy #memory management #novel #performance
- Novel inexact memory aware algorithm co-design for energy efficient computation: algorithmic principles (GPA, PS, JA, KVP, EU, AB, P, SY), pp. 752–757.
- DATE-2015-DubenSPYAEPP #big data #case study #energy #performance
- Opportunities for energy efficient computing: a study of inexact general purpose processors for high-performance and big-data applications (PDD, JS, P, SY, JA, CCE, KVP, TNP), pp. 764–769.
- PLDI-2014-Palem #question #what
- What exactly is inexact computation good for? (KVP), p. 1.
- DAC-2013-AvinashBEPP #energy #fault #hardware
- Improving energy gains of inexact DSP hardware through reciprocative error compensation (LA, AB, CCE, KVP, CP), p. 8.
- DAC-2012-PalemA #exclamation #what
- What to do about the end of Moore’s law, probably! (KVP, LA), pp. 924–929.
- DATE-2011-AvinashENPP #design #energy #probability
- Energy parsimonious circuit design through probabilistic pruning (LA, CCE, JLN, KVP, CP), pp. 764–769.
- DATE-2006-ChakrapaniACKPS #architecture #embedded #probability
- Ultra-efficient (embedded) SOC architectures based on probabilistic CMOS (PCMOS) technology (LNC, BESA, SC, PK, KVP, BS), pp. 1110–1115.
- LCTES-SCOPES-2002-PalemRMKP #design #embedded #memory management #optimisation
- Design space optimization of embedded memory systems via data remapping (KVP, RMR, VJM, PK, KP), pp. 28–37.
- ICALP-1994-NikolestseasPSY #graph #multi #network #random #reliability
- Short Vertex Disjoint Paths and Multiconnectivity in Random Graphs: Reliable Network Computing (SEN, KVP, PGS, MY), pp. 508–519.
- STOC-1994-MuthukrishnanP #algorithm #complexity #standard #string
- Non-standard stringology: algorithms and complexity (SM, KVP), pp. 770–779.
- STOC-1992-KedemPRR #parallel #performance #program transformation
- Efficient Program Transformations for Resilient Parallel Computation via Randomization (ZMK, KVP, MOR, AR), pp. 306–317.
- STOC-1991-KedemPRS #parallel #performance
- Combining Tentative and Definite Executions for Very Fast Dependable Parallel Computing (ZMK, KVP, AR, PGS), pp. 381–390.
- POPL-1990-PalemS #scheduling
- Scheduling Time-Critical Instructions on RISC Machines (KVP, BBS), pp. 270–280.
- STOC-1990-KedemPS #parallel #performance #robust
- Efficient Robust Parallel Computations (ZMK, KVP, PGS), pp. 138–148.
- LICS-1988-KuperMPP #algorithm #anti #parallel #performance
- Efficient Parallel Algorithms for Anti-Unification and Relative Complement (GMK, KM, KVP, KJP), pp. 112–120.