Travelled to:1 × USA
1 × United Kingdom
2 × Germany
5 × France
Collaborated with:C.L.Talcott G.Agha S.Sarma N.Dutt Y.Huang N.D.Dutt S.Gutierrez-Nolasco P.Gupta A.Nicolau M.Kim M.Stehr H.V.Antwerpen R.K.Gupta S.Mohapatra C.Pereira R.v.Vignau S.Mehrotra C.T.Butts D.V.Kalashnikov K.Altintas R.Hariharan H.Lee Y.Ma A.Meyers J.Wickramasuriya R.Eguchi C.Huyck
Talks about:system (5) sens (3) awar (3) middlewar (2) distribut (2) model (2) layer (2) cross (2) adapt (2) multimedia (1)
Person: Nalini Venkatasubramanian
DBLP: Venkatasubramanian:Nalini
Contributed to:
2015
20142008
20062004
2004
2002
2001
1992Wrote 9 papers:
- DATE-2015-SarmaDGVN #paradigm #self
- Cyberphysical-system-on-chip (CPSoC): a self-aware MPSoC paradigm with cross-layer virtual sensing and actuation (SS, NDD, PG, NV, AN), pp. 625–628.
- DAC-2014-SarmaVD #distributed #middleware #mobile #perspective
- Sense-making from Distributed and Mobile Sensing Data: A Middleware Perspective (SS, NV, ND), p. 6.
- DATE-2008-KimSTDV #adaptation #constraints #online #refinement
- Constraint Refinement for Online Verifiable Cross-Layer System Adaptation (MK, MOS, CLT, ND, NV), pp. 646–651.
- SAC-2006-Gutierrez-NolascoVT #interactive #protocol #semantics
- A semantic model for safe protocol interaction (SGN, NV, CLT), pp. 1599–1600.
- DATE-v2-2004-AntwerpenDGMPVV #design #energy #multi
- Energy-Aware System Design for Wireless Multimedia (HVA, NDD, RKG, SM, CP, NV, RvV), pp. 1124–1131.
- SIGMOD-2004-MehrotraBKVAHLMMWEH #named
- CAMAS: A Citizen Awareness System for Crisis Mitigation (SM, CTB, DVK, NV, KA, RH, HL, YM, AM, JW, RE, CH), pp. 955–956.
- HPDC-2002-HuangV #resource management
- QoS-Based Resource Discovery in Intermittently Available Environments (YH, NV), p. 50–?.
- FME-2001-VenkatasubramanianTA #adaptation #formal method #middleware #reasoning
- A Formal Model for Reasoning about Adaptive QoS-Enabled Middleware (NV, CLT, GA), pp. 197–221.
- IWMM-1992-VenkatasubramanianAT #distributed #garbage collection #scalability
- Scalable Distributed Garbage Collection for Systems of Active Objects (NV, GA, CLT), pp. 134–147.