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Country
United States / /
Event
Environmental Issue / /
Facility
Michigan State University / /
IndustryTerm
consumer electronics / information mining / Internet-sensor integration / mobile sensor networks / simpler and more efficient algorithms / wireless network model / collaboration protocols / ubiquitous computing / hierarchy-based fault-local stabilizing algorithm / publish-subscribe infrastructure / holistic solution / actuation technology / transformation algorithms / pocket switched networks / dense mobile ad hoc networks / transformation tool / social collaboration applications / greedy mobile basestation protocol / wireless sensor network / optimistic concurrency control solution / geometric networks / wireless sensor networks / citywide sensing applications / wireless networks / software development / multihop wireless sensor networks / energy / radio networks / transaction processing / wireless sensor-actor networks / collaboration applications / wireless sensor/actor networks / broadcast protocol / social networking features / sensor networks / ad hoc networks / low-power radio technology / energy-efficiency / industrial feedback control systems / minimal energy consumption / software/hardware crashes / balanced search tree / resilient mobile basestation protocol / energy exhaustion / integrated circuits miniaturization technology / human operator / computing / smartphone applications / wireless networks model / plant-and-play wireless sensor network system / minimalist infrastructure / mac layer protocol / ubiquitous computing paradigm / /
OperatingSystem
TinyOS / /
Organization
Michigan State University / office of Naval Research / National Science Foundation / SUNY / /
Person
A. Sanzgiri / A. Arora / B. Sriram / S.K. Yoon / H. Zhang / V / C. G. Akcora / D. Fuhry / M. Hussain / S. Bapat / V / S. Kulkarni / H. Ferhatosmanoglu / M. Demirbas / A. Cosar / C. Wan / C. C. Newport / K. Y. Chow / S. S. Kulkarni / A. S. Tosun / C. Qiao / B. Bonakdarpour / M. Arumugam / X. Lu / Murat Demirbas / C. Rudra / V. Kulathumani / E. Demir / S. Balachandran / H. Gunes / R. Sudhaakar / N. Lynch / S. Tasci / V. Mittal / A. Arora / V / O. Soysal / M. A. Bayir / P. Singla / M. Sridharan / V. Naik / V / Sensweet / C. Newport / T. Nolte / A. Rudra / G. Chockler / Y. Yilmaz / Sandeep Kulkarni / /
Position
actor / arbiter / designer / Cao / /
Product
Transact / /
ProgrammingLanguage
Hoc / C++ / /
ProvinceOrState
Manitoba / /
PublishedMedium
Elsevier / The Computer Journal / /
Technology
integrated circuits miniaturization technology / Peer-to-peer / smartphone / network algorithms / mobile phones / low-power radio technology / hierarchy-based fault-local stabilizing algorithm / process control / greedy mobile basestation protocol / MEMS / transformation algorithms / Smartphones / tracking protocol / Mobile Computing / systems protocols / cell phones / resilient mobile basestation protocol / mac layer protocol / collaboration protocols / 10 Murat Demirbas protocol / actuation technology / /
Research Statement Murat Demirbas The traditional computer-centric view of computing, that forces us to interact with the computers in their terms and in their virtual world, is rapidly losing ground to a human-centric v