Szalay A.S. / Broadband Advanced Sensor Networks / Next Generation Software / CAC) & The Applied Software Systems Laboratory / Kiremidjiana A.S. / / /
Facility
Rutgers University / Rutgers campus Grid / Computer Engineering Rutgers University / /
IndustryTerm
sensoractuator network systems / oil reservoir / oil reservoir optimization scenarios / sensor-driven applications / scientific/engineering applications / real-time interpolated pressures / low bandwidth wide area networks / oil well production distribution / required processing / intelligent data processing instruments / post-processing manner / sensor-driven scientific applications / oil field monitor / in-network processing operators / wireless sensor systems / wireless sensor networks / environmental observing systems / grid-enabled multiphysics oil reservoir management / oil reservoir production / in-network data processing / programming models and systems / oil production policy / data processing behaviors / energy costs / computational applications / networked sensor systems / acquisitional query processing system / remote server / oil field / oil reservoir application / reservoir management / in-network data processing mechanisms / real-time analysis / sensor networks / pervasive computational infrastructure / data processing / systems software solutions / soil ecology sensor network / resource-constraint heterogeneous sensor networks / dataflow processing / wireless sensor network architecture / related systems / gas ingestion / passive measurement devices / oil reservoirs / sensor-based scientific applications / web server / e.g. gas ingestion cost / sensor systems / in-network data processing engine / outside sensor network / energy reservoir applications / natural and engineered systems / physical systems / data-driven oil reservoir application / sensor network / run-time in-network processing / /
Organization
National Science Foundation / NSF Center for Autonomic Computing / Rutgers University / Department of Energy / Department of Electrical / /
Person
Manish Parashar / Raman / V / /
Position
scientist / /
Product
Franklin / /
ProvinceOrState
South Carolina / /
Technology
peer-to-peer / Java / simulation / CyberPhysical Applications GridMapProgramming Abstraction In-network algorithms / 802.11 protocol / web server / built using Java / implemented using the 802.11 protocol / /
Enabling End-to-End Data-Driven Sensor-Based Scientific and Engineering Applications ? Nanyan Jiang and Manish Parashar Center for Autonomic Computing (CAC) & The Applied Software Systems Laboratory (TASSL) Department of