Robust distributed computing and sensing algorithm

Computer, 1996 - ieeexplore.ieee.org
Robust Distributed Computing and Sensing Algorithm - Computer Page 1 Robust
Distributed Computing and Richard R. Brooks S. Sitharama Iyengar Louisiana State …

Robust Distributed Computing and Sensing Algorithm

RR Brooks, SS Iyengar - Computer, 1996 - computer.org
Sensors that supply data to computer systems are inherently unreliable. When sensors are
distributed, reliability is further compromised. How can a system tell good sensor data from …

[PDF][PDF] Robust Distributed Computing and

RR Brooks, SS Iyengar - 1996 - researchgate.net
0018-9162/96/$5 00 0 1996 IEEE ur modern world contains many automated systems that
must interact with changing environments. Because these environ-0 ments cannot be …

Robust Distributed Computing and Sensing Algorithm

RR Brooks, SS Iyengar - Computer, 1996 - dl.acm.org
Sensors that supply data to computer systems are inherently unreliable. When sensors are
distributed, reliability is further compromised. How can a system tell good sensor data from …

[PDF][PDF] Robust Distributed Computing and

RR Brooks, SS Iyengar - 1996 - scholar.archive.org
0018-9162/96/$5 00 0 1996 IEEE ur modern world contains many automated systems that
must interact with changing environments. Because these environ-0 ments cannot be …

[PDF][PDF] Robust Distributed Computing and

RR Brooks, SS Iyengar - 1996 - Citeseer
0018-9162/96/$5 00 0 1996 IEEE ur modern world contains many automated systems that
must interact with changing environments. Because these environ-0 ments cannot be …

[PDF][PDF] Robust Distributed Computing and

RR Brooks, SS Iyengar - 1996 - users.cis.fiu.edu
0018-9162/96/$5 00 0 1996 IEEE ur modern world contains many automated systems that
must interact with changing environments. Because these environ-0 ments cannot be …

[PDF][PDF] Robust Distributed Computing and

RR Brooks, SS Iyengar - 1996 - users.cis.fiu.edu
0018-9162/96/$5 00 0 1996 IEEE ur modern world contains many automated systems that
must interact with changing environments. Because these environ-0 ments cannot be …