Add to ORKGWe propose an efficient algorithm to estimate the number of live computer nodes in a network. This algorithm is fully distributed, and has a time-complexity which is independent of the number of computer nodes. The algorithm is designed to take advantage of a medium access control (MAC) protocol which is prioritized; that is, if two or more messages on different nodes contend for the medium, then the node contending with the highest priority will win, and all nodes will know the priority of the winner
Abstract — Remote estimation problems are critical to many novel applications enabled by large-scale...
Consider a distributed computer system such that every computer node can perform a wireless broadca...
Topology control is an effective method to improve the energy-efficiency and increase the communicat...
We propose an efficient algorithm to estimate the number of live computer nodes in a network. This ...
Consider a wireless sensor network (WSN) where a broadcast from a sensor node does not reach all se...
The number of nodes has large impact on the performance, lifetime and cost of wireless sensor networ...
Consider a network where all nodes share a single broadcast domain such as a wired broadcast networ...
Consider a distributed computer system such that every computer node can perform a wireless broadcas...
We study wireless ad-hoc networks consisting of small microprocessors with limited memory, where the...
innovative research is in control and estimation of networked systems, with a broad spectrum of appl...
We present a simple and efficient distributed method for determining the transmission power assignme...
Abstract — The distributed estimation of the number of active sensors in a network can be important ...
A wireless sensor network is envisaged that performs signal estimation by means of the distributed a...
Topology control is an effective method to improve energy-efficiency and increase the capacity in Wi...
The distributed trigger counting (DTC) problem is a fundamental block for many distributed applicati...
Abstract — Remote estimation problems are critical to many novel applications enabled by large-scale...
Consider a distributed computer system such that every computer node can perform a wireless broadca...
Topology control is an effective method to improve the energy-efficiency and increase the communicat...
We propose an efficient algorithm to estimate the number of live computer nodes in a network. This ...
Consider a wireless sensor network (WSN) where a broadcast from a sensor node does not reach all se...
The number of nodes has large impact on the performance, lifetime and cost of wireless sensor networ...
Consider a network where all nodes share a single broadcast domain such as a wired broadcast networ...
Consider a distributed computer system such that every computer node can perform a wireless broadcas...
We study wireless ad-hoc networks consisting of small microprocessors with limited memory, where the...
innovative research is in control and estimation of networked systems, with a broad spectrum of appl...
We present a simple and efficient distributed method for determining the transmission power assignme...
Abstract — The distributed estimation of the number of active sensors in a network can be important ...
A wireless sensor network is envisaged that performs signal estimation by means of the distributed a...
Topology control is an effective method to improve energy-efficiency and increase the capacity in Wi...
The distributed trigger counting (DTC) problem is a fundamental block for many distributed applicati...
Abstract — Remote estimation problems are critical to many novel applications enabled by large-scale...
Consider a distributed computer system such that every computer node can perform a wireless broadca...
Topology control is an effective method to improve the energy-efficiency and increase the communicat...