[[abstract]]©2008 Springer Verlag-This paper addresses the optimal rate allocation (ORA) problem as follows: given a target bit rate constraint, determine an optimal rate allocation among sensors such that the overall distortion of the reproduction data is minimized. Optimal rate allocation algorithms are proposed to determine the coding bit rate of each sensor in single hop and multihop sensor networks, given a target rate constraint. Extensive simulations are conducted by using temperature readings of the real world dataset. The results show that at low bit rates the optimal rate allocation improves about 2.745 dB on the uniform rate allocation in terms of SNR, and improves nearly 7.602 in terms of MSE. Spatial-temporal range queries are ...
This paper addresses the rate control and resource allocation problem for heterogeneous wireless sen...
We address a lifetime maximization problem for a single-hop wireless sensor network where multiple ...
UnrestrictedIn this dissertation we explore rate-adaptation in networks of wireless sensors. We inve...
[[abstract]]Lossy compression techniques are commonly used by long-term data-gathering applications ...
The allocation of computation and communication resources in a manner that optimizes ...
The network lifetime and application performance are two fundamental, yet conflicting, design object...
A multi-hop network of wireless sensors can be used to gather spatio-temporal samples of a physical ...
For energy management in wireless sensor networks, only the sensors with most informative measuremen...
The network lifetime and application performance are two fundamental but conflicting desig objective...
In this paper we present an approach to the joint design of distributed data compression and data di...
In decentralized wireless sensor networks, the decision taken at the fusion center depends on the qu...
A multi-hop network of wireless sensors can be used to gather spatio-temporal samples of a physical ...
Compressed sensing for wireless sensor networks has attracted a lot of research attention in the las...
Abstract — Rate control for congestion mitigation and avoidance has received significant attention i...
In this article, we examine the energy consumption of a set of sensors that transmit correlated info...
This paper addresses the rate control and resource allocation problem for heterogeneous wireless sen...
We address a lifetime maximization problem for a single-hop wireless sensor network where multiple ...
UnrestrictedIn this dissertation we explore rate-adaptation in networks of wireless sensors. We inve...
[[abstract]]Lossy compression techniques are commonly used by long-term data-gathering applications ...
The allocation of computation and communication resources in a manner that optimizes ...
The network lifetime and application performance are two fundamental, yet conflicting, design object...
A multi-hop network of wireless sensors can be used to gather spatio-temporal samples of a physical ...
For energy management in wireless sensor networks, only the sensors with most informative measuremen...
The network lifetime and application performance are two fundamental but conflicting desig objective...
In this paper we present an approach to the joint design of distributed data compression and data di...
In decentralized wireless sensor networks, the decision taken at the fusion center depends on the qu...
A multi-hop network of wireless sensors can be used to gather spatio-temporal samples of a physical ...
Compressed sensing for wireless sensor networks has attracted a lot of research attention in the las...
Abstract — Rate control for congestion mitigation and avoidance has received significant attention i...
In this article, we examine the energy consumption of a set of sensors that transmit correlated info...
This paper addresses the rate control and resource allocation problem for heterogeneous wireless sen...
We address a lifetime maximization problem for a single-hop wireless sensor network where multiple ...
UnrestrictedIn this dissertation we explore rate-adaptation in networks of wireless sensors. We inve...