Abstract In the design of target tracking algorithms, the aspect of sensor resolution is rarely considered. Instead, it is usually assumed that all targets are always resolved, and that the only uncertainties in the data association are which targets that are detected, and which measurement each detected target gave rise to. However, in situations where the targets are closely spaced in relation to the sensor resolution, this assumption is not valid, and may lead to degraded tracking performance due to an incorrect description of the data. In this paper, we present a framework for handling sensor resolution effects for an arbitrary, but known, number of targets. We propose a complete multitarget sensor resolution model that can be incorpora...
When tracking multiple targets using multiple sensors, the performance evaluation of different estim...
When tracking multiple targets using multiple sensors, the performance evaluation of different estim...
The point target assumption, which suggests that a target can generate at most one measurement at a ...
In the design of target tracking algorithms, the aspect of sensor resolution is rarely considered. I...
In the design of target tracking algorithms, the aspect of sensor resolution is rarely considered. I...
In the design of target tracking algorithms, the aspect of sensor resolution is rarely considered. I...
In many surveillance problems the observed objects are so closely spaced that they cannot always be ...
In many surveillance problems the observed objects are so closely spaced that they cannot always be ...
In many surveillance problems the observed objects are so closely spaced that they cannot always be ...
In many surveillance problems the observed objects are so closely spaced that they cannot always be ...
In many surveillance problems the observed objects are so closely spaced that they cannot always be ...
The problem of limited sensor resolution, although usually ignored in targettracking, occurs in mult...
In many surveillance problems the observedobjects are so closely spaced that they cannot always be r...
The problem of limited sensor resolution, although usually ignored in target tracking, occurs in mul...
The use of state space techniques to track targets using measurements from multiple sensors is consi...
When tracking multiple targets using multiple sensors, the performance evaluation of different estim...
When tracking multiple targets using multiple sensors, the performance evaluation of different estim...
The point target assumption, which suggests that a target can generate at most one measurement at a ...
In the design of target tracking algorithms, the aspect of sensor resolution is rarely considered. I...
In the design of target tracking algorithms, the aspect of sensor resolution is rarely considered. I...
In the design of target tracking algorithms, the aspect of sensor resolution is rarely considered. I...
In many surveillance problems the observed objects are so closely spaced that they cannot always be ...
In many surveillance problems the observed objects are so closely spaced that they cannot always be ...
In many surveillance problems the observed objects are so closely spaced that they cannot always be ...
In many surveillance problems the observed objects are so closely spaced that they cannot always be ...
In many surveillance problems the observed objects are so closely spaced that they cannot always be ...
The problem of limited sensor resolution, although usually ignored in targettracking, occurs in mult...
In many surveillance problems the observedobjects are so closely spaced that they cannot always be r...
The problem of limited sensor resolution, although usually ignored in target tracking, occurs in mul...
The use of state space techniques to track targets using measurements from multiple sensors is consi...
When tracking multiple targets using multiple sensors, the performance evaluation of different estim...
When tracking multiple targets using multiple sensors, the performance evaluation of different estim...
The point target assumption, which suggests that a target can generate at most one measurement at a ...
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