Browsing by Subject "Multipath propagation"
Now showing items 1-7 of 7
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Conference Object
Estimation of mobile station position and velocity in multipath wireless networks using the unscented particle filter
(2007)This paper presents a method based on wave scattering model for tracking a user. The 3D wave scattering multipath channel model of Aulin is employed together with particle Altering to obtain mobile station location and ...
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Conference Object
Position and velocity tracking in cellular networks using particle and Kalman filtering with comparison
(2006)This paper presents two methods for tracking a User based on Aulin's Wave scattering channel model. The first method is based on the extended Kalman Alter approach, while the second method is based on the particle Alter ...
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Article
Position and velocity tracking in mobile networks using particle and Kalman filtering with comparison
(2008)This paper presents several methods based on signal strength and wave scattering models for tracking a user. The received-signal level method is first used in combination with maximum likelihood (ML) estimation and ...
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Article
A state-space approach in modeling multipath fading channels via stochastic differential equations
(2001)The analysis, modeling and simulation of time-varying multipath wireless fading channels is usually done through input-output descriptions of the channel. In this paper, we introduce the concept of the state of the channel ...
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Conference Object
Statistical analysis of the received signal over multipath fading channels via generalization of shot-noise
(2001)This paper is a continuation of the companion paper [1], in which multipath fading channels (MFC) are formulated as generalizations of the shot-noise analysis in investigating the statistical properties of wireless channels ...
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Conference Object
Stochastic models for short-term multipath fading channels: chi-square and Ornstein-Uhlenbeck processes
(IEEE, 1999)This paper discusses the use of stochastic differential equations to model signal envelope variations over areas, which are subject to short-term fading effects. The short-term fading effects are modeled using Ornstein-Uhlenbeck ...
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Article
Stochastic power control for wireless networks via SDEs: Probabilistic QoS measures
(2005)The power control of wireless networks is formulated using a stochastic optimal control framework, in which the evolution of the channel is described by stochastic differential equations (SDEs). The latter rapture the ...