This paper presents a novel algorithm to rapidly create a high quality network plan for IEEE
802.11 based WLAN according to assigned design requirements. The algorithm uses a …

This paper introduces an approach for survivable network design of citywide wireless
broadband. Our primary interest is in methodology for ensuring maximal coverage and …

Dense wireless local area networks (WLANs) have emerged as a promising design
paradigm recently. While partially overlapped channels (POCs) have proved to be able to …

In this paper we propose mathematical models to tackle the WLAN planning problem. Our
approach aims at maximizing network efficiency by taking into account the inter-AP domain …

The Wireless Local Area Networks (WLAN) large-scale deployment is a difficult
parameterisation work and it requires automatic planning process with formal models. This …

The objective function of a quadratic combinatorial optimization problem (QCOP) can be
represented using two data items, a quadratic cost matrix Q and a linear cost vector c …

This article presents an approach that combines a ray-tracing tool with the binary version of
the particle swarm optimization (BPSO) method to the design of infrastructure-mode indoor …

In this paper we present a middleware for the service oriented architecture, called the
Semantic Service Bus. It is an advanced middleware possessing enhanced features, as …

When considering a new wireless local area network (WLAN) deployment a designer must
consider many and often conflicting design metrics including environment configuration …

Deploying the access points (APs) at appropriate locations and a proper frequency
assignment to them are the two crucial design parameters of 802.11 WLAN. An unplanned …