Quantifying Operator Benefits of Wireless Load Distribution

Quantifying Operator Benefits of Wireless Load Distribution

S. J. Lincke (University of Wisconsin-Parkside, USA) and J. Brandner (University of Wisconsin-Parkside, USA)
DOI: 10.4018/978-1-61520-680-3.ch005
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Although simulation studies show performance increases when load sharing wireless integrated networks, these studies assume a limited, defined configuration. Simulation examples of load sharing consider only performance of specific scenarios, and do not estimate capacity or other benefits for a generic network. This study discusses other potential benefits of a load shared network, such as flexibility, survivability, modularity, service focus, quality of service, and auto-reconfigurability. We evaluate these other benefits by developing mathematical models and measurements to quantify a set of potential benefits of load sharing. In addition, we consider capacity considerations against a best-case model. Varied overflow algorithms are then simulated assuming standard HSPA+ and WLAN data rates. The results are compared to the estimated and best-case performance metrics.
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2. Background

CRRM studies have generally focused on capacity, and generally measure differences in blocking, packet drop rates, and throughput (Lampropoulos et al., 2006; Lincke, 2005; Perez-Romero et al., 2006; Song et al., 2007). We propose how CRRM can be applied to various business scenarios in (Lincke, 2007), but have not previously quantified these diverse benefits with metrics.

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