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1.	Asplund, Henrik, et al. (author) The COST 259 Directional Channel Model-Part II : Macrocells 2006 In: IEEE Transactions on Wireless Communications. - 1536-1276 .- 1558-2248. ; 5:12, s. 3434-3450 Journal article (peer-reviewed)abstract This paper describes the attributes of the COST 259 directional channel model that are applicable for use in the design and implementation of macrocellular mobile and portable radio systems and associated technology. Special care has been taken to model all propagation mechanisms that are currently understood to contribute to the characteristics of practical macrocellular channels and confirm that large scale, small scale, anddirectional characteristics of implemented models are realistic through their comparison with available measured data. The model that is described makes full use of previously published work, as well as incorporating some new results. It is considered that its implementation should contribute to a tool that can be used for simulations and comparison of different aspects of a large variety of wireless communication systems, including those that exploit the spatial aspects of radio channels, as, for example, throughthe use of adaptive antenna systems.

Asplund, Henrik, et al. (author)
The COST 259 Directional Channel Model-Part II : Macrocells
2006
In: IEEE Transactions on Wireless Communications. - 1536-1276 .- 1558-2248. ; 5:12, s. 3434-3450
Journal article (peer-reviewed)abstract
- This paper describes the attributes of the COST 259 directional channel model that are applicable for use in the design and implementation of macrocellular mobile and portable radio systems and associated technology. Special care has been taken to model all propagation mechanisms that are currently understood to contribute to the characteristics of practical macrocellular channels and confirm that large scale, small scale, anddirectional characteristics of implemented models are realistic through their comparison with available measured data. The model that is described makes full use of previously published work, as well as incorporating some new results. It is considered that its implementation should contribute to a tool that can be used for simulations and comparison of different aspects of a large variety of wireless communication systems, including those that exploit the spatial aspects of radio channels, as, for example, throughthe use of adaptive antenna systems.

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