Abstract.- This paper proposes a novel approach for developing Common Radio Resource Management (CRRM) algorithms in heterogeneous wireless scenarios. It is based on a new indicator, denoted as fittingness factor, which reflects the suitability of allocating a given RAT and cell to a user depending on the service and on the terminal and network capabilities. Simulation results reveal that the proposed approach is able to capture the different terminal and service heterogeneities and obtains better performance than other approaches existing in the literature. Keywords.- Common Radio Resource Management (CRRM), heterogeneous wireless networks, vertical handover, RAT selection. I
International audienceIn heterogeneous wireless networks, different radio access technologies are in...
International audienceIn heterogeneous wireless networks, different radio access technologies are in...
International audienceIn heterogeneous wireless networks, different radio access technologies are in...
Abstract.- This paper presents a novel metric, named fittingness factor, for developing Common Radio...
Due to the coexistence of different Radio Access Technologies (RATs), Next Generation Wireless Netwo...
Due to the coexistence of different Radio Access Technologies (RATs), Next Generation Wireless Netwo...
Abstract — This paper develops Common Radio Resource Management (CRRM) concepts, which allow exploit...
Next Generation Wireless Network (NGWN) is expected to be a heterogeneous network which integrates a...
The benefits of jointly managing the combined set of radio resources offered by heterogeneous networ...
The future wireless network is expected to be a heterogeneous system, which integrates different Ra-...
Next generation wireless networks will be heterogeneous. Multiple Radio Access Technologies (RATs) w...
The future mobile network will be a heterogeneous system, which integrates different Radio Access Te...
Abstract—The rapid increase of number of personal wireless communication equipped devices boosts the...
University of Technology, Sydney. Faculty of Engineering and Information Technology.NO FULL TEXT AVA...
Research in CRRM has many directions, e.g. policy translation and configuration, RAT selection, admi...
International audienceIn heterogeneous wireless networks, different radio access technologies are in...
International audienceIn heterogeneous wireless networks, different radio access technologies are in...
International audienceIn heterogeneous wireless networks, different radio access technologies are in...
Abstract.- This paper presents a novel metric, named fittingness factor, for developing Common Radio...
Due to the coexistence of different Radio Access Technologies (RATs), Next Generation Wireless Netwo...
Due to the coexistence of different Radio Access Technologies (RATs), Next Generation Wireless Netwo...
Abstract — This paper develops Common Radio Resource Management (CRRM) concepts, which allow exploit...
Next Generation Wireless Network (NGWN) is expected to be a heterogeneous network which integrates a...
The benefits of jointly managing the combined set of radio resources offered by heterogeneous networ...
The future wireless network is expected to be a heterogeneous system, which integrates different Ra-...
Next generation wireless networks will be heterogeneous. Multiple Radio Access Technologies (RATs) w...
The future mobile network will be a heterogeneous system, which integrates different Radio Access Te...
Abstract—The rapid increase of number of personal wireless communication equipped devices boosts the...
University of Technology, Sydney. Faculty of Engineering and Information Technology.NO FULL TEXT AVA...
Research in CRRM has many directions, e.g. policy translation and configuration, RAT selection, admi...
International audienceIn heterogeneous wireless networks, different radio access technologies are in...
International audienceIn heterogeneous wireless networks, different radio access technologies are in...
International audienceIn heterogeneous wireless networks, different radio access technologies are in...