This paper presents and describes the real-time testbed for all-IP Beyond 3G heterogeneous wireless networks that has been developed in the framework of the European IST AROMA project. The main objective of the AROMA testbed is to provide an advanced and realistic framework where the benefits of the algorithms developed within the AROMA project for both the radio access network and core network parts, as well as for the management of the end-to-edge quality of service, can be demonstrated. In particular, this paper focuses on the radio access part of the testbed, providing an in-depth description of its imple-mentation and showing performance results with numerous supporting data that demonstrate the potentials and capabilities of the devel...
International audienceIn this paper, a hybrid approach for Radio Access Technology (RAT) selection i...
International audienceIn this paper, a hybrid approach for Radio Access Technology (RAT) selection i...
International audienceIn this paper, a hybrid approach for Radio Access Technology (RAT) selection i...
Abstract—This paper describes the real-time testbed that has been developed in the framework of the ...
Abstract — This demonstration presents and describes a powerful real-time testbed emulating an all-I...
Abstract — This demonstration presents and describes a powerful real-time testbed emulating an all-I...
This paper is aimed at showing the capabilities of the real-time testbed for all-IP beyond 3G hetero...
This work presents and describes the real-time testbed for all-IP Beyond 3G (B3G) heterogeneous wire...
Abstract: This paper describes a platform developed in the framework of the European AROMA project t...
The overlapping of the different wireless network technologies creates heterogeneous communication e...
The inherent human needs of independence and flexibility, leading to the ‘connected everywhere, anyt...
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...
Due to the coexistence of different Radio Access Technologies (RATs), Next Generation Wireless Netwo...
International audienceIn this paper, a hybrid approach for Radio Access Technology (RAT) selection i...
International audienceIn this paper, a hybrid approach for Radio Access Technology (RAT) selection i...
International audienceIn this paper, a hybrid approach for Radio Access Technology (RAT) selection i...
Abstract—This paper describes the real-time testbed that has been developed in the framework of the ...
Abstract — This demonstration presents and describes a powerful real-time testbed emulating an all-I...
Abstract — This demonstration presents and describes a powerful real-time testbed emulating an all-I...
This paper is aimed at showing the capabilities of the real-time testbed for all-IP beyond 3G hetero...
This work presents and describes the real-time testbed for all-IP Beyond 3G (B3G) heterogeneous wire...
Abstract: This paper describes a platform developed in the framework of the European AROMA project t...
The overlapping of the different wireless network technologies creates heterogeneous communication e...
The inherent human needs of independence and flexibility, leading to the ‘connected everywhere, anyt...
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...
Due to the coexistence of different Radio Access Technologies (RATs), Next Generation Wireless Netwo...
International audienceIn this paper, a hybrid approach for Radio Access Technology (RAT) selection i...
International audienceIn this paper, a hybrid approach for Radio Access Technology (RAT) selection i...
International audienceIn this paper, a hybrid approach for Radio Access Technology (RAT) selection i...