This paper addresses the problematic of congestion control in the radio access interface when considering the allocation of voice and data services over several Radio Access Technologies (RATs). In particular, the GSMIEDGE Radio Access Network (GERAN) and the UMTS Terrestrial Radio Access Network (UTRAN) are considered for the evaluation of congestion control strategies. After a congestion situation in the radio access is detected, congestion resolution mechanisms are triggered in order to reduce the overload in the congested RAT(s). In this paper, a framework for the detection and resolution of congestion conditions in a multi-access network is presented. Moreover, three approaches intending to solve congestion situations are proposed and...
Congestion control in Signaling System #7 faces new challenges as mobile communication systems and I...
This paper deals with congestion analysis of a simple GPRS network composed by two cells partially o...
Mobile communication systems beyond the third generation will see the interconnection of heterogeneo...
(CRRM) functions that are responsible for the proper allocation of resources in a multi-access netwo...
The presence of different service classes in the context of 3G mobile communication systems opens up...
The convergence of mobile services and Internet has brought a radical change in mobile networks. An ...
The objective of this work was to find possible ways to improve the capacity of the radio interface ...
Emergence of dramatic increase in applications provided by smart devices, such as smart phones, is n...
The introduction of High Speed Uplink Packet Access (HSUPA) greatly improves achievable uplink bitr...
The size and complexity of mobile communication networks have increased in the last years making net...
IP Radio Access Networks (RAN) are expected to employ CDMA as the next generation access networks [1...
We study joint design of end-to-end congestion control and Per-link medium access control (MAC) in a...
The benefits of jointly managing the combined set of radio resources offered by heterogeneous networ...
Machine Type Communication (MTC) is the automatic exchange of information through a network, includi...
This paper presents a design procedure for access and congestion control in communication networks....
Congestion control in Signaling System #7 faces new challenges as mobile communication systems and I...
This paper deals with congestion analysis of a simple GPRS network composed by two cells partially o...
Mobile communication systems beyond the third generation will see the interconnection of heterogeneo...
(CRRM) functions that are responsible for the proper allocation of resources in a multi-access netwo...
The presence of different service classes in the context of 3G mobile communication systems opens up...
The convergence of mobile services and Internet has brought a radical change in mobile networks. An ...
The objective of this work was to find possible ways to improve the capacity of the radio interface ...
Emergence of dramatic increase in applications provided by smart devices, such as smart phones, is n...
The introduction of High Speed Uplink Packet Access (HSUPA) greatly improves achievable uplink bitr...
The size and complexity of mobile communication networks have increased in the last years making net...
IP Radio Access Networks (RAN) are expected to employ CDMA as the next generation access networks [1...
We study joint design of end-to-end congestion control and Per-link medium access control (MAC) in a...
The benefits of jointly managing the combined set of radio resources offered by heterogeneous networ...
Machine Type Communication (MTC) is the automatic exchange of information through a network, includi...
This paper presents a design procedure for access and congestion control in communication networks....
Congestion control in Signaling System #7 faces new challenges as mobile communication systems and I...
This paper deals with congestion analysis of a simple GPRS network composed by two cells partially o...
Mobile communication systems beyond the third generation will see the interconnection of heterogeneo...