The theoretical capacity models for the downlink and the uplink of the UMTS radio access network have been researched ever since the UMTS started to be considered. However, they were often based on idealistic assumptions and addressed a static situation. Because of that results were too optimistic. Real networks are not that ideal, as some model suggested. The source of the non-ideality is dynamically changing network properties that are not taken into account in the static models. We explain how those dynamic processes can influence system performance, we define the ineffective load and we update the models to take it into account. The models are supported by simulation results to help comprehend the presented problem. Furthermore, a possi...
The paper addresses a situation, when universal mobile telecommunication system (UMTS) network gets ...
Abstract—The General Packet Radio Service (GPRS) extends the Global System Mobile Communication (GSM...
Future generations of cellular networks envision unprecedented growth in capacity requirements essen...
The theoretical capacity models for the downlink and the uplink of the UMTS radio access network hav...
In this paper we analyze the problem of non-effective load, or wasted capacity, in the UMTS uplink (...
Typical UMTS radio network capacity models yield inaccurate and too optimistic estimations in case o...
The ability to specify outage probability for cellular mobile radio networks is important in order t...
The objective of this work was to find possible ways to improve the capacity of the radio interface ...
We theoretically investigate lower bound of the outage threshold based on channel capacity degradati...
We investigate models for uplink interference in wireless systems. Our models account for the effect...
none3Mobile radio network planning makes extensive use of system simulators, which can be subdivided...
In terms of outage probability, GSM has been shown to give the best performance in all environments....
The design and optimisation of a Wideband Code Division Multiple Access (WCDMA) based third generati...
The purpose of this report is to investigate the performance, measured in terms of Key Performance I...
Abstract This paper presents a model for the link service capacity that an imperfect adaptive radio...
The paper addresses a situation, when universal mobile telecommunication system (UMTS) network gets ...
Abstract—The General Packet Radio Service (GPRS) extends the Global System Mobile Communication (GSM...
Future generations of cellular networks envision unprecedented growth in capacity requirements essen...
The theoretical capacity models for the downlink and the uplink of the UMTS radio access network hav...
In this paper we analyze the problem of non-effective load, or wasted capacity, in the UMTS uplink (...
Typical UMTS radio network capacity models yield inaccurate and too optimistic estimations in case o...
The ability to specify outage probability for cellular mobile radio networks is important in order t...
The objective of this work was to find possible ways to improve the capacity of the radio interface ...
We theoretically investigate lower bound of the outage threshold based on channel capacity degradati...
We investigate models for uplink interference in wireless systems. Our models account for the effect...
none3Mobile radio network planning makes extensive use of system simulators, which can be subdivided...
In terms of outage probability, GSM has been shown to give the best performance in all environments....
The design and optimisation of a Wideband Code Division Multiple Access (WCDMA) based third generati...
The purpose of this report is to investigate the performance, measured in terms of Key Performance I...
Abstract This paper presents a model for the link service capacity that an imperfect adaptive radio...
The paper addresses a situation, when universal mobile telecommunication system (UMTS) network gets ...
Abstract—The General Packet Radio Service (GPRS) extends the Global System Mobile Communication (GSM...
Future generations of cellular networks envision unprecedented growth in capacity requirements essen...