Summarization: A handover initiation algorithm based on signal level measurements and modelled as a composite binary hypothesis test is presented. The implementation of the algorithm is made by a neural network structure which allows fast response (compared to previous methods based on hysteresis margins) as well as adaptability to traffic conditions. Although traffic measurements performed by the base stations (BS) may, also, facilitate the decision for handover initiation, the final decision is made by the mobile terminal (MT), thus, leading to a mobile controlled handover (MCHO) strategy.Παρουσιάστηκε στο: 44th Vehicular Technology Conferenc
This paper proposes a novel approach to handover optimization in fifth generation vehicular networks...
Abstract—A novel approach to handover management for LTE femtocells is presented. Within LTE, the us...
This paper demonstrates about Implementation of Handoff Techniques through Machine Learning Algorith...
Abstract Heterogeneous deployment of access points is considered as a promising technique for impro...
Mobile communication infrastructures are getting more complex with the addition of femtocells into t...
In mobile communication environments, handover is a very important process to maintain mobile host's...
Third Generation cellular communication systems are expected to support mixed cell architecture in w...
Statistical models for handover scenarios are necessary in order to identify key parameters and to a...
In recent years, heterogeneous networks (HetNets) have drawn a lot of attention to connecting device...
According to [5] most handover algorithm use the received signal strength power as the link quality ...
The conventional mobile networks consists of macrocells or Evolved NodeB (eNB) which provide\ud good...
The explosion in wireless telecommunication technologies has lead to a huge increase in the number o...
As a mobile user travels between radio networks, a handover mechanism is required to vary its radio ...
A novel approach to handover management for LTE femtocells is presented. Within LTE, the use of Self...
Future cellular networks as envisaged by mobile operators, are expected to consist of macro cells ov...
This paper proposes a novel approach to handover optimization in fifth generation vehicular networks...
Abstract—A novel approach to handover management for LTE femtocells is presented. Within LTE, the us...
This paper demonstrates about Implementation of Handoff Techniques through Machine Learning Algorith...
Abstract Heterogeneous deployment of access points is considered as a promising technique for impro...
Mobile communication infrastructures are getting more complex with the addition of femtocells into t...
In mobile communication environments, handover is a very important process to maintain mobile host's...
Third Generation cellular communication systems are expected to support mixed cell architecture in w...
Statistical models for handover scenarios are necessary in order to identify key parameters and to a...
In recent years, heterogeneous networks (HetNets) have drawn a lot of attention to connecting device...
According to [5] most handover algorithm use the received signal strength power as the link quality ...
The conventional mobile networks consists of macrocells or Evolved NodeB (eNB) which provide\ud good...
The explosion in wireless telecommunication technologies has lead to a huge increase in the number o...
As a mobile user travels between radio networks, a handover mechanism is required to vary its radio ...
A novel approach to handover management for LTE femtocells is presented. Within LTE, the use of Self...
Future cellular networks as envisaged by mobile operators, are expected to consist of macro cells ov...
This paper proposes a novel approach to handover optimization in fifth generation vehicular networks...
Abstract—A novel approach to handover management for LTE femtocells is presented. Within LTE, the us...
This paper demonstrates about Implementation of Handoff Techniques through Machine Learning Algorith...