AbstractEver increasing user demands and development of modern communication technologies have led to the evolution of communication networks from 1st Generation (1G) network to 4G heterogeneous networks. Further, 4G with heterogeneous network environment will provide features such as, “Always Best Connected”, “Anytime Anywhere” and seamless communication. Due to diverse characteristics of heterogeneous networks such as bandwidth, latency, cost, coverage and Quality of Service (QoS) etc., there are several open and unsolved issues namely mobility management, network administration, security etc. Hence, Designing proficient mobility management to seamlessly integrate heterogeneous wireless networks with all-IP is the most challenging issue i...
Ever increasing demands of users and rapid development of telecommunication technologies have led to...
The availability of different wireless access networks offers new possibilities to create and use ne...
Ensuring a seamless connection during the mobility of various User Equipments (UEs) will be one of t...
AbstractEver increasing user demands and development of modern communication technologies have led t...
Abstract—Growing consumer demands for access of communication services in a ubiquitous environment i...
The main objective of mobility management in wireless data communication is to allows networks to se...
The 4G networks are all-IP based heterogeneous networks that allow users to use any system at anytim...
The 4G or Beyond 3G wireless networks is consist of IP-based heterogeneous access networks from 3G c...
Next generation wireless systems have an IP-based infrastructure with the support of heterogeneous a...
The global mobile data traffic has increased tremendously in the last decade due to the technologica...
New technologies are expected to play a major role for wireless cellular systems beyond the existing...
The next generation wireless network needs to provide seamless roaming among various access technolo...
This thesis proposes, describes and validates solutions to enhance mobility in heterogeneous access ...
Heterogeneous network environment can be viewed as connecting computers and network devices such as ...
A vast majority of current wireless cellular networks are deployed using the homogeneous deployment ...
Ever increasing demands of users and rapid development of telecommunication technologies have led to...
The availability of different wireless access networks offers new possibilities to create and use ne...
Ensuring a seamless connection during the mobility of various User Equipments (UEs) will be one of t...
AbstractEver increasing user demands and development of modern communication technologies have led t...
Abstract—Growing consumer demands for access of communication services in a ubiquitous environment i...
The main objective of mobility management in wireless data communication is to allows networks to se...
The 4G networks are all-IP based heterogeneous networks that allow users to use any system at anytim...
The 4G or Beyond 3G wireless networks is consist of IP-based heterogeneous access networks from 3G c...
Next generation wireless systems have an IP-based infrastructure with the support of heterogeneous a...
The global mobile data traffic has increased tremendously in the last decade due to the technologica...
New technologies are expected to play a major role for wireless cellular systems beyond the existing...
The next generation wireless network needs to provide seamless roaming among various access technolo...
This thesis proposes, describes and validates solutions to enhance mobility in heterogeneous access ...
Heterogeneous network environment can be viewed as connecting computers and network devices such as ...
A vast majority of current wireless cellular networks are deployed using the homogeneous deployment ...
Ever increasing demands of users and rapid development of telecommunication technologies have led to...
The availability of different wireless access networks offers new possibilities to create and use ne...
Ensuring a seamless connection during the mobility of various User Equipments (UEs) will be one of t...