The need to integrate land use and transport policies has been widely recognised as an important approach within the 'predict and prevent' paradigm for mobility management.
Distributed Mobility Management (DMM) is a current alternative paradigm for developing IP mobility management schemes to address the centralised mobility management problems in existing IP mobility management schemes.
Mobile IPv6 provides the mobility management for IPv6 protocol.
Therefore, the mobility management will enable different mobile networks to interoperate with each other to ensure terminal and personal mobility and global mobility services.
In the first paradigm, a novel concept called middle-domain mobility management in between macro- and micro-domain for 802.16-2004 is proposed.
We have defined a mathematical model to compute the signaling cost of NeMHIP, measured in bytes per time unit, and have compared it with the most complete network mobility management solution based on HIP built over the delegation of signaling rights paradigm, that is HIP-NEMO[4].
In conclusion, the NeMHIP protocol is a secure network mobility management solution, because it avoids the vulnerabilities of the delegation of signaling rights paradigm, and it ensures confidentiality and integrity protection for end-to-end data.
Mobile device management — or rather the broader 'enterprise mobility management' field — is not BlackBerry's only cross-platform play though.
The centralized management paradigm of CbWNs can also facilitate provisioning of context-aware mobile services.
The new management paradigm must sustain efforts to tackle energy issues over years and decades.
