Abstract—The paper proposes a communication model of implementing an Anycast service in an Ad Hoc network which is connected to IPv6 networks where IPv6 nodes can obtain the Anycast service provided by the Ad hoc network. In this model when an Anycast mobile member in an Ad hoc network moves it can keep the existing communications with its corresponding nodes to continue providing the Anycast services with good quality of service to IPv6 nodes. This model creates a new kind of IPv6 address auto-configuration scheme which does not need the address duplication detection. This paper deeply discusses and analyzes the model and the experimental data prove its validity and efficiency
Anycast is a new communication model accepted in IPv6. According to the anycast semantics and the fe...
The IPv6-enabled network architecture has recently attracted much attention. In this paper, we addre...
We propose a secure Internet Protocol version 6 (IPv6) address configuration scheme for a Mobile Ad ...
Anycast is a new IPv6 function, in which an anycast address can be assigned to multiple nodes that p...
Abstract: Anycast is a new IPv6 feature that supports service–oriented address assignments in IPv6 n...
Anycast is a new communication model, introduced by IPv6, relying in a communication paradigm of one...
We present versatile anycast, which allows a service running on a varying collection of nodes scatte...
One of the main problems when configuring ad-hoc networks is that with these networks don’t have a c...
Mobile ad-hoc networks are infrastructure-free, highly dynamic wireless networks, where central admi...
This paper considers the problem of locating and forwarding network traffic to any one of a set of d...
Abstract – A Mobile Ad-hoc Network (MANET) consists of a set of mobile hosts communicating with each...
International audienceNext generation mobile communication systems will comprise both WLAN technolog...
With the advent of smaller devices having higher computational capacity and wireless communication c...
Anycast routing is an efficient routing mechanism that enables the network to choose the nearest an...
A new multicast group join/leave mechanism for mobile nodes (MNs) is proposed. The mechanism is base...
Anycast is a new communication model accepted in IPv6. According to the anycast semantics and the fe...
The IPv6-enabled network architecture has recently attracted much attention. In this paper, we addre...
We propose a secure Internet Protocol version 6 (IPv6) address configuration scheme for a Mobile Ad ...
Anycast is a new IPv6 function, in which an anycast address can be assigned to multiple nodes that p...
Abstract: Anycast is a new IPv6 feature that supports service–oriented address assignments in IPv6 n...
Anycast is a new communication model, introduced by IPv6, relying in a communication paradigm of one...
We present versatile anycast, which allows a service running on a varying collection of nodes scatte...
One of the main problems when configuring ad-hoc networks is that with these networks don’t have a c...
Mobile ad-hoc networks are infrastructure-free, highly dynamic wireless networks, where central admi...
This paper considers the problem of locating and forwarding network traffic to any one of a set of d...
Abstract – A Mobile Ad-hoc Network (MANET) consists of a set of mobile hosts communicating with each...
International audienceNext generation mobile communication systems will comprise both WLAN technolog...
With the advent of smaller devices having higher computational capacity and wireless communication c...
Anycast routing is an efficient routing mechanism that enables the network to choose the nearest an...
A new multicast group join/leave mechanism for mobile nodes (MNs) is proposed. The mechanism is base...
Anycast is a new communication model accepted in IPv6. According to the anycast semantics and the fe...
The IPv6-enabled network architecture has recently attracted much attention. In this paper, we addre...
We propose a secure Internet Protocol version 6 (IPv6) address configuration scheme for a Mobile Ad ...