The mobile ad-hoc network, which is quick deployable and self-organized, plays a critical role in places where a wired backbone is neither available nor economical to build, such as tactical battlefield, civilian emergency communication, and so on.
This paper proclaims that support for reactive protocol of mobile ad-hoc network is insufficient in Linux operating system,through analysis for implementation of routing functions of Linux . Hence, a universal architecture of implementation is proposed,which can enhance corresponding system services of Linux.
This paper proposes a dynamic cluster-based MAC protocol and QoS routing algorithm for MANET(Mobile Ad-hoc Network). The protocol introduces an entirely distributed cluster -creating method to realize network topology management.
Both Grids, which has the same scale of the Internet, and Mobile Ad-hoc Networks (MANETs), which is based on wireless technology and don’t depends on any fixed infrastructure, are for sharing resources more conveniently and effectively.
The features of low earth orbit/medium earth orbit (LEO/MEO) satellite networks routing algorithm based on inter-satellite link are analyzed and the similarities between satellite networks and mobile Ad Hoc network (MANET) are pointed out.
The Mobile Ad Hoc Network (MANET) has become more popular because the MANET is a self-organizing, self-configuring, and an instantly deployable multi-hop wireless network that responds to application needs without any fixed infrastructure.
Mobile Ad hoc NETwork (MANET) consists of a set of mobile hosts which can operate independently without infrastructure base stations.
We propose an on-demand multipath routing algorithm in a mobile ad hoc network for video transmission and evaluate its real world performance in video streaming application.
An improved spatially aware routing algorithm for mobile ad hoc network in inter-vehicle communication
Calculation of the average time of data transmission in a mobile ad-hoc network based on a distributed push-to-talk mechanism
In this paper, a distributed PTT mechanism for a mobile ad-hoc network is considered.
Optimization of route repair in mobile Ad-hoc network
A main shortcoming of mobile Ad-hoc network's reactive routing protocols is the large volume of far-reaching control traffic required to support the route discovery (RD) and route repair (RR) mechanism.
In a mobile ad-hoc network (MANET), mobile hosts can move freely and communicate with each other directly through a wireless medium without the existence of a fixed wired infrastructure.