- Ajmer, Rajasthan, India
Mobile ad-hoc network is the gathering of mobile nodes that interact with other node without any pre installed infrastructure or integrated control system. A mobile node can work as host as well as router but due to dynamic nature of... more
Mobile ad-hoc network is the gathering of mobile nodes that interact with other node without any pre installed
infrastructure or integrated control system. A mobile node can work as host as well as router but due to dynamic nature of
nodes, routing is very laborious. But now days due to MANET’s application such as battlefield, disaster management and
multimedia applications, lot of research work in conducting in this field. Ad hoc On-Demand Distance Vector Routing
(AODV) is one of the leading reactive routing protocol for routing but it also have its limitation. QoS is major task for it
which depends purely on parameter like delay, bandwidth, link lifetime etc. Here we are proposing a noble protocol named
as Radio-channel Quality based routing (RQBR) which is derived from AODV by discovering stable routes between source
and destination.
infrastructure or integrated control system. A mobile node can work as host as well as router but due to dynamic nature of
nodes, routing is very laborious. But now days due to MANET’s application such as battlefield, disaster management and
multimedia applications, lot of research work in conducting in this field. Ad hoc On-Demand Distance Vector Routing
(AODV) is one of the leading reactive routing protocol for routing but it also have its limitation. QoS is major task for it
which depends purely on parameter like delay, bandwidth, link lifetime etc. Here we are proposing a noble protocol named
as Radio-channel Quality based routing (RQBR) which is derived from AODV by discovering stable routes between source
and destination.
In today’s scenario, wireless network is mainly used in those areas where infrastructure based networks are unavailable. The mobile ad-hoc network (MANET) is the mobile network where infrastructure is not required and nodes can be... more
In today’s scenario, wireless network is mainly used
in those areas where infrastructure based networks are
unavailable. The mobile ad-hoc network (MANET) is the mobile
network where infrastructure is not required and nodes can be
connected in random manner[1]. In MANET, sensor networks
are incarnated in which mobile nodes have sensing capability. Ad
hoc On demand Distance Vector (AODV), Dynamic Destination
Sequenced Distance Vector (DSDV), Dynamic Source Routing
(DSR) are well know communication protocol of wireless sensor
network. These conventional protocols use shortest path or
minimum hop count for path selection to transfer a packet from
source to destination but those sensor networks which requires
high quality of service(QoS),works over several criteria’s and
possibilities which could affect the quality of path selection
service. The QoS is affected by a certain number of parameters
like delay, bandwidth, jitter, throughput, latency and packet loss
etc. In this paper we analysis currently exist delay aware routing
protocols focusing at route selection mechanism & their solution.
This analytical learning could be very fruitful for future
enhancement in AODV.
in those areas where infrastructure based networks are
unavailable. The mobile ad-hoc network (MANET) is the mobile
network where infrastructure is not required and nodes can be
connected in random manner[1]. In MANET, sensor networks
are incarnated in which mobile nodes have sensing capability. Ad
hoc On demand Distance Vector (AODV), Dynamic Destination
Sequenced Distance Vector (DSDV), Dynamic Source Routing
(DSR) are well know communication protocol of wireless sensor
network. These conventional protocols use shortest path or
minimum hop count for path selection to transfer a packet from
source to destination but those sensor networks which requires
high quality of service(QoS),works over several criteria’s and
possibilities which could affect the quality of path selection
service. The QoS is affected by a certain number of parameters
like delay, bandwidth, jitter, throughput, latency and packet loss
etc. In this paper we analysis currently exist delay aware routing
protocols focusing at route selection mechanism & their solution.
This analytical learning could be very fruitful for future
enhancement in AODV.