MSDM: Maximally Spatial Disjoint Multipath Routing Protocol for MANET

Almobaideen, Wesam; Al-Soub, Roba; Sleit, Azzam

doi:10.4236/cn.2013.54039

Cited by 18 publications

(9 citation statements)

References 17 publications

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“…To reduce the retransmission frequency a disjoint multipath routing algorithm is presented in [7] which identify the routes which are spatially disjoint in maximum. The MSDM algorithm identifies the routes which are disjoint spatially which is enforced over the AOMDV algorithm.…”

Section: R Balamurugan M Prakash mentioning

confidence: 99%

Dynamic Multi Constraint Routing Based Efficient Data Transmission in Manet for Improved Sink Point Streaming

2019

IJITEE

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The mobile adhoc network (Manet) has been identified as keen networking scenario in modern internet world. The most networking solutions have been enabled to access through mobile devices. The physical characteristics of mobile nodes keep changing the topology of network at each second. However, achieving higher streaming performance is most important in point of quality of service. There exist numerous techniques to route data packets between the source and sink/destination nodes, but suffer with poor performance. To overcome the deficiency, a dynamic multi constraint routing algorithm has been presented in this paper. The method considers different parameters like energy, lifetime, traffic, mobility speed, direction and hop count in route selection. According to the above mentioned parameters, the multi constraint algorithm estimates streaming support score (SSS) for any route to perform routing of packets. The algorithm improved routing performance of routing and increases the streaming rate in Manet.

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Section: R Balamurugan M Prakash mentioning

confidence: 99%

Dynamic Multi Constraint Routing Based Efficient Data Transmission in Manet for Improved Sink Point Streaming

2019

IJITEE

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“…On the other, the mobility of MANET nodes increases the challenges of designing suitable routing protocols for such an environment. Mobility in MANET results in a fast change in the topology of the network caused by the new connections and breakage of existing ones [1,2,3].…”

Section: Introductionmentioning

confidence: 99%

FCSIP: Fuzzy and Cluster Based SIP Protocol for MANET

Almobaideen

Kubba

Awajan

2014

2014 Eighth International Conference on Next Generation Mobile Apps, Services and Technologies

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Mobile ad-hoc network (MANET) can be defined as a network that is dynamically formed from randomly located mobile devices. SIP protocol allows two remote parties to initiate a call using centralized entities such as a proxy and location registrar. In order to enable the usage of an inherently centralized protocol such as SIP over a distributed environment such as MANET a lot of adaptation should be considered. This paper presents FCSIP, an adapted and semi distributed SIP protocol that works over clustered MANET. FCSIP allows MANET cluster-heads to play the role of SIP discovery servers which can then coordinate their work to allow a SIP client user agent to get the information of another client in order to initiate a call between the two parties. Results of comparing FCSIP with a fully distributed version of SIP shows a considerable improvement achieved by FCSIP regarding the overhead of control messages and the success ratio of SIP queries.

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“…The insisting need for proper storing and fast retrieval of spatialmultidimensionalobjects made spatial data indices of great importance [1,2]. Spatial data collected, which are increasing in size and veracity [3,4], demanded better spatial index techniques able to handle efficient storing and fast retrieval of spatial objects [5,6].…”

Section: Introductionmentioning

confidence: 99%

Evaluating Various Quality Factors for Splitting Nodes in Tree-Structured Spatial Indices

Al-Nsour¹,

Sleit²,

Alshraideh³

2018

IJCA

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The massive increase of multi-dimensional (spatial) data collected, either in size or veracity, has demanded better spatial index techniques able to handle efficient storing and fast retrieval of spatial objects. No matter how big the data are, eventually it will reside on physical storage media arranged as a series of logical blocks with prefixed sizes resembling nodes in tree-structured spatial indices. Good node splitting strategy is essential since it affects; the final shape of the index, the overlap area between nodes, and the overall index performance. Better node splitting process results will be obtained if multiple splitting strategies (quality factors) were combined to govern the split decision, and it will eliminate the need for dynamic or static tree packing. Three widely used quality factors; minimizing total overlap area, even distribution of objects, and squared nodes' margins, along with a fourth factor named the "preferred-axis" were merged in one combined value to govern the split decision. Provided results, for the index creation tests and different sized window queries performance, indicate the superiority of the combined quality factors strategy in comparison of other unilateral usage of quality factors. Provided results showed that combined quality-factors strategy had outperformed different two strategies found in the literature in both index creation tests and index performance tests. The obtained results were achieved without the need for any dynamic or static tree packing.

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MSDM: Maximally Spatial Disjoint Multipath Routing Protocol for MANET

Cited by 18 publications

References 17 publications

Dynamic Multi Constraint Routing Based Efficient Data Transmission in Manet for Improved Sink Point Streaming

Dynamic Multi Constraint Routing Based Efficient Data Transmission in Manet for Improved Sink Point Streaming

FCSIP: Fuzzy and Cluster Based SIP Protocol for MANET

Evaluating Various Quality Factors for Splitting Nodes in Tree-Structured Spatial Indices

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