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ISSN:2394-3661 | Crossref DOI | SJIF: 5.138 | PIF: 3.854

International Journal of Engineering and Applied Sciences

(An ISO 9001:2008 Certified Online and Print Journal)

Eradication of hurdles in dynamic structure of Routing protocols of ad hoc networks

( Volume 5 Issue 9,September 2018 ) OPEN ACCESS
Author(s):

Mohammad al Ansari

Abstract:

In this research on computer networks, we will find solutions to address defects through routing protocols and to ensure the movement of computer networks. We will need high-quality attacks and types of transactions. These are the roles of routing. Routing protocol protocols on data networks on official rule groups. Between routers such as access and the time when the data meets the specified QoS requirements. The formation and operation of laptop networks is carried out by organizing the steering issues that are related to scientists' work on modern, large-scale computer networks. This guidance is the typical multi-level guidance that divides computer networks into subnets (routing bands) . with at the most efficient protocol subnets group IGP, EGP group and protocols between networks. Most of the known methods and routing protocols in mobile networks are designed for networks with homogeneous (flat) structure (protocols DSDV, WRP) or on a network with fixed structure domains (protocols CBRP, CGSR,), which is not effective for large mobile networks dimension. Constant movement of mobile computer network leads to a change in its topology, composition and number of routing domains that affect the efficiency of routing procedures.  Need in the design and analysis of new intelligent routing protocols that ensure the transfer of data with parameters of quality of service with a minimum volume of service traffic regardless of network reconfiguration. Methods of the mobile computer networks of large dimension, is relevant is a scientific. Network infrastructure in terms of time and volume of service routing traffic required to update routing information.  Development of a distributed multi-mode routing through the use of agent technology that provides the minimum amount of service traffic in mobile networks of large dimension by self-organization of network structure. Development of methods of organizing over subnet routing agents, which has the most stable structure, provides the minimum amount of service traffic at network reconfiguration.  Develop ways to determine the location of agents routing optimal in terms of volume of service (route) information transferred in the networks of large dimension, which is dynamically reconfigurable. Development of algorithm of dynamic reconfiguration and routing domains based on agent technology in mobile computer networks of large dimension. The process of routing in mobile computer networks of large dimension developing the mathematical model of the routing procedure used methods of integer and dynamic programming. Network infrastructure in terms of time and volume of service routing traffic required to update routing information. Development of a distributed multi-mode routing through the use of agent technology that provides the minimum amount of service traffic in mobile networks of large dimension by self-organization of network structure.. Development of methods of organizing over subnet routing agents, which has the most stable structure and provides the minimum amount of service traffic at network reconfiguration.. Develop ways to determine the location of agents routing optimal in terms of volume of service (route) information transferred in the networks of large dimension, which is dynamically reconfigurable.. Development of algorithm of dynamic reconfiguration and routing domains based on agent technology in mobile computer networks of large dimension.  The process of routing in mobile computer networks of large dimension.  Developing the mathematical model of the routing procedure used methods of integer and dynamic programming.

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