Abstract
Adoption of middleware system to solve the congestion problem in mobile ad-hoc network is few to find in the existing system. Research gap is found as existing congestion control mechanism in MANET doesn’t use middleware design and existing middleware system were never investigated for its applicability in congestion control over the mobile ad-hoc network. Therefore, we introduce a novel middleware system called as MIMC or Middleware for Identifying and Mitigating Congestion in Hybrid Mobile Adhoc Network. MIMC is also equipped with novel traf-fic modeling using rule-based control matrix that not only pro-vides a better scenario of congestion but also assists in decision making for routing, which the existing techniques fails. This paper discusses the algorithms, result discussion on multiple scenarios to show MIMC perform better congestion control as compared to existing techniques.
Highlights
C.V. Guru RaoWarangal, Abstract—Adoption of middleware system to solve the congestion problem in mobile ad-hoc network is few to find in the existing system
The mobile ad-hoc network has played a huge contribution in the area of the wireless ad-hoc network, and it has been a point of major research area since last decades in wireless networking
We strongly believe that adoption of middleware in the hybrid mobile ad-hoc network is extremely important that can cater up to the need of futuristic communication requirement
Summary
Warangal, Abstract—Adoption of middleware system to solve the congestion problem in mobile ad-hoc network is few to find in the existing system. Research gap is found as existing congestion control mechanism in MANET doesn’t use middleware design and existing middleware system were never investigated for its applicability in congestion control over the mobile ad-hoc network. We introduce a novel middleware system called as MIMC or Middleware for Identifying and Mitigating Congestion in Hybrid Mobile Adhoc Network. MIMC is equipped with novel traffic modeling using rule-based control matrix that provides a better scenario of congestion and assists in decision making for routing, which the existing techniques fails. This paper discusses the algorithms, result discussion on multiple scenarios to show MIMC perform better congestion control as compared to existing techniques. Keyword—Middleware; Congestion Control; Traffic Management; Hybrid Mobile Adhoc network
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