CACHING INFORMATION TECHNIQUE IN IOT AND MANETS FOR CONGESTION AVOIDANCE METHODS
DOI:
https://doi.org/10.61841/s7356x72Abstract
MANET (Mobile Ad hoc Network) is a kind of improvised association, which involves cells as the center points in the association. There will not be any united system. It has many features like multihop correspondence, dynamic geology. Regardless, it has limited resources and confined security. The hindrances in resources may cause blockage in the association. Blockage may occur in any most of the way centers and results in high package hardship, high concede which lead to execution debasement of the association. Along these lines, stop up control is one of the importance tasks in the MANET. This paper presents a review of different methods used for the obstruct control in the MANET. It can cause obstruct that results in extending transmission deferment and group disaster. This issue is more significant in greater associations with more association traffic and high flexibility that carries out unique geology. To decide these issues, we present an information transmission careful coordinating arrangement (BARS) that can avoid blockage by noticing remaining exchange speed limit in network ways and available space in lines to hold the information. The proportion of open and consumed information move limit close by residual save ought to be worked out before imparting messages. The BARS utilize the info part to infer the traffic focal point for changing the data rate according to the availability of move speed and line in the controlling manner Index Terms - MANET, Multi-ricochet, Topology change, Congestion Control, Packet setback, data rate, interface limit, MANETs, IoT
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[1] Navneet Kaur and Rakesh Singhai “MINIMIZING CONGESTION IN MOBILE AD HOC NETWORK USING ADAPTIVE CONTROL PACKET FREQUENCY AND DATA RATE” in 2019
Springer Computing, Communication and Signal Processing
[2] Mahadev A. Gawas, Lucy J. Gudino and K. R Anupama “CONGESTION-ADAPTIVE AND DELAYSENSITIVE MULTIRATE ROUTING PROTOCOL IN MANETS: A CROSS-LAYER
APPROACH” in 2019 Journal of Computer Networks and Communications.
[3] JiashuaiWang, Xiaoping Yang, Ying Liu and Zhihong Qian “A CONTENTION-BASED HOPBYHOP BIDIRECTIONAL CONGESTION CONTROL ALGORITHM FOR AD-HOC
NETWORKS” in 2019 journel of sensors.
[4] Nousheen Akhtar, Muazzam A. Khan, Ata Ullah, and Muhammad Younus Javed4 “CONGESTION AVOIDANCE FOR SMART DEVICES BY CACHING INFORMATION IN MANETS AND IOT” in
June 2019 IEEE Special Section On Smart Caching, Communications, Computing And Cybersecurity For Information-centric Internet Of Things volume 7.
[5] Mohsen Yaghoubi Suraki, Abolfazl Toroghi Haghighat, Majid Gholipour “FCLCC: FUZZY CROSS- LAYER CONGESTION CONTROL IN MOBILE AD HOC NETWORKS” in January 2018 IJCSNS
International Journal of Computer Science and Network Security, VOL.18
[6] Saurabh Sharma, Dipti Jindal, Rashi Agarwal “ANALYSING MOBILE RANDOM EARLY DETECTION FOR CONGESTION CONTROL IN MOBILE AD-HOC NETWORK” in june 2018
International Journal of Electrical and Computer Engineering (IJECE) Vol. 8.
[7] Yefa Mai, Fernando Molina Rodriguez and Dr. Nan Wang “CC-AODV: AN EFFICIENT MULTIPLE PATHS CONGESTION CONTROL AODV” in 2018 IEEE Annual Computing and communication workshop and conference.
[8] Y. Narasimha Reddy, P V S. Srinivas “A COMBINED TCP-FRIENDLY RATE CONTROL WITH WFQ APPROACH FOR CONGESTION CONTROL FOR MANET” in June 2018 I. J. Computer
Network and Information Security.
[9] Astha Mishra and Ashish Singh Baghel “INTERFERENCE AND CONGESTION CONTROL USING MULTICHANNEL ENERGY-BASED ROUTING IN MANET” in 2018 Springer Proceedings
of International Conference on Recent Advancement on Computer and Communication.
[10]Y. Narasimha Reddy and P V S. Srinivas “A ROUTING DELAY PREDICATION BASED ON PACKET LOSS AND EXPLICIT DELAY ACKNOWLEDGEMENT FOR CONGESTION CONTROL
IN MANET” in Dec 2018 International Journal of Communication Networks and Information Security (IJCNIS) vol.10.
[11]A. Amuthan, N. Sreenath, P. Boobalan, K. Muthuraj “DYNAMIC MULTI-STAGE TANDEM QUEUE MODELING-BASED CONGESTION ADAPTIVE ROUTING FOR MANET” in 2018 Elsevier
[12]R. Vadivel, V. Murali Bhaskaran “ADAPTIVE RELIABLE AND CONGESTION CONTROL
ROUTING PROTOCOL FOR MANET” in 2017 Springer Science.
[13] Varun Kumar Sharma and Mahesh Kumar “ADAPTIVE CONGESTION CONTROL SCHEME IN MOBILE AD-HOC NETWORKS” in 2017 Springer Science.
[14] Sujata V. Mallapur, Siddarama R. Patil, Jayashree V. Agarkhed “LOAD BALANCING TECHNIQUE FOR CONGESTION CONTROL MULTIPATH ROUTING PROTOCOL IN MANETS”
in 2017 Springer Science.
[15] Nousheen Akhtar, Muazzam A.Khan Khattak, Ata Ullah, Muhammad Younus Javed “EFFICIENT ROUTING STRATEGY FOR CONGESTION AVOIDANCE IN MANETS” in 2017 International
Conference on Frontiers of Information Technology
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