Analysis of MAC Layer Issue using Application Layer Protocol for Smart Waste Management System

Mrs. Kiran patil; Prof. Dr. S. L. Lahudkar

CALL FOR PAPERS : Oct-2023

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25-Oct-23

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Analysis of MAC Layer Issue using Application Layer Protocol for Smart Waste Management System

Author(s):

Mrs. Kiran patil , JSPMS, ICOER Wagholi Pune, India; Prof. Dr. S. L. Lahudkar, JSPMS, ICOER Wagholi Pune, India

Keywords:

HTTP, M2M Communication, MAC

Abstract:

The goal of paper is to break MAC layer issues, for example, Data throughput, Latency, Energy effectiveness, Scalability, Coexistence, Delay and so forth and to accelerate transmission of information over web utilizing proposed protocol method rather than HTTP protocol on application layer. In this paper we are contrasting execution of M2M correspondence utilizing HTTP and proposed protocol method on application layer. Proposed protocol method is a lightweight publish/subscribe messaging protocol. HTTP is designed as a request-response protocol for client-server computing, not necessarily optimized for mobile and push capabilities, particularly in terms of battery usage. Proposed protocol method is intended for low latency, guaranteed messaging and efficient distribution. HTTP is not improved for low. This paper introduces a talk about the necessities, specialized difficulties, and existing work on medium access control (MAC) layer protocols for supporting M2M communication and results in M2M communication by utilizing proposed protocol method as a part of use layer. In the present day situation, commonly we see that the refuse containers or Dust canister are put at open spots in the urban areas are flooding because of expansion in the waste each day. It makes unhygienic condition for the general population and makes awful stench around the surroundings this leads in spreading some destructive infections and human disease, to maintain a strategic distance from such a circumstance we are wanting to plan IoT Based Waste Management for Smart Cities" as application for this anticipate. In this proposed System there are different dustbins situated all through the city or the Campus, these dustbins are given minimal effort inserted gadget which helps in following the level of the waste receptacles and an one of a kind ID will be accommodated each dustbin in the city with the goal that it is anything but difficult to recognize which refuse container is full. At the point when the level achieves as far as possible, the gadget will transmit the level alongside the one of a kind ID gave. When the level reaches the threshold limit, the device will transmit the level along with the unique ID provided. These details can be accessed by the concern authorities from their place with the help of Internet and an immediate action can be made to clean the dustbins.