Paper Title: An Efficient Accident Detection and Alert System through Surveillance Camera for Vehicle Tracking Algorithm Using WSN

Author's name: Nivethitha Arjun, Murali Lakshmanan, Mariaraja Paramasivam, Aravindh Gunasekaran

In this architecture, the automatic recognition emergency system with an intensity high camera is used for real-time emergency vehicle tracking and is located in traffic signals on highways. Many people lost their lives due to the delay in the emergency services. If we minimize the traffic delay, many heart attack patients can be saved. Emergency services should be provided timely and accurately to detect the ambulance when it comes close to a traffic signal and finally estimate the distance to the incoming emergency vehicle with the help of a roadside traffic surveillance unit. Microcontroller used as Raspberry Pi B+ module. ARM11 32-bit processor sensor interfacing such as sound detection siren. The system generates a sequence of information regarding traffic emergency situations and networking. Using the Internet of Things technique, a tracking system for vehicles can be built. The illustrations and assessment are offered to demonstrate and be verified by the embedded system design.

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Paper 1:

Paper Title: Effect of surface roughness on the mechanical performance of a 3D printed PLA Component

Author's name: M. Navaneetha Krishnan, Sundar Vettumperumal, Arockia Jayadhass , S. Suresh , C. Vijaya Nanthini S

Paper 2:

Paper Title: Analysis of an Economic Pyrolysis Plant to Convert Plastic Waste to Liquid Fuel

Author's name: Sundar Vettumperumal, Arockia Jayadhass, M. Navaneetha Krishnan, Vijaya Nanthini S

Paper 3:

Paper Title: DETERMINATION OF BATTERY CAPACITY ACCORDING TO TORQUE-CURRENT CHARACTERISTICS AND SPEED RANGE FOR OPTIMAL BATTERY EFFICIENCY IN ELECTRIC VEHICLE USING SRM MOTOR

Author's name: Muthuram G, Sivakumar T, Dineshkumar S

Paper Title: DETERMINATION OF BATTERY CAPACITY ACCORDING TO TORQUE-CURRENT CHARACTERISTICS AND SPEED RANGE FOR OPTIMAL BATTERY EFFICIENCY IN ELECTRIC VEHICLE USING SRM MOTOR

Author's name: Muthuram G, Sivakumar T, Dineshkumar S

This paper presents about the static analyse on usage of the Switched Reluctance Motor (SRM) in the electric vehicle. MATLAB Simulink model of the Switched Reluctance Motor (SRM) with the torque analysis and current analyse for determine the suitable current rating in battery capacity. Also analysing the tractive performance of the motor when it is used in the electric vehicle in terms of the power required to the run the vehicle to determine the optimum running speed of vehicle.

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Paper Title: Analysis of an Economic Pyrolysis Plant to Convert Plastic Waste to Liquid Fuel

Author's name: Sundar Vettumperumal , Arockia Jayadhass, M. Navaneetha Krishnan, Vijaya Nanthini S

Plastic is a high molecular weight substance that is used in our everyday lives and is now posing a significant danger to the environment. Tanzania generates around 60 thousand tonnes of plastic annually, leading to a common sight of discarded items filling bins and landfills. While ongoing efforts aim to create biodegradable polymers for the future, there has been limited progress in addressing the current plastic waste issue. This article proposes a potential solution by transforming waste plastic into value-added fuels, offering an alternative approach to plastic recycling. This method simultaneously tackles two widespread issues: the accumulation of waste plastics and the shortage of fuel. Plastic waste (low density polyethylene) will be pyrolyzed in this project to produce liquid fuel with the same qualities as crude fuels. Pyrolysis occurs in the absence of oxygen and at high temperatures of around 300oC, hence a reactor to generate the necessary temperature for the process was developed. Waste plastics will be depolymerized to produce various value-added fuels for instance diesel, kerosene and petrol, lubricating oil. Transforming plastic decay into gasoline yields advantages for both the environment and the economy. The conversion of plastics to fuel will now transform the difficulties into an opportunity to create income from trash.

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