MIT-World Peace University (MIT-WPU) is a top educational institute located in Pune, India. It is recognized within&nbsp;UGC under Government of Maharashtra Act No. XXXV 2017.&nbsp;

It is part of the MIT group of institutions (established in 1983) which covers 10+ campuses across India and has more than 50,000+ students enrolled across various disciplines at a given point of time. The institute houses 15 schools ranging from Engineering &amp; Technology, Design, Pharmacy, Commerce, Governance among others. It offers undergraduate, postgraduate and PhD programs among different disciplines.&nbsp;

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MIT World Peace University

Engineering and Technology

Four-legged robots, also called quadruped or quadruped, can have very sophisticated locomotion patterns and provide means of navigating on surfaces where it seems impossible for wheeled robots. Part of the earth's landmass may be inaccessible by humans due to their geographical locations, environmental hazards, etc. This project aims to develop a reliable solution that enables the implementation of stable and fast static/dynamic walking on even and uneven terrain. The robot captures/mimics four-legged living creatures' mobility, autonomy, and speed. The robot also consists of a remote controller and balance sensor embedded on it for detecting terrain changes&nbsp; &nbsp;

World University root node

School of Computer Engineering & Technology

Quadruped robot - Four Legged Robot

QUADRUPED ROBOT

Abstract : The internal combustion engine is the major source responsible for noise pollution. A muffler is a device used to reduce noise within the exhaust system. It is arranged along the exhaust pipe for the purpose of noise attenuation. Exhaust noise from engines is one of component noise pollution to the environment. Exhaust systems are developed to attenuate noise meeting required dB levels and sound quality; emissions based on environment norms. Set up for experimental analysis is developed to predict the acoustic performance of reactive muffler using the two-load method. The decrease in the exhaust noise level is controlled by muffler construction and operating techniques. Therefore, the muffler configuration plays an important role. In this research work, an effort has been made to study the different methodologies for evaluation of transmission loss for extended inlet &amp; outlet tube parameters of single expansion chamber reactive muffler. The detail study of acoustic performance of the muffler is carried out by: (1) Theoretical analysis (2) The finite element method by using COMSOL Multi-Physics, (3) Experimental validation by method of two loads. Keywords - Transmission Loss (TL), Single Expansion Chamber reactive muffler, Numerical Method, Experimental Method, Inlet &amp; Outlet tubes.

School of Mechanical Engineering

International Research Journal of Engineering and Technology

Acoustic Analysis Of Extended Inlet &amp; Outlet Tube Parameters In Single Expansion Chamber Reactive Muffler For Increment In Transmission Loss

Identification of the crop is an important aspect for preventing the losses of the agricultural product. The study of crop diseases means studying the visually observable patterns observed on the crop. Disease detection on crops is very unfavourable for sustainable agriculture. It is very difficult to monitor the crop diseases manually. It requires an enormous amount of work, professionals in the crop diseases, and requires extreme processing time. Hence, image processing is used for the detection of crop diseases. The proposed system involves five important steps: a) image capturing, b) image pre-processing, c) image segmentation, d) feature extraction and e) classification. Finally, features are trained with the machine learning algorithm and tested on unknown images. Results are being calculated based on qualitative and quantitative analysis. In qualitative analysis, pre-processing and segmentation methods are operated on the whole data set. In quantitative analysis, the accuracy of all machine learning algorithms is computed. This paper discussed the methods used for the detection of crop diseases using their leaf image. This paper also discussed some segmentation and feature extraction algorithms used in crop disease detection. The classification is done using Gradient Boosting Classifiers with the highest accuracy.

School of Electronics & Communication Engineering

International Research Journal of Engineering and Technology (IRJET)

AI-BASED CROP IDENTIFICATION, DISEASE RECOGNITION AND PESTICIDE SUGGESTION

Every year, a large number of persons are killed in highway departure crashes due by driver inattention. Because safety is the primary goal of these systems, lane detecting systems can help prevent accidents. Such systems are designed to detect lane markings and alert the driver if the vehicle is drifting out of its lane. Several lane identification systems have been proposed and effectively proven in recent years. The hybrid median filter was used in this study to provide a noble strategy for lane detecting. Lane detection is used in a variety of intelligent vehicle applications, including lane trip recognition and warning boards, intelligent journey control, and autonomous driving. The majority of previous research has ignored the use of image filtering algorithms.

INTERNATIONAL JOURNAL OF ADVANCE RESEARCH, IDEAS AND INNOVATIONS IN TECHNOLOGY

Survey on lane detection techniques

Abstract— as per the new rules and regulations set by the government to minimize emission it is necessary to automobile makers to work on ex-haust system for minimizing emission and noise of the system.So now we see that industry adopt new BS6 norms for minimizing emission. Muffler is the device which is used for minimizing noise and back pressure of the system. Muffler plays and important role in minimizing transmission loss, because all these parameters affects the fuel efficiency of the system. Typically three types of muffler is used 1.reactive muffler.2 Absorptive muffler. 3. Combination of both. Most of automotive mufflers are reactive type. Absorptive type of mufflers working on principle of absorption of energy. This paper study the acoustic analysis of reactive muffler with various placements of baffle plates in chamber. The purpose of study this paper is that, Effect of different placement of outlet chamber on transmission loss with the help of numerical analysis. We used COMSOL Multiphysics for numerical analysis because of better compatibility for acoustic analysis and transmission loss Index Terms Terms— Reactive muffler, baffle plates, Numerical Analysis, Comsol Multiphysics, Transmission Loss, Chamber.

International Journal of Scientific & Engineering Research

Acoustic analysis and modelling of Reactive muffler to reduce noise of the system

In today’s competitive edge of the business world, there is a need for a systematic decision-making process in every field. The tourism field is one of the fast-growing filed in the current scenario which comprises a huge amount of information in an unstructured format which causes information overload. This field has diverse information and huge exposure at the national and international levels. To extract meaningful information and pass it on to the appropriate customer is a real challenge. Tourists in a current digitized scenario did not depend and trust on tourist place advertisement, travel guide, etc. rather they did their analysis by using the search engine. Getting correct traveling information using a traditional search engine is a quite tedious task. A recommendation system is the best information filtering system to get relevant and meaningful information based on an individual's needs with the help of artificial intelligence. A recommendation system focusing on the tourism domain will capture consumer travel interests and suggests a suitable place to visit. User’s travel history is the prime factor considered to recommend places that suits them. The source for knowledge acquisition on the tourism domain was gathered primarily from various sources like by surveying multiple users and through web scraping. We introduce various models and methods to provide recommendations to tourists. Our system also generates a dynamic number of recommendations to provide based on user selection. We propose a model based on a collaborative filtering approach that provides a worthy recommendation in the field of tourist field. In the existing system, people who want to travel have to search a lot of tourism websites. Also due to a lot of information available on the internet they might get confused. This problem is resolved by modules which recommend tourist places to people according to their interest. That is basically, it uses machine learning algorithms.&nbsp;

International Conference on Intelligent Computing in Information Technology for Engineering System International Conference on (ICICITES-2021)

Matrix Factorization Techniques for Tourists Recommendation System

Abstract Internal combustion engines are one of the major causes of noise emissions. As in different industrial equipment, locomotives, and vehicles, the engines have a wide application base. Exhaust noise and noise that is created due to friction of different parts share the extreme input to noise pollution. A muffler is a means used by the exhaust system to reduce noise. For the reduction of noise, it is placed alongside the exhaust pipe. The decrease in the exhaust noise level is controlled by muffler construction and operating techniques. Therefore, the muffler configuration plays an important role. In this research work, an effort has been made to study the different methodologies for evaluation of transmission loss of single expansion chamber reactive muffler. The detail study of acoustic performance of the muffler is carried out by: (1) Theoretical analysis (2) The Finite Element Method by using COMSOL Multi-Physics, (3) Experimental validation by method of two loads. Keywords - Transmission Loss, Single Expansion Chamber muffler, Numerical Method, Experimental Method

International Journal of Research and Analytical Reviews

Design And Analysis Of Reactive Muffler For Enhancement In Transmission Loss.

The rapid expansion of cities has tremendously increased the storm water volume, which frequently causes local flooding. Conventional drainage systems are often unable to sustain these run-off volumes. This has caused an appreciable rise in the implementation of water-sensitive urban design techniques to manage the storm water. Incorporation of sustainable strategies becomes even more critical for developing countries, where there is continued demand for expanding urban water infrastructure. This study presents innovative alternate scenarios for managing storm water sustainably for urban areas in developing countries. The scenarios consist of combinations of multiple alternate measures provided in a decentralised manner. The study also seeks to evaluate the hydrologic performance of these scenarios. A simple methodology, based on the Natural Resources Conservation Service curve number method and Arc-CN Runoff tool, is developed for analysing hydrologic benefits and is applied to a sub-catchment in Pune City, India, to demonstrate its utility for urban areas. The results clearly indicate the effectiveness of implementing these scenarios in improving urban hydrological response. The current study is intended to appraise urban local bodies and stakeholders regarding sustainable, decentralised ways of managing storm water and their potential hydrological impacts at the watershed scale.

School of Civil Engineering

Journal of Environmental Engineering and Science

Alternative storm-water management scenarios for developing countries in urban contexts

nternational Journal for Research in Applied Science and Engineering Technology

"Planning an Optimal Road Trip Analysis and Drowsiness Detection Using Genetic Algorithm”

To build a mobile application for farmers An app containing functionalities like Registration, Login, weather forecast, crop advisory, etc. This app has been developed using flutter. This app is for the ease of the farmers in finding all necessary information. It consists of working of different platforms and their role in application development. In today’s world ease of development is the thing all developers are looking for and flutter has produced the required platform to support development of applications for both Android and iOS. Developers are enforced to either construct the same application numerous times for various OS (operating systems) or accept a low-quality similar solution that trades native speed and accuracy for portability. Flutter is an open-source SDK for developing high-performance and more reliable mobile applications for operating systems like iOS and Android.