Recently Published Papers
DESIGN AND ANALYSIS OF SUPRA-SAE CHASSIS STUDENT VERSION (DESIGN METHODOLOGY)
Published Date - 15 May
Chassis is a major part of any automotive design. It is responsible for supporting all functional systems of a vehicle and accommodates the driver in the cockpit. Designing a chassis for driver’s safety is always been a concern, especially for a race car. In this report, few techniques are mentioned on how to analyse a formula student race car chassis to ensure its structural stability for the driver’s safety.
LANGUAGE IDENTIFICATION USING NLP
Published Date - 14 May
This project aims to develop a robust system for automated language detection leveraging the power of Natural Language Processing (NLP) techniques. Language detection is a fundamental task with applications ranging from content filtering and information retrieval to multilingual user interfaces. Our approach involves the utilization of advanced machine learning algorithms and linguistic features to accurately identify the language of a given text. The system will employ a combination of statistical methods, such as n-gram analysis and frequency-based models, along with machine learning algorithms trained on diverse multilingual datasets. Pre-processing techniques will be applied to handle variations in spelling, grammar, and character encoding. Additionally, the model will be designed to efficiently handle short and noisy text inputs. The project's significance lies in its potential to enhance the efficiency of multilingual applications, improve content classification, and contribute to the development of more inclusive and accessible digital interfaces. The effectiveness of the proposed system will be evaluated through comprehensive testing on a diverse set of texts in various languages, ensuring its adaptability and accuracy.
INSTAMEDI : HEALTHCARE CONSULTATION SYSTEM
Published Date - 14 May
It might have occurred so many times when you or someone you know requires quick medical attention, but they are unavailable for any reason. The Health Prediction system is a project for end-user assistance and online consultation. We offer in this paper a system that enables users to obtain timely advice on their health problems via an intelligent health care system online. Numerous symptoms, as well as diseases/illnesses associated with various systems, are input into the system. The system may be used by users to convey their symptoms and difficulties. It then examines the user's symptoms to look for any ailments that may be related to them. Use clever data mining techniques to determine the most likely disease related to a patient's symptoms. When a doctor logs into the system, he may examine his patient's details as well as the report for that patient in the doctor module. Doctors may check details about the patient's search and what the patient searched for based on their prognosis. The doctor has access to his information. Admin can add new illness details to the database by stating the kind and symptoms of the condition. The data mining system operates based on the disease's name and symptoms. Admin has access to a database of ailments and symptoms. When the user defines the symptoms of his sickness, our system will give appropriate recommendations.
UWECan
Published Date - 13 May
This development aims to contribute treatments (medicines) that are either fresh or stale in nature. The new treatments can be handed to a poor individual who will be able to use them in the future. This programme assists the user in donating any unused medicines to a non-profit organisation. There are three people that make up this body: the administrator, the non-governmental organisation, and the user. A system administrator will log in and manage users, including deleting and barring users who are giving incorrect or expired drugs. In addition, the administration has a consultant, similar to the appointment requested by the NGO. The administration receives a monthly noise of remedies that have been contributed. Authorizations are used to register and login for non-profit organisations. They can promote a request for an appointment, which will be added to a more appropriate and comprehensive list by the administrator. The standard is managed by an NGO, which aids in the preservation of the history of the current medicines. In the event of a safety issue, an NGO can also modify their PIN. Authorizations are used to allow users to register and log in. They can provide remedies by providing remedy details and generating demand; once this has been agreed upon by the administration and the NGO, they will plan a date for the donation to take place. Also available to consumers is a history of their previous remedial transactions. In today's digitally connected world, the need for efficient and user-friendly platforms for adults and senior citizens suffering from disease to facilitate charitable giving has become increasingly evident. " UWeCAN " is a cutting-edge donation application designed to streamline the donation process, enhance user engagement, and promote a culture of philanthropy. This app harnesses the power of technology to create a seamless and rewarding experience for both donors and recipients. UWeCAN boasts an intuitive and user-friendly interface, ensuring a hassle-free donation experience for users of all technological backgrounds. UWeCAN facilitates a sense of community by providing a platform for donors to connect, share experiences, and collectively contribute to making a positive impact on soci
Behavior of Stabilized Geopolymer Mud Blocks Masonry Prisms under Compressive Strength
Published Date - 13 May
Stabilized Geopolymer Mud Blocks were created through the compression of a mixture comprising mud as aggregate and fly ash as binder, combined with an alkaline solution containing sodium silicate and sodium hydroxide in a block making apparatus. These blocks underwent curing at room temperature and were subjected to various tests including water absorption, initial rate of absorption, dimensions, density, and compressive strength at different stages of maturity. Mortar serves as the adhesive binding two masonry units together, enabling them to function as a unified entity within a structure. This study investigates the performance of stabilized geopolymer mud block masonry, analyzing its strength with different types of mortar such as cement mortar, cement-soil mortar, and fly ash-based geopolymer mortar across various stages of development. Geopolymer mortar, boasting commendable compressive strength, demonstrates promising characteristics compared to conventional cement mortar and cement-soil mortar, thus proving its suitability in masonry construction. Moreover, the stabilized geopolymer mud block exhibited significant strength, rendering it suitable for load-bearing masonry structures, while complying with the essential properties outlined in relevant IS codes. Enhanced load-carrying capacity and crack resistance were observed during testing of the masonry prisms. This research underscores the efficiency of stabilized geopolymer block masonry as an alternative building material, contributing to a global economy by reducing reliance on cement and its derivatives, while promoting the eco-friendly reuse of waste materials like fly ash.
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