IJRCIT- International Journal of Research in Computer & Information Technology

e-ISSN: 2455-3743 | Published by Global Advanced Research Publication House (GARPH)

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Archives of International Journal of Research in Computer & Information Technology(IJRCIT)

Volume 8 Issue 3 June 2023

1. Automatic Temperature Controller

AUTHOR NAME : Prof. Jeevan Mangrulkar, Devendra Chakole, Mayur Khapale, Dhruv Patil, Krunal Gurnule

ABSTRACT : An automatic temperature controller is an electronic device that regulates temperature in a system, such as a heating or cooling system, based on a predetermined set point. This controller uses a temperature sensor to detect the current temperature of the system and compares it to the set point. If the temperature is below the set point, the controller will activate the heating system. If the temperature is above the set point, the controller will activate the cooling system. This process is repeated continuously to maintain a consistent temperature in the system. The benefits of using an automatic temperature controller include energy efficiency, reduced costs, and improved comfort. By maintaining a consistent temperature, energy is used more efficiently and costs are reduced. Additionally, occupants of the system will experience improved comfort, as the temperature remains constant and does not fluctuate. Overall, an automatic temperature controller is an effective solution for maintaining consistent temperature in a system while improving energy efficiency and reducing costs.

2. Current Detector: Home Safety Device

AUTHOR NAME : Ms. Mohini Gawande, Mohit Bokde, Akash Atmande, Yadnyesh Gahane, Sushant Thaware

3. Driver Drowsiness Detection System

AUTHOR NAME : Jayshree Gorakh, Jayesh Falke, Wazir Sheikh, Pritesh Patil, Shantanu Ambulkar

4. Design And Implementation of Website for Plant Nursery

AUTHOR NAME : Prof. Veena Katankar, Isha Shahare, Gunjan Mandpe, Karuna Deoghre, Shrushti Waghmare, Janvhi khonder

ABSTRACT : Electronic Commerce web website online consist of buying and promoting merchandise that supposed to gain each gardener and users. This platform objectives to assist the nearby gardeners in promoting their flora via on-line and to offer a greater handy and greater dependable manner for customers to find, view and purchase the preferred vegetation which might be appropriate for his or her necessity, the clients also can get description and details from the product online searching the plants if ever they do not really have an idea on how and what to Problems located that maximum gardeners had a difficult time in promoting their plants, in reaching Their patron and the inadequate specification on plant life and timber that the viable consumer would possibly experience. The researcher behavior usability takes a look at five end-customers and five IT Professionals a complete of ten respondents to accumulate data on their experience. During the test, the researchers additionally supplied a state of affairs in which the respondents act as a customer who had to use the automobile recommend characteristics and behavior the entire technique of finding out the product.

5. Electronic Door Lock Systems Based on Different Password Authentication

AUTHOR NAME : Prof. Veena Katankar, Sahil Keshao Umbarkar, Prajwal Omprakash Ingole, Safal Nilesh Sahu, Atharva Tandulkar

ABSTRACT : Electronic door lock systems based on different password authentication provide a secure and convenient way to control access to buildings and rooms. These systems use various authentication methods, including numeric passwords, alphanumeric passwords, and biometric authentication, to ensure that only authorized individuals are allowed entry. This paper reviews different types of electronic door lock systems that are based on password authentication and discusses their advantages and limitations. The different systems covered in this paper include keypad-based systems, smart card-based systems, and biometric-based systems. The aim of this paper is to provide an overview of the available technologies and help readers select the most appropriate electronic door lock system for their specific needs.

6. Home Security Alarm System

AUTHOR NAME : Ms. Priyanka Chikhale, Drushti Sarode, Tanvi Kapse, Sumedha Motghare, Pratiksha Gajghater

7. Human Health and Disease Prediction

AUTHOR NAME : Priyanka Chikhale, Samprada More, Durga Buradkar, Samiksha Lokhande, Shruti Pohankar, Aishwarya Ghumekar

8. Library Management Systems

AUTHOR NAME : Jeevan Manglurkar, Sushant Thaware, Bhushan Jambuler

ABSTRACT : Library management systems are crucial for the efficient and effective management of library resources. In this research paper, we explore the importance of library management systems, the different types of library management systems available, their features, and the advantages they offer. We also highlight some of the challenges associated with the implementation of library management systems and how to overcome them. The paper concludes with a summary of the findings and recommendations for future research a library management system is a software application that helps in managing the day-to-day operations of a library. This system automates various processes such as book issues, returns, cataloging, acquisition, and circulation. The purpose of this research paper is to explore the various aspects of library management systems, including their features, benefits, challenges, and implementation strategies. We will also discuss the different types of library management systems and highlight some of the best practices for selecting, implementing, and maintaining these systems.

9. Java Chat Application IP Using Jsocket

AUTHOR NAME : Prof. Pradip Balbudhe, Tanmay Buradkar, Sahil Jha, Aadesh Chaudhary, Pawan Bajanghate

ABSTRACT : This research paper focuses on the design and implementation of a multimedia chat application using Java and JSocket for communication over IP networks. The objective is to create a platform that enables real-time exchange of text messages and multimedia content, such as images, audio, and video, between users. The paper explores the architecture and key components of the chat application, providing a step-by-step process for its development. Additionally, it investigates potential enhancements and features that can be incorporated to enhance the functionality and user experience. The performance and scalability of the chat application are evaluated through experiments and measurements, highlighting the effectiveness of using Java and JSocket for IP-based multimedia communication. The paper begins with an introduction that outlines the motivation for developing a multimedia chat application using Java and JSocket. It provides an overview of IP-based communication and emphasizes the importance of multimedia content in modern chat applications. The objectives and scope of the research are clearly defined Furthermore, we evaluate the performance and usability of the implemented solution through various experiments and user studies.

10. NFC Indoor Nook

AUTHOR NAME : Prof.Pradip Balbudhe, Kunal Durudkar, Sahil Kamble, Aditya Jibhkate, Adarsh Madankar

ABSTRACT : Interaction in the Near Field With a range of less than 4 cm, NFC Technology enables wireless communication between common electronic devices in a secure, easy-to-use, and intuitive way. By touching their smartphones to other comparable objects that also have NFC applications, users of devices with NFC applications can quickly and simply use applications and data. The market for maps and map-related software is inundated with outdoor maps and services. The recent growth of the telecommunications network and mobile devices has raised the demand for indoor maps and indoor services, which in this work we refer to as indoor location-based services (indoor LBS). Technology and well-designed maps are needed to implement thorough interior navigation systems, especially for mobile devices. The wireless network must be able to handle these devices in a peer-to-peer fashion

11. Smart Blind Stick for Visually Impaired People

AUTHOR NAME : Prof. Veena Katankar, Sumera Khan, Suchita Suranshe, Sheetal Rahangadale, Himani Pogle, Shital Kamble

ABSTRACT : Technology has contributed more than anything to help mankind live a life of luxury and convenience, however there is no cost-effective device for blind people. Blind peoples have to face many challenges in their life, one of them is finding their way on the streets. On the streets, there are so many vehicles and obstacles that may block their way and also may injure them. Smart blind stick helps the blind people for navigation by detecting the obstacle in the path. If any obstacle comes in front of blind people then he /she will get an indication alarm by the buzzer which will be produce after the detection of obstacle by the sensor. Here IR sensor used to detect the small objects and Ultrasonic sensor will detect the obstacle in the path. It is much more efficient than normal stick. If blind stick will comes in contact of water then the water sensor will detect the water. Designing a cost effective and efficient blind stick is the main objective of the paper.

12. Solar Tracking System

AUTHOR NAME : Prof. Pradip Balbudhe, Thaneshwar Billore, Alish Sheikh, Rohit Kumbhalwar, Pikumar Narule

ABSTRACT : The projects goal is to use solar panels to absorb the most sun energy possible. A solar tracker is a piece of equipment with built-in solar panels that follows the sun path throughout the day to make sure the solar panels receive the most sunlight possible. A solar cell will produce the most power when it is facing the sun, or when the angle between its surface and the sun rays is 90 degrees. Solar tracking makes it possible to produce more electricity since it keeps the solar array aligned with the sun. Its build included servo motor, Arduino, and LDR components. There are two categories in this project, hardware and software. 4 light-dependent resistors have been employed in the hardware component to track the synchronisation of sunlight by measuring sunlight brightness. One conventional servo motor has been used for the rotational component. The code for the software component is created using C programming and entered into Arduino. This project is intended to be portable and low power. It is therefore appropriate for use in rural areas. Additionally, the efficiency of the output power generated by solar collection is improved.

13. Smart Glasses for the Blind Based on Ultrasonic Sensor

AUTHOR NAME : Prof. Jayshree Gorakh, Rajat Bansod, Tohid Sheikh, Ninad Shende, Monish Gurnule

ABSTRACT : Visually impaired people often need assistance in day-to-day life for navigating through their residence and outside. Human assistance is not always possible, so a solution to this problem has been researched for a long time. Well, here we develop a smart solution to this problem using ultrasonic glasses. Also, the glasses are fitted with a vibrator rather than a buzzer as a constant buzzing sound would be more of a nuisance rather than help. The Smart Glasses would offer the following Advantages: Light Weight System The system makes use of 2 x Ultrasonic sensors, an Amiga microcontroller, a battery, transparent glasses, basic electronics components, and a PCB to develop this system. The glasses can now detect obstacles and transmit this to the blind person. The ultrasonic sensors are mounted on glasses on 2 sides to act as eyes. The sensors constantly transmit and receive ultrasonic waves to receive obstacle data. The Microcontroller is constantly getting this data from the sensors. Based on this data the microcontroller operates a vibrator motor mounted on the respective side of the glasses. The microcontroller scans the sensor data and operates the vibrator.

14. Weather Monitoring System using IoT

AUTHOR NAME : Vishakha Parate, Vaishnavi Bijwal, Vaishnavi Khadse, Sakshi Gawande

ABSTRACT : Because of the rapidly changing climate, the weather forecast is unreliable and inaccurate these days. In case of that, the weather monitoring system is mostly used to monitor continuously changing climatic and weather conditions over controlled areas like houses, industries, agriculture, etc. in real-time monitoring. The weather monitoring system using IoT is one-way such application of IoT that has paved the way for organizations to create new and efficient solutions. The system proposed in this paper is a possible solution for monitoring the weather conditions at certain places and making the information available all over the world. The machine offers tracking and controlling environmental situations like temperature, relative humidity, rain, and CO levels with sensors and sends the statistics to the internet web page after which plot the sensor records as graphical statistics.

15. Voice Controlled Wheel Chair

AUTHOR NAME : Prof. Mohini Gawande, Niyati Gundawar, Swati Malkhede, Shweta Khatke, Nikita Ambhore

ABSTRACT : The elderly, as well as millions of other people, suffer from paralysis and disability and are blind, which makes them physically unable to interact normally and adhere to the demands of life. Wheelchairs are important tools to enhance the mobility of persons with disabilities. Developments in computers and communications technologies have contributed to the availability of smart wheelchairs that meet the requirements of a disabled and blind person. In order to help the handicapped to carry out their daily work, many attempts have been made to apply modern technologies in computers and communications to build. This paper presents an automatic wheelchair using voice recognition. A voice-controlled wheelchair makes it easy for physically disabled and blind people who cannot control their movements of hands. The powered wheelchair depends on motors for locomotion and voice recognition for command.

16. Smart Spirometer for Real Time Breath Monitoring and Analysis Using Air Pressure Sensor

AUTHOR NAME : Prof. Mohini Gawande, Prachi R. Kedar, Ayush D. Raut, Sambodh S. Lamsonge, Ganesh D. Kawadkar

ABSTRACT : Spirometers are used to measure lung capacity and the response of the lungs and chest during physical therapy. Current spirometers possible concerning business are high-priced. Due to this high cost, many physicians undertaking in underdeveloped countries like India, cannot produce Spirometry supplies. Thus, the growth of a low-cost trustworthy spirometer would admit these physicians to evaluate their patients pulmonary well-being. All these factors experienced the growth of a device that addresses cost issues in addition to mechanics accuracy. A calculating-located made smaller spirometer plan is Designed expected realized that would use a stable-state pressure sensor. An original Computer located Spirometer method has happened earned which would engage a complete-state alone traffic pressure sensor. A loyal parallel signal procurement and deal with channel have happened created and tested in addition to the dependable-state pressure sensor. Spirometry is the method to measure the flow and book of air recording and leaving the alveoli. A spirometer is used to conduct a set of medical tests that help to identify and quantify defects and abnormalities of various lung conditions in the human respiratory system. These tests also help monitor the lungs response to medical treatment. With the help of a spirometer, COPD may be discovered well earlier. Monitoring cough and hissing cannot provide a correct evaluation of the asperity of asthma in a patient. With the help of the respiring tests attended utilizing a spirometer, the answer and bettering in an asthma patients condition all the while the situation can be listened to correctly.

17. DTMF Controlled Electric Appliances with Feedback Notifications

AUTHOR NAME : Prof. Pradip Balbudhe, Palash Dhawale, Sameer Dhanorkar, Ritesh Chikhlonde, Srushti Selwate

ABSTRACT : This project presents a design and prototype implementation of new home automation system that uses DTMF and Web Application as a network infrastructure connecting its parts. The proposed system consists of two main components. The first part is the server (webserver), which presents system core that manages, controls, and monitors users’ home. Also, by using DTMF technology (Dual Tone multiple frequency) which receives the command from the phone to develop digital output. This digital signal is further processed to actuate switching mechanism through relay driver to turn on/off the loads/appliances. Unlike most home automation systems on the market, the proposed system is scalable, thanks to which one server can manage many hardware interface modules. The proposed system is better than the home automation systems available on the market in terms of scalability and flexibility.

18. Real-Time Sign Language Detection Using Deep Learning

AUTHOR NAME : Prof. Pradip Balbudhe, Srushti Kowe, Ajay Sangewar, Shubhangi Karmore, Prachi Bansod

ABSTRACT : In this project, we propose a system for American Sign Language (ASL) detection using OpenCV and TensorFlow object detection based on deep learning. The system takes live video feeds as input and uses OpenCV image processing techniques to extract hand gestures from the video frames. These hand gestures are then fed as input to the TensorFlow object detection model, which has been trained on a large dataset of ASL gestures. The model uses deep learning algorithms to detect the ASL gesture and provide the corresponding text output. Our proposed model has been trained on a large ASL dataset and achieved significant accuracy in detecting ASL gestures. This system can be used by individuals with hearing impairments to communicate using the ASL gesture language in real time. The proposed system can be further extended for use in various fields such as education, communication, and accessibility.

19. Study on Solar Energy Generation and its Challenges

AUTHOR NAME : Satish Pawar, Prof. Pankaj Badgaiyan, Vivek Rahi

ABSTRACT : This study delves into the examination of solar renewable energy as a promising source for sustainable power generation. Solar energy harnesses the abundant and clean power from the sun, offering a viable alternative to conventional fossil fuels. The study identifies key challenges specific to solar energy adoption in India, including land availability, grid integration, storage, financing, policy frameworks, skill development, and environmental impacts. By analyzing these challenges, the study aims to provide insights and recommendations for policymakers, industry stakeholders, and researchers to address these obstacles and foster the widespread adoption of solar energy. The findings emphasize the importance of innovative solutions, supportive policies, and collaborative efforts in driving the growth and utilization of solar renewable energy, ultimately contributing to a greener and more sustainable energy landscape

20. Self-Opening Window Using LPG Detection Based on IoT

AUTHOR NAME : Jeevan Mangrulkar, Neha Barsagade, Ayasha Tirpude, Rutuja Birole, Pallavi Sawwalakhe

ABSTRACT : The Proposed System helps to detect leakage and the presence of hazardous gases such as LPG (Liquefied Petroleum Gas), carbon dioxide, and carbon monoxide in an enclosed facility. The air quality is monitored with the data that is collected from the sensor. The sensor can communicate data with each other with the help of internet connectivity. This system focuses on safe kitchens in smart homes using IoT. In terms of safety in the household gas connection, a regulator and LPG stove are provided in which knobs control the flow. In these cases, a safety system with high leakage detection ability is required. In this system, an IoT-based safety system is proposed which may reduce accident caused by electricity during LPG leakage it will automatically open the window and switch on the exhaust fan, play the siren and send an alert message to the user. This system not only ensures the safety of the people but also makes life comfortable.

21. An Implementation on Smart Reception System

AUTHOR NAME : Veena Katankar, Anjali R. Karande, Aishwarya Ilame, Rushikesh Pande, Ranjit Bagde

ABSTRACT : A smart reception is a type of electronic caller operation system that uses technology to automate and streamline the process of shadowing and managing callers to an installation. Smart event systems generally use alcoves or other bias to allow callers to check in and out, and may also include features similar as emblem printing, appointment scheduling, and real-time caller shadowing. Smart event systems can be salutary in associations that admit a high volume of callers. Since they can help to ameliorate effectiveness & reduce the workload for event staff. Smart event also called caller operation system, which refers to the process of shadowing and managing the movement of callers. There are many different ways to manage visitors, depending on the needs of the organization. Some such parameters include department, person and purpose.

22. Node Tracking Module using GPS system

AUTHOR NAME : Prof. Mohini Gawande, Aachal Kamble, Vedant Jogekar, Mayuri Kapgate, Vaishnavi Pote

ABSTRACT : The paper presents an Internet of Things based system to track and monitor the health of soldiers. In todays world, war is an important factor for the security of any nation. First, the GPS continues to receive input data from the satellite and store the latitude and longitude values in the AT89s52 microcontroller buffer. If you need to track the vehicle, you need to send a message to the GSM device to activate it. It is also activated by detecting a crash on the vehicles shock sensor. In parallel, turn off the GPS using a relay. After the GSM is activated, it takes the last latitude and longitude value received from the buffer and sends a message to a specific number or laptop that has been defined in the program The ability to track vehicles is useful in many applications such as passenger vehicle security, public transportation systems, fleet management, and more. Therefore, the development of vehicle tracking system using Global Positioning System (GPS) and Global Communication System (GSM) modem is done so that users can find their vehicles easily and conveniently.

23. Social Media Sentiment Analysis for Covid-19 Tweets Based on Machine Learning

AUTHOR NAME : Shital Shivshankar Durudakar, Prof. Tarun Yengantiwar

24. Underwater Image Enhancement Using Hybrid Techniques

AUTHOR NAME : Prajakta D. Charjan, Dr. P. R. Deshmukh

ABSTRACT : Underwater image enhancement is a crucial task in improving the visibility, quality, and details of images captured in aquatic environments. This study presents an overview of various techniques and methodologies employed for underwater image enhancement. This study also discusses the challenges associated with underwater imaging, including color distortion, low contrast, and the effects of light scattering and absorption. It highlights the importance of preprocessing steps such as color correction and noise reduction. The study also emphasizes the effectiveness of adaptive histogram equalization (AHE) and contrast-limited adaptive histogram equalization (CLAHE) in enhancing local contrast and details. Additionally, it mentions advanced techniques like dehazing, fusion, and restoration algorithms that further enhance image visibility and remove artifacts. This research emphasizes the need for incorporating underwater image priors and exploring deep learning approaches for more accurate and robust underwater image enhancement. This work proposes a gray world technique for white balance. From the corrected image, weight maps-based feature extraction would be done followed by multi-fusion and image enhancement. Due to the wide application of wavelet transform in image processing, here using two-dimensional Discrete Wavelet Transform as a fusion operator. Also, make the synaptic network a new level of application. The result demonstrates that the proposed enhancement algorithm can obtain a well visual result.

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