Paper Title

MACHINE LEARNING AND DEEP LEARNING TECHNIQUES IN ANALYZING AND PREDICTING COVID-19: A SURVEY

Abstract

The coronavirus disease (COVID-19), popularly called SARS-CoV-2 (severe acute respiratory syndrome) was first reported in December, 2019 in Wuhan, China. As it has spread globally, millions of people have been seriously affected. This coronavirus has mutated into many variants such as Aplha, Beta, Gamma, Delta, and Omicron over a period of two years. Having made an assessment of COVID-19 scenario, the World Health Organization has declared it as a pandemic. Many researchers use machine learning and deep learning techniques to diagnose COVID-19 disease and other associated disorders. Many reputed medical research and development organizations responded actively to this extraordinary challenge and developed vaccines that protect people from SARS-CoV-2. The government of India started undertaking the uphill task of the administration of coronavirus vaccination on 16 January 2021. The first, second, and booster doses of governmentally approved vaccination have been given to approximately 1.9 billion people of India. It is to be noted that at least one shot of vaccination has been given to 93% of the population above the age of 12 years. And, 83% of the population above the age of 12 years has been fully vaccinated. This study looks at how Machine Learning and Deep Learning philosophies might be utilized to predict various diseases. It mainly focuses on the literature available in the prediction and risk analysis of COVID-19.
KEYWORDS : SARS-CoV-2, COVID-19, Machine Learning Techniques, Deep Learning techniques, vaccine

Paper Title

FOREST FIRE DETECTION BASED ON GPS TRACKING TO PREVENT EXTENCTION OF WILD LIFE

Abstract

The analysis of environmental conditions in real time could provide relevant data on the environment that could help prevent or detect an emergency situation. Nowadays using different IOT (Internet of things) devices and sensors we can monitor the environmental variables such as temperature, pressure and concentration of pollutant gases. Changes and combination of these could cause natural disaster, such as forest fire. IOT and sensor based has been important aspect. In this proposed system sensors and micro controllers are incorporated to detect the hazardous situation.
KEYWORDS : Radical , IOT,sensors, micro controller.

Paper Title

FINGERPRINT BASED EXAM HALL AUTHENTICATION SYSTEM

Abstract

Recognition of person on the basis of biometric future is an emerging phenomenon in our society. It Might involve validating personal identity and also other identity. In examination process we can use the biometric authentication for reducing impersonation. It is a security process that we release on the unique biological characteristics of an individual to verify that whether he/she valid for this examination hall. Therefore in this project development of finger print based exam authentication is implemented.
KEYWORDS : Microcontroller, Crystal oscillator, fingerprint Sensor, Authentication.

Paper Title

DESIGNING AN AUTOMATIC ENGINE LOCKING SYSTEM THROUGH ALCOHOL DETECTION USING ARDUINO

Abstract

Road accidents are very common all over the world due to the lack of attention of drivers. Main reason of an accident is due to laziness, alcohol consumption and abnormal pulse rate of driving person. Road crashes are a common cause of injury and death among the human population. The main intent of this project is to detect the person when he will be in drunken position and send an SMS to the car owner. Whenever alcohol is detected the automatically engine stops and SMS is send to the corresponding phone number. In the same way location is also shared.
KEYWORDS : Arduion, Crystal oscillator, Alcohol Sensor, GPS, GSM.

Paper Title

HEALTHCARE MONITORING SYSTEM USING IOT

Abstract

IoT in Healthcare Monitoring is the one play a Major in treatment of the where health Monitoring should be done continuously. The proposed system here consists of various medical devices such as sensors and web based applications which communicate via network connected devices and helps to monitor and record patients’ health data and medical information. The proposed outcome of the paper is to build a system to provide 24/7 monitoring the patients even in the remotest areas with no hospitals in their areas by and in homes that connecting over the internet and store information through the various devices provided in the kit using a microcontroller that records the patient’s heart rate, blood pressure, temperature, humidity. The system would be smart to intimate the patient’s attendees and the doctor about the patient’s current health status and full medical information in case any medical emergency arises. The collected Data will be stored in the database for the further assistance and treatment to be done based on the previous records. This Information can be used to analyze and predict chronic disorders or other diseases such as heart attacks in the preliminary stage itself. There is a GPS Tracking System to track a patient\'s location with the latitude and longitude and respond immediately by the location without any delay in finding the location.
KEYWORDS : Microcontroller, GPS, 16x2 display, Database.

Paper Title

DESIGN AND IMPLEMENTATION OF SMART ELECTRICITY METER

Abstract

: Electricity is one of the fundamental necessities of human beings, which is commonly used for domestic, industrial and agricultural purposes. Smart Electricity Meter is an electric device having energy meter chip for measuring the electric energy consumed and a wireless protocol for data communication. Communication between user/household and substation is done using Wi-Fi. For decades now, manual energy meters are used to estimate every end-user\'s energy consumption. But there are lots of setbacks to these meters. These meters were unable to solve the problems of power loss and theft, giving necessity to developing a metering system that will serve as a solution to all issues emanating from the consumer end. In this meter energy utilized and the corresponding amount will be displayed on the LCD continuously and communicated to the controlling base station. It analyzes designs, microcontrollers, sensors, transducers, communication protocols, data storage accuracy, and maximum power capability. The proposed system replaces traditional meter reading methods and also can monitor the meter readings regularly without the person visiting each house.
KEYWORDS : Micro-Controller, Voltage sensor, Current sensor, Relay, Arduino

Paper Title

DESIGN AND ANALYSIS OF FULL ADDER BASED ON DOMINO LOGIC TECHNIQUE

Abstract

Full adder is one of the basic blocks for many such VLSI circuits to perform multiplication, division and exponentiation operations. The demands of upcoming computing, as well as the challenges of nanometer-era of VLSI design necessitate new digital logic techniques and styles that are at the same time high performance, energy efficient and robust to noise and variation. Dynamic CMOS logic gates are broadly used to design high performance circuits due to their high speed. Circuit design using domino logic tends to be a very attractive method for high speed and low delay designs. Therefore Domino Logic based high performance full adder design is proposed in our project.
KEYWORDS : Very Large Scale Integration (VLSI), Full adder, Domino Logic.

Paper Title

ENCRYPTION AND DECRYPTION OF A SIGNAL USING FULLY HOMOMORPHIC ALGORITHM

Abstract

Due to privacy leakage of sensitive data, the conventional encryption systems are not completely secure from an intermediary service like cloud servers. The Homomorphic encryption is a special kind of encryption mechanism that can resolve the security and privacy issues. Unlike the public key encryption, it has three security procedures, i.e., key generation, encryption and decryption. In this project, design and implementation of homomorphic encryption and decryption using hybrid finite field Elliptic Curve (EC) architecture is presented. Initially, original bits and key is assigned to the processor and expanded serially. Next, bits are substituted using S-Box. After that shifting and mixing operation is performed. Now these bits are encrypted. Here, a high-performance hybrid elliptic curve point multiplication is used by the efficient finite-field arithmetic unit in affine coordinates, where elliptic curve point multiplication is the key operation of an Elliptic curve based Cryptographic (ECC) processor. Similarly, decryption process is reverse to this operation. Hence elliptic curve point multiplication based Homomorphic encryption and decryption is implemented and it gives better security compared to exist one. The proposed design is synthesized in field-programmable gate array (FPGA) technology with the VHDL. This system will provide better security, resource efficiency and high performance compared to existing standards. This elliptic curve based Homomorphic encryption technique guarantee both privacy and integrity.
KEYWORDS : Cryptography, Homomorphic Encryption, Field-Programmable Gate Array (FPGA), Elliptic Curve Based Cryptographic) ECC Processor.

Paper Title

ADVANCED LIBRARY MANAGEMENT SYSTEM USING SMATRT CARD

Abstract

In this project library management system using smart card is implemented. In this entire project RFID plays very important role. Whenever RFID reader reads the information of student, then automatically, it will display the information of the student in the corresponding department automatically, And shows the availability of books in each Rack. Hence this project gives effective outcome.
KEYWORDS : Arduino,RFID,Buzzer,16*2LCD Display.

Paper Title

DESIGN AND DEVELOPMENT OF HEART ATTACK DETECTION AND HEART RATE MONITORING

Abstract

While most current health monitoring devices monitor heart rate, body temperature, and falls, very few are available for asthmatic wheezing, which largely due to the difficulty of filtering the frequency of wheezing. In this project design and development of heart attack detection & heart rate monitoring system is implemented.By using arduino the entire system is controlled. Herat beat sensor will be detected whenever there is change in heartbeat. Similarly, SMS and location is shared to the corresponding phone number. Hence this project gives effective results.
KEYWORDS :

Paper Title

FINGERPRINT BASED ATTENDANCE SYSTEM BY USING GSM

Abstract

In today’s world regularity of student attendance is concerned in the administration of Educational Institutions. Overall academic performance is affected by the student’s attendance because poor attendance leads students in detention list. Student’s attendances are taken manually by using attendance sheet given by the faculty members in the classroom, which is a time-consuming event. Furthermore, it is very difficult to verify one by one student in a large classroom whether the authenticated students are responding or not [1]. The proposed system describes a method for Student’s Attendance System which will integrate with the fingerprint technology. This project proposes the system in that various fingerprints of students will be gutted through the fingerprint module. The fingerprints will be mapped against the data set for authentication of student attendance. The student whose fingerprint matches the most with the data set is marked present for the particular lecture. As well as this paper demonstrates how fingerprint recognition can be used for an efficient attendance system to automatically record the presence of an enrolled individual within the respective venue. Also, it maintains a log file to keep records of the entry of every individual with respect to subjects and also generate a report of attendance. This project also provides the design method of fingerprint-based student attendance with help of GSM.
KEYWORDS : Fingerprint detection, Fingerprint recognition, GSM

Paper Title

UNDERGROUND DRAINAGE MONITORING SYSTEM

Abstract

In this project underground drainage monitoring system is implemented.In this overflow sensor is detects then SMS will be send to the corresponding phone number.Next when gas sensor detects then automatically SMS will be send and buzzer will give indication.The information is displayed on the LCD.Hence this project gives effective outcomes.
KEYWORDS : Ardunio, GSM, LCD Display, Buzzer, RS232, Overflow sensor, Gassensor,Crystal oscillator,Reset.

Paper Title

GREENHOUSE MONITORING AND CONTROLING SYSTEM

Abstract

Greenhouse monitoring is a needed one for variable climate changes. Initiating from industrial controls and telecommunication, it is now being applied in environmental monitoring and agriculture. The existing system has the ability to yet lack the ability to control indoor humidity and other parameter. In this project IOT based green house environment monitoring system is implemented. This project is used to measure the various parameters like Temperature, Gas and light.
KEYWORDS : 8051 microcontroller

Paper Title

METAL COMPLEXES OF SCHIFF BASES AND THEIR POTENTIAL APPLICATIONS

Abstract

Metal complexes are crucial to industrial, medicinal, and agricultural chemistry. For the synthesis of complex chemicals known as Schiff bases, which are condensation products of primary amines and aldehydes or ketones, ligands—metals encircled by clusters of ions or molecules—are utilized. In addition to certain applications as antifertility and enzymatic agents, this study addresses usage of Schiff bases and their metal complexes as catalysts in diverse biological systems, polymers, and colors.
KEYWORDS :