Papers by Bhagyashree Dharaskar
Innovative Approach for Wireless Health Monitoring System Using Client-Server Architecture
Real Time Patients health monitoring system with wireless sensor network using soft computing is ... more Real Time Patients health monitoring system with wireless sensor network using soft computing is an innovative idea. It also generates predication on patient’s health condition based on summation of all medical records of patient. It offers anytime and anywhere remote monitoring of patients. In this wireless architecture, many to many relationship between client (patient) and server (doctor) are established and various types of communication scheme are used between them. Apart from monitoring patient’s health, wrist worn device provide few auxiliary functions that fulfil the living demands of patients and it uses various types of sensors to acquire continuous vital signs of patients including blood pressure, heart rate, SpO2 and body temperature. Transmission of this digital data over internet is done using general packet radio service to web server where database are stored. Generated predication will be displayed on web application. With the help of web application authorized medi...
An Event Based Digital Forensic Scheme for Vehicular Networks
International Journal on Recent and Innovation Trends in Computing and Communication, 2023
The software in today's cars has become increasingly important in recent years. The development o... more The software in today's cars has become increasingly important in recent years. The development of high-tech driver assistance devices has helped fuel this movement. This tendency is anticipated to accelerate with the advent of completely autonomous vehicles. As more modern vehicles incorporate software and security-based solutions, "Event-Based digital forensics," the analysis of digital evidence of accidents and warranty claims, has become increasingly significant. The objective of this study is to ascertain, in a realistic setting, whether or not digital forensics can be successfully applied to a state-of-the-art automobile. We did this by dissecting the procedure of automotive forensics, which is used on in-car systems to track the mysterious activity by means of digital evidence. We did this by applying established methods of digital forensics to a state-of-the-art car.
Our research employs specialized cameras installed in the study areas and a log of system activity that may be utilized as future digital proof to examine the effectiveness of security checkpoints and other similar technologies. The goal is to keep an eye on the vehicles entering the checkpoint, look into them if there is any reason to suspect anything, and then take the appropriate measures. The problem with analyzing this data is that it is becoming increasingly complex and time-consuming as the amount of data that has been collected keeps growing. In this paper, we outline a high-level methodology for automotive forensics to fill in the blanks, and we put it through its paces on a network simulator in a state-of-the-art vehicle to simulate a scenario in which devices are tampered with while the car is in motion. Here, we test how well the strategy functions. Diagnostics over IP (Diagnostics over IP), on-board diagnostics interface, and unified diagnostic services are all used during implementation. To work, our solution requires vehicles to be able to exchange diagnostic information wirelessly.
These results show that it is possible to undertake automotive forensic analysis on state-of-the-art vehicles without using intrusion detection systems or event data recorders, and they lead the way towards a more fruitful future for automotive forensics. The results also show that modern autos are amenable to forensic automotive analysis.
Dynamic Particle Swarm Optimization is to solve Emission and Economic Dispatch Problem
International journal of engineering trends and technology, Jun 25, 2014
This paper presents an efficient and reliable Dynamic particle swarm optimization (Dynamic PSO) a... more This paper presents an efficient and reliable Dynamic particle swarm optimization (Dynamic PSO) algorithm based technique for solving the emission and economic dispatch (E&ED) problems. The harmful ecological effects by the emission of particulate and gaseous pollutants from fossil fuel power plants can be reduced by proper load allocation among the various generating units of the plants. But this load allocation may lead to increase in the operating cost of the generating units. So, it is necessary to find out a solution which gives a balanced result between emission and cost. In this paper, Dynamic particle swarm optimization solution to E&ED problem is presented. The results are obtained for a test system with six generating units. The performance of the Dynamic PSO is compared with simple particle swarm optimization method, real coded genetic algorithm and hybrid genetic algorithm. The results clearly show that the proposed method gives global optimum solution compared to the other methods.
International Journal of Research Publication and Reviews
At some point in their life, everyone has probably gotten lost in an auditorium, had trouble find... more At some point in their life, everyone has probably gotten lost in an auditorium, had trouble finding an exit at an airport, or maybe they got there late because they didn't find suitable lecture hall in a university. But this way of getting lost in complexes and large halls could soon be a thing of the past. Today, indoor navigation apps for mobile devices are common and people need to find their destination inside tall buildings. Most indoor navigation apps use different technologies such as Wi-Fi fingerprints and Bluetooth beacons. These applications use pre-computed paths and fixed background maps to guide users to their destinations. Users of these systems need to understand how specific interior cards and card reading signals work in general. Additionally, these systems require complex and precise calculations to determine a route before navigating begins, which can be affected by spotty Wi-Fi signals. Discover Indoor Maps, the new generation of indoor navigation. In this article, we offer an indoor map that expands to 3D capabilities using augmented reality, with an increasing focus on commerce and general orientation. Indoor navigation systems integrating augmented reality allow users to locate locations in buildings and gain more knowledge about their surroundings. Although different efforts with different technologies, infrastructures and capabilities have been introduced, the procedures used to specify these systems have not yet been standardized. Additionally, while systems generally manage location contextual information in a proprietary format, a platform-independent model is desirable, which would encourage its access, updating, and management. This article proposes an approach for the development of an indoor navigation system based on the integration of augmented reality and semantic web technologies to present navigation instructions and contextual information about the environment.
International Journal for Research in Applied Science and Engineering Technology, Apr 30, 2023
At some point in their life, everyone has probably gotten lost in an auditorium, had trouble find... more At some point in their life, everyone has probably gotten lost in an auditorium, had trouble finding an exit at an airport, or maybe they got there late because they didn't find suitable lecture hall in a university. But this way of getting lost in complexes and large halls could soon be a thing of the past. Today, indoor navigation apps for mobile devices are common and people need to find their destination inside tall buildings. Most indoor navigation apps use different technologies such as Wi-Fi fingerprints and Bluetooth beacons. These applications use pre-computed paths and fixed background maps to guide users to their destinations. Users of these systems need to understand how specific interior cards and card reading signals work in general. Additionally, these systems require complex and precise calculations to determine a route before navigating begins, which can be affected by spotty Wi-Fi signals. Discover Indoor Maps, the new generation of indoor navigation. In this article, we offer an indoor map that expands to 3D capabilities using augmented reality, with an increasing focus on commerce and general orientation. Indoor navigation systems integrating augmented reality allow users to locate locations in buildings and gain more knowledge about their surroundings. Although different efforts with different technologies, infrastructures and capabilities have been introduced, the procedures used to specify these systems have not yet been standardized. Additionally, while systems generally manage location contextual information in a proprietary format, a platform-independent model is desirable, which would encourage its access, updating, and management. This article proposes an approach for the development of an indoor navigation system based on the integration of augmented reality and semantic web technologies to present navigation instructions and contextual information about the environment.
International Journal for Research in Applied Science and Engineering Technology
This project proposes designing and implementing an LPG gas leakage detection and alert system fo... more This project proposes designing and implementing an LPG gas leakage detection and alert system for households and industries. The increase in deaths caused by LPG explosions has highlighted the need for a gas leak detection system to identify potential hazards. Various gas sensors are used in this process, including wireless and GSM technology. The gas sensor detects the presence of LPG gas in the environment, and the microcontroller processes the sensor data to trigger an alarm or shut off the gas supply. The system can also send an SMS alert to a designated phone number in case of gas leakage. The proposed system is intended to prevent accidents, fires, and explosions by providing an early warning and taking necessary actions to minimize the damage caused by gas leakage. The proposed LPG Gas Leak Detection Smart Tool effectively addresses the growing concern about LPG explosions and their catastrophic consequences.
Online Notice Board System
International Journal of Advanced Research in Science, Communication and Technology
Digital Notice Board is most important factor in any organization or public utility for the place... more Digital Notice Board is most important factor in any organization or public utility for the places like bus stop, railway stations, schools, colleges, malls, etc. But sticking multiple notices every day is a irritating process. An person character is wanted to take care of these notices. This mission is about advanced cell board. The task is built around raspberry-pi. Display is obtained on LCD. A wi-fi continuously used for Data transmission. We can add or erase or differ the textual content material in accordance to our need. At transmitter, authorized PC is used for sending notices. At receiving end wi-fi fidelity is linked to raspberry pi. When a licensed consumer sends a message that is to be displayed from his system, it is familiar via way of receiver. Wireless is a popular technology known- that how to approve digital device to alternate information over a pc network, collectively with high speed wireless connections. The data is acquired from authenticated user, then it sen...
International Journal for Research in Applied Science and Engineering Technology, Apr 30, 2023
Now a day, everything is getting digitized day by day. It decreases the extra efforts of human an... more Now a day, everything is getting digitized day by day. It decreases the extra efforts of human and make our lives easier and simpler. Project aims to automate the overall process to selection in bulk. This project is inspired by selection process for defense sector, police recruitments and sports selection in bulk. By taking a look at the selection process. It took a very long time for evaluations and to enter it into records with accuracy. This is how we got the idea to change the manual system into automated system. While going for an automated system, we found that the system is very expensive we worked on how to minimize the price and make it pocket friendly for user. To create an automated system with the advancement of technology we are using IOT. To detect the height, weight, BMI of a person with accuracy we will use sensors. The sensors will also scan and stores the person's data in the database in addition to this, our system is pocket friendly and affordable. We will also add age, name and other details of candidate in same thing. We are also taking help from some of the research papers available online. We are going to have 2 segments in this project: 1) Hardware 2) Software. This project is inspired by selection process for defense sector, police recruitments and sports selection in bulk. By taking a look at the selection process, it is observed that the process includes the evaluation of all parameters is done manually and takes long time for completion of process of single candidate. It took a very long time for evaluations and to enter it into records with accuracy. This is how we got the idea to change the manual system into automated system. While going for an automated system, we found that the system is very expensive so we worked on how to minimize the price and make it pocket friendly for user. To create an automated system with the advancement of technology we are using IOT. The main purpose of this system will be to minimize the work load during physical test in selection process. To detect the height, weight, BMI of a person with accuracy we will use sensors. The sensors will also scan and stores the person's data in the database. In addition to this, our system is pocket friendly and affordable. We will also add age, name and other details of candidate in same thing. I.
A Review on Fog: A Future Support for Cloud Computing
Gateway Access in WMN: An Overview
A Review on Security in Vehicular Network
— Traffic Safety is a major challenge recognized by governments and automotive companies around t... more — Traffic Safety is a major challenge recognized by governments and automotive companies around the world. On an average day in India, vehicular collisions kill more than 100 and injure thousands. To further improve traffic safety and efficiency, significant research efforts have been undertaken to integrate computing and communication technologies into vehicles. This enables vehicles to alert each other with information like speed, position, acceleration and road conditions over short and medium range wireless networks called Vehicular Ad Hoc Network (VANET). In this paper we did a brief survey of security-related issues and proposed solutions in the setting of vehicular ad-hoc networks. We present the techniques that have been proposed so far to ensure security and privacy in such networks.
A Novel Architecture for Authentication and Secure Communication in VANET
Authenticate communication model provides secure inter and intra vehicles communication. This arc... more Authenticate communication model provides secure inter and intra vehicles communication. This architecture uses the concept of distributed database. Every driver has to prove his identity to certified authority to get the communication rights to communicate with other vehicles. Vehicular ad-hoc network for intelligent transport system (ITS) which has become an essential service, provides safety and convenience services like mobile nodes communication, electronic toll collection system, real time audio, collision avoidance, road side safety, traffic jam using cellular phone. In this paper we present a novel architecture for user authentication and communication in Vehicular Ad hoc Networks. Keywords— Wireless communication network (WSN), VANET, GPS, WLAN, CA (Certifying Authority).
— Traffic Safety is a major challenge recognized by governments and automotive companies around t... more — Traffic Safety is a major challenge recognized by governments and automotive companies around the world. On an average day in India, vehicular collisions kill more than 100 and injure thousands. To further improve traffic safety and efficiency, significant research efforts have been undertaken to integrate computing and communication technologies into vehicles. This enables vehicles to alert each other with information like speed, position, acceleration and road conditions over short and medium range wireless networks called Vehicular Ad Hoc Network (VANET). In this paper we did a brief survey of security-related issues and proposed solutions in the setting of vehicular ad-hoc networks. We present the techniques that have been proposed so far to ensure security and privacy in such networks.
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Papers by Bhagyashree Dharaskar
Our research employs specialized cameras installed in the study areas and a log of system activity that may be utilized as future digital proof to examine the effectiveness of security checkpoints and other similar technologies. The goal is to keep an eye on the vehicles entering the checkpoint, look into them if there is any reason to suspect anything, and then take the appropriate measures. The problem with analyzing this data is that it is becoming increasingly complex and time-consuming as the amount of data that has been collected keeps growing. In this paper, we outline a high-level methodology for automotive forensics to fill in the blanks, and we put it through its paces on a network simulator in a state-of-the-art vehicle to simulate a scenario in which devices are tampered with while the car is in motion. Here, we test how well the strategy functions. Diagnostics over IP (Diagnostics over IP), on-board diagnostics interface, and unified diagnostic services are all used during implementation. To work, our solution requires vehicles to be able to exchange diagnostic information wirelessly.
These results show that it is possible to undertake automotive forensic analysis on state-of-the-art vehicles without using intrusion detection systems or event data recorders, and they lead the way towards a more fruitful future for automotive forensics. The results also show that modern autos are amenable to forensic automotive analysis.
Our research employs specialized cameras installed in the study areas and a log of system activity that may be utilized as future digital proof to examine the effectiveness of security checkpoints and other similar technologies. The goal is to keep an eye on the vehicles entering the checkpoint, look into them if there is any reason to suspect anything, and then take the appropriate measures. The problem with analyzing this data is that it is becoming increasingly complex and time-consuming as the amount of data that has been collected keeps growing. In this paper, we outline a high-level methodology for automotive forensics to fill in the blanks, and we put it through its paces on a network simulator in a state-of-the-art vehicle to simulate a scenario in which devices are tampered with while the car is in motion. Here, we test how well the strategy functions. Diagnostics over IP (Diagnostics over IP), on-board diagnostics interface, and unified diagnostic services are all used during implementation. To work, our solution requires vehicles to be able to exchange diagnostic information wirelessly.
These results show that it is possible to undertake automotive forensic analysis on state-of-the-art vehicles without using intrusion detection systems or event data recorders, and they lead the way towards a more fruitful future for automotive forensics. The results also show that modern autos are amenable to forensic automotive analysis.