Saikat Mukherjee

Bio: Saikat Mukherjee is an academic researcher from Tata Consultancy Services. The author has contributed to research in topics: Computer science & Engineering. The author has an hindex of 1, co-authored 1 publications receiving 4 citations.

Arduino based Wireless Heart-rate Monitoring system with Automatic SOS Message and/or Call facility using SIM900A GSM Module

Abstract: This paper represents a design and implementation of a Wireless Heart rate monitor system using ARDUINO Lilypad which is enabled with the feature of sending SOS messages or calls through GSM module. Upon monitoring if abnormal conditions arise, a call-ring (for 5 sec) or message (customized message) will be sent to a predefined mobile number depending upon how bad the situation is. There are two parts of the whole process, a transmitting circuit and a receiving circuit. The most important part (the transmitter section) for any medical assistance system is the part which will be associated with the patient .So it has to be easy to use and most importantly easy to carry. In this work ARDUINO Lilypad has been used as the main governing microcontroller board which makes the transmitting circuit wearable. The patient only needs to wear the transmitting circuit in his/her hand with the Pulse sensor attached to the finger. A RF module has been used to make the data transmission wireless and the programming has been done in Arduino IDE.

SAFR-AV: Safety Analysis of Autonomous Vehicles using Real World Data - An end-to-end solution for real world data driven scenario-based testing for pre-certification of AV stacks

Abstract: One of the major impediments in deployment of Autonomous Driving Systems (ADS) is their safety and reliability. The primary reason for the complexity of testing ADS is that it operates in an open world characterized by its non-deterministic, high-dimensional and non-stationary nature where the actions of other actors in the environment are uncontrollable from the ADS's perspective. This leads to a state space explosion problem and one way of mitigating this problem is by concretizing the scope for the system under test (SUT) by testing for a set of behavioral competencies which an ADS must demonstrate. A popular approach to testing ADS is scenario-based testing where the ADS is presented with driving scenarios from real world (and synthetically generated) data and expected to meet defined safety criteria while navigating through the scenario. We present SAFR-AV, an end-to-end ADS testing platform to enable scenario-based ADS testing. Our work addresses key real-world challenges of building an efficient large scale data ingestion pipeline and search capability to identify scenarios of interest from real world data, creating digital twins of the real-world scenarios to enable Software-in-the-Loop (SIL) testing in ADS simulators and, identifying key scenario parameter distributions to enable optimization of scenario coverage. These along with other modules of SAFR-AV would allow the platform to provide ADS pre-certifications.

Monitoring System of Heart Rate, Temperature and Infusion in Patients Based on Microcontroller (Arduino Uno)

Abstract: A patient who is hospitalized generally gets health monitoring including 3 parameters including heart rate, body temperature and level of intravenous fluid usage. These three parameters are used as an indication of the patient's significant health development. Body temperature is needed because in addition to being an indicator of a person's health, it also has little to do with heart performance, namely the more the body temperature moves away from normal body conditions, then it affects how fast or slow the heart pumps blood. throughout the body. To solve this problem, the researchers intend to create a three-parameter monitoring system, namely heart rate, body temperature and intravenous drips for patients. This monitoring system is also designed to provide a sound warning indicator in case of abnormal conditions in the monitored parameters. From the test results, it can be concluded that the device can display indicators of patient health development with 3 parameters, namely heart rate, body temperature and the level of infusion usage.

Arduino and ESP32-CAM-Based Automatic Touchless Attendance System

Abstract: AbstractAttendance is a compulsory requirement of every organization. Maintaining attendance register manually on a regular basis is a tough and laborious task. Some of the available solution to the same are biometric, RFID, eye detection, voice recognition, and many more. This paper delivers an effective and smart process for detecting the presence and marking attendance. This system uses motion detection and capture images and send those captured images to the respective mail id with the confirmation that the attendance has been received. The detailed explanation of the image capturing while motion is detected, and saving the images in a micro SD card is elaborated along with email sending procedure.KeywordsArduinoPIR sensorMotion detectionESP32 camera

Heart Rate Monitoring using Arduino

Abstract: Pulse rate sensor is utilised in our project to measure heartbeat with the help of fingers. Patient heart beat needs to be continuously checked. This project uses sensors to measure heart rate. These sensors are connected to lcd to analyse the conditions of a patient. This module is an Arduino based which uses microcontroller and sensors to monitor patients heart rate. It supports very low data rates for sensor and medical healthcare applications.

A Closed Design Cycle To Embedded Low-Cost Automation Based In Micro-Controllers

Abstract: In this paper a Discrete Event Systems approach is used to design embedded systems, implemented using a commercial low-cost platform based on a single-board micro-controller. The approach uses Time Petri Nets (TPN) to build the system model and a model-checking tool to perform the formal veri cation and to support the embedded system code generation. The method was applied to design an automated sorting machine using the Arduino platform as programming device.