Knowledge &
Insights
Exploring the frontiers of technology through rigorous research, academic publications, and innovative articles.
Research Profiles
Md Golam Sarowar
Md. Golam Sarowar is a researcher and technology strategist with expertise in IoT, robotics, and smart agriculture. He focuses on practical, data-driven solutions that support sustainable farming and STEM-based social impact.
A. Z. M. Tahmidul Kabir
Researcher specializing in IoT, Embedded Systems, and Machine Learning, with a focus on sustainable solutions for developing countries.
Academic Journals
International Journal of Public Health Science (IJPHS)
Interdisciplinary research in IJPHS relating technology interventions to public health improvements.
International Journal of Electrical and Computer Engineering (IJEECS)
Study presented in IJEECS analyzing electrical power systems and computer engineering integrations.
International Journal of Reconfigurable and Embedded Systems (IJRES)
Published work in IJRES on reconfigurable computing architectures and their performance optimization.
International Journal of Informatics and Communication Technology (IJICT)
Contribution to IJICT exploring new paradigms in informatics and communication networks.
Asian Journal of Contemporary Technology – Article 2
Follow-up research article in AJCT focusing on practical applications of embedded systems in industrial automation.
Asian Journal of Contemporary Technology – Article 1
Research article published in the Asian Journal of Contemporary Technology discussing recent advancements in engineering and technology.
Selected Articles
A deep learning and machine learning approach to predict neonatal death in the context of São Paulo
This study applies deep learning and machine learning techniques to analyze neonatal mortality rates in São Paulo, identifying key risk factors and predictive patterns to improve healthcare outcomes.
Smart Wheelchair for COVID-19 Patients with Mobile Application Based Health Monitoring System
This paper discusses an IoT -based smart wheelchair through which the elderly and those who are physically challenged i.e., those who cannot do the basic movement without the help of others, will be able to do their basic movement. This wheelchair will also allow COVID-19 patients to move from one place to another in a relatively contactless condition at the hospital or airport. This wheelchair comes with a smart band through which the basic physical condition of the body, such as body temperature, pulse rate, blood oxygen, etc. parameters can be known. If the level of any of these parameters is abnormal, the system will immediately send a notification to the user's family member or access person. Additionally, the system has location tracking through which family members can track the user's location whenever they want. NodeMCU, temperature sensors, pulse sensors, etc., have been used as hardware to build the system and a mobile application designed for remote monitoring.
An intelligent wind turbine with yaw mechanism using machine learning to reduce high-cost sensors quantity
Proposed an intelligent yaw mechanism for wind turbines that utilizes machine learning algorithms to optimize orientation without relying on expensive wind direction sensors, significantly reducing manufacturing costs.
A review on notification sending methods to the recipients in different technology-based women safety solutions
A comparative review of notification protocols in women's safety devices, analyzing the effectiveness of SMS, GPS, and IoT-based alert systems in emergency situations.
IoT Based Smart Home Automation and Security System Using Mobile App With Assistant Robot for Developing Countries
Design of a cost-effective smart home automation and security system tailored for developing countries, featuring mobile app control and an assistant robot for monitoring.
Data Augmentation Technique to Expand Road Dataset Using Mask RCNN and Image Inpainting
Novel data augmentation technique combining Mask R-CNN and Image Inpainting to generate synthetic road datasets, improving the training of autonomous driving algorithms.
An IoT Based Intelligent Parking System for the Unutilized Parking Area With Real-Time Monitoring Using Mobile and Web Application
An intelligent solution to optimize urban parking by identifying and managing unutilized spaces through a real-time IoT network connected to mobile and web applications.
Smart vehicle management system for accident reduction by using sensors and an IoT based black box
Development of a smart system designed to reduce traffic accidents through real-time monitoring and alert systems, leveraging IoT black box technology for post-accident analysis.
Smart vehicle management by using sensors and an IoT based black box
A comprehensive vehicle management system utilizing IoT-enabled black boxes and sensor arrays to monitor vehicle health, driver behavior, and accident data in real-time.
IoT Based Low Cost Smart Indoor Farming Management System Using an Assistant Robot and Mobile App
A low-cost, IoT-enabled indoor farming system that uses an assistant robot and mobile app to monitor and manage plant growth, humidity, and water levels efficiently.
Safety Solution for Women Using Smart Band and CWS App
Implementation of a wearable smart band coupled with the CWS App to provide immediate emergency alerts and location tracking for women's safety.
A Comprehensive Smart IoT Tracker for the Children, Elder, and Luggage With the Assistance of Mobile App
A versatile IoT tracking device designed for the safety of children, elderly individuals, and tracking luggage, integrated with a user-friendly mobile application.
Intelligent Path-Finder for The Blind
A smart assistive device for visually impaired individuals that detects obstacles and navigates paths using ultrasonic sensors and auditory feedback.
An Intelligent Street Light System Based on Piezoelectricity Generator with Noticeable Zebra Crossing Point and Bus Stand
An energy-efficient street light system powered by piezoelectric generators, featuring intelligent illumination for zebra crossings and bus stands to enhance pedestrian safety.
Six Tier Multipurpose Security Locker System Based on Arduino
Development of a high-security six-tier locker system utilizing Arduino, providing multi-factor authentication and robust protection for securing valuables.
Automated Parking System with Fee Management Using Arduino
Prototype of an automated car parking facility with an integrated fee management system, built using Arduino microcontrollers to automate entry/exit and billing.