Abe Joseph

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Phone: 07069023839
Address: https://github.com/joedone1
C/O, Department of Mathematics and Computer Science, Benue State University, Makurdi

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Santiago Juan-Navarro

Florida International University

Benjamin Isakhan

Deakin University

Armando Marques-Guedes

UNL - New University of Lisbon

Artemy Kalinovsky

Temple University

Gabriel Gatti

University of the Basque Country, Euskal Herriko Unibertsitatea

Franco Barchiesi

Ohio State University

Stephen Marrin

James Madison University

Janet Cherry

Nelson Mandela Metropolitan University

François-Xavier Fauvelle

Collège de France

Roberto García Ferreira

Universidad de la República

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Drafts by Abe Joseph

MULTIPLEXING FDM, TDM AND TCM.pdf

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DESIGN OF A 7-SEGMENT UP COUNTER (0-9) USING JK FLIP- FLOP A PROJECT WORK ON CMP 221: DIGITAL ELECTRONICS II

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Papers by Abe Joseph

Secret Societies: Fraternities, Witches, Wizards, and Sorcerers

Springer eBooks, 2022

Performance Evaluation of the Efficiency and Effectiveness of Prototype Microprocessor-Based Heartbeat Monitor and Alert System using GSM Module

Quest Journals: Journal of Electronics and Communication Engineering Research, 2023

This study aim to carry out a performance evaluation the efficiency and effectiveness of a protot... more This study aim to carry out a performance evaluation the efficiency and effectiveness of a prototype microprocessor-based heartbeat monitor and alert system using a GSM (Global System for Mobile Communications) module. The prototype system consists of a microprocessor unit, a pulse sensor, and a GSM module, which are connected to a patient's body to continuously monitor their heartbeat. In case of an abnormal heartbeat, the system sends an alert message to the patient's caregiver via the GSM network. The mean evaluation of the prototype was conducted by testing the system's accuracy in detecting abnormal heartbeats and the speed at which alert messages were sent and received. The results of the evaluation showed that the prototype system was able to accurately detect abnormal heartbeats and had a fast response time in sending and receiving alert messages. Result from showed the comparison for the level of accuracy, using the calculated t at the difference of 49 = 20.883;the associated probability (p) for taking decision was 0.000, since p was less than 0.05 in favour of the new prototype device, we can conclude that the existing device has a significant level of accuracy. Also, it can be seen that the prototype had a calculated t 49 = 20.333, the associated probability for taking decision is 0.000 since p is less than 0.5.It was concluded that the prototype device also had some significant level of accuracy. However, the mean difference (t = 0.55) in favour of the existing device and (mean = 0.08) in favour of the existing device indicated that there are some differences in the measurement or functionality of the existing device and the prototype. The study therefore concluded thatthe prototype microprocessor-based heartbeat monitor and alert system using a GSM module showed promising results in terms of efficiency and effectiveness in monitoring and alerting caregivers of abnormal heartbeats.

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Internet of things (IOTs) Based-Domotic Engineering

by Abe Joseph and Idris Oyibo Igagwu

International Journal of Computer Science and Mathematical Theory (IJCSMT), 2022

Context: Technology has headed towards automation for a long time. The very basic principle of te... more Context: Technology has headed towards automation for a long time. The very basic principle of technology is to make lives easier by leaving fewer things to be explicitly done by humans. There is no doubt that automation is the future and it is happening the most significantly right in our homes. With this, life is getting simpler and easier in all aspects. Automated systems are preferred over manual systems the world over. The rising increase in the number of users of internet in recent decades, has made internet a part and parcel of life, and IoT is the latest and emerging internet technology. Internet of things has been a growing network of everyday object-from industrial machine to consumer goods that can share information and complete tasks while one is busy with other activities. Internet of things (IOTs) Based-Domotic Engineering is an IoT-based system that uses computers or mobile devices to control basic home functions and features automatically through internet from anywhere around the world. Objective: This project conducts an Internet of things (IOTs) Based-Domotic Engineering using arduino and wireless control via Bluetooth module. Method: This technique employs the integration of wireless communication using Bluetooth of an android smartphone to provide the user with remote control of various lights, fans, and appliances within their home. Results: The study successfully applied the Internet of things (IOTs) Based-Domotic Engineering to engineer a smart home using arduino and wireless control through a Bluetooth module and it was user friendly and cost effective. This system was designed so as to enhance cost effectiveness and expandable allowing a variety of devices to be controlled. Conclusions: Internet of things (IOTs) Based-Domotic Engineering can make home even more intelligent. This System can be used for building automation, industrial automation, hospital automation for patients and agricultural automation for farmers. Different sensor can interface with the system such as motion sensor, light sensor, flame sensor, temperature sensor etc.

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Microcontroller-Based Environmental Temperature Measurement

SSRG international journal of computer science and engineering, Jul 30, 2022

Technology has been moving towards automation for a long time. The basic principle of technology ... more Technology has been moving towards automation for a long time. The basic principle of technology is to make life easier by explicitly leaving fewer things to a man. There is no doubt that automation is the future; most importantly, it takes place directly in the environment. It makes life easier and easier in all aspects. Globally, automated systems are preferred to manual systems. The increasing number of Internet users over the past few decades has made the Internet an integral part of life, and IoT is the latest and emerging Internet technology. Arduino is a newly developed open-source hardware and software system. Still, it has caught the attention of a large tech community. Its less technical design and affordable cost are fundamental features that widen its wide range of uses, being the compatibility with many other electronic devices and the possibility of expansion being interesting features that widen the range of uses. Arduino hardware is simply a motherboard that, with appropriate computer programming (IDE-Integrated Development Environment), can be used to create interacting objects. This project aims to build an Arduino-based embedded temperature monitoring device. The device is built using Arduino, a temperature sensor and an LCD display. The device could sense temperature and provide information in a liquid crystal display. Out of many clones and various microcontroller boards available, Arduino Uno was used in this project. The project is divided into two parts: theoretical and experimental. The project is successful and meets the pre-established objectives. The implementation is possible with the help of magazine articles downloaded from the internet, previous work by other students on Arduino projects and related websites where most information is available.