In real life, the increased data accessing speed and data storage ability is required by most of the machinery fields. However, the real-world problems can be studied effectively with the combinati...

Performance Analysis of Deterministic Finite Automata and Turing Machine Using JFLAP Tool

AI Based Tagging the Optimal Power Point of a Solar Photovoltaic Using Artificial Bee Colony (ABC) Optimization Algorithm

India is one of the countries in this world, having the highest number of birth rates but with such high birth rates, the number of women, working, after giving birth is no less but has increased to a great extent. When a mother has given birth to a newborn, she usually spends more than a year attending to the baby's needs. During this time, if she must leave for her work, it makes it difficult for her as she must leave her baby in good hands. To address this problem, this research proposes a solution in the form of a smart baby monitoring system. The research focuses on developing and implementing this technology to make it easier for mothers to keep an eye on their babies remotely. We aim to build an automatic baby monitoring system in which the environment of the baby is monitored by getting the temperature and humidity values also maintaining the environment by switching of the fan to the required amount to maintain the temperature. If the baby cries, the parents are alarmed by ringing a buzzer which could be placed in their room. The cradle is made to automatically swing to help the baby fall asleep, whenever it makes noise. The system also involves a web application being created which is updated from time to time, about the status of the baby (- asleep or awake) and the environment of the baby. In the near future, we also plan to integrate a Camera module with our system and display the video on our website so that the parents not only get to know the status of the baby, but also be able to see their baby. 

Baby Monitoring System using Arduino Uno

Certain cradles are created with Internet of things (IoT)’ integration, but there are still some features that could be added to monitor the health of babies. Parents need tomanage their professional work and also should take care of their children that increases the work load for the parent and effects their professional lives as well as their children’s lives. So here we are adopting a modern-day cradle system due to thelack of features in traditional cradle systems. The proposed system allows mothers to manage both their career and personal lives. There is a need to build a smart cradle that will allow parents to focus on their work and provides minimal protection to their infants. The proposed method produces a system that is both safe and efficient. 

IoT based Smart Cradle System

The goal of visual media colorization, which is a basic and fundamental subject in computer graphics, is the addition of color to a monotone source image in order to get a vivid bright-colored result. Currently, artists around the world must manually decide the colors using editing software. This study intends to automate this process of converting a black-and-white medium into a colored one. In this research work, Deep Learning for visual media colorization with the help of parallel computing is proposed, with a simple colorization method in which the model detects objects and imparts color to the input feed based on the trained dataset. A model will be trained based on CNN to automatically convert grayscale video feed into the colored video feed. 

Parallel Computing and Deep Learning-Based Techniques for Colorization of Visual Media

It is becoming more popular because of the widespread availability of high-speed Internet and the widespread use of mobile phones, both of which are contributing to its rise in popularity. One such significant issue is the use of mobile phones by working parents to keep an eye on the behaviour of their children while they are babysitting for others, which is a significant concern. This study introduces the notion of a smart cradle, which enables for this kind of video monitoring to be carried out on an infant. An infant’s scream triggers the automated swinging of this cradle, which begins when the sensor detects it. In addition, if the baby’s cry persists for an extended period of time, the gadget triggers a buzzer and sends a text message to the phone, signalling that the cradle is no longer capable of handling the infant and that the baby needs human assistance if the cradle’s mattress is wet. This cradle is equipped with an automatic spinning toy for the baby’s entertainment, which reduces the likelihood of a newborn crying throughout the day. A notable rise in the number of working mothers has been seen in recent years. Consequently, the vast majority of parents place their children in the care of their grandparents or in the care of child-minding companies. In addition, we developed a new algorithm for our system, which is critical in delivering better newborn care when parents are not there to assist. Due to the fact that parents are unable to continuously monitor their children’s condition in ordinary or atypical situations while they are at work, this is the case. Node is the fundamental building unit of a microcontroller. Over the course of a single day, the controller board will collect data from the sensors and transmit it to the Adafruit MQTT server over Wi-Fi to be processed. In addition to monitoring the baby’s vital signs, sensors are also used to detect environmental conditions such as the temperature, humidity, and amount of crying in the surroundings. Using the NX Siemens software, a prototype for the cradle was created. Red meranti wood was utilized in its construction. Whenever the baby begins to scream, the system design automatically swings the infant cradle, which is powered by a motor that is built into the system. In addition, parents may use an external web camera to keep checks on the health of their children when they are away from home. Every aspect of this network has been tested to guarantee that it functions effectively and safely at all times.

/pdf/internet-of-things-based-patient-cradle-system-with-an-3dlt4yg1.pdf

Internet of Things-Based Patient Cradle System with an Android App for Baby Monitoring with Machine Learning

Cloud network is a traditional computing area in which there are three types of services in cloud architecture. Services are Infrastructure as a Services(IaaS), Platform as a Services(PaaS), Software as a Services (PaaS). Moreover“ Testing as a a Services(Taas) & Security as a Service (SECaaS) ”are introduced in this paper. Taas is a testing methodology in cloud environment. It used many testing strategies and provides high and very efficiency performance in cloud network. Security as a Service (SECaaS) provides integrates their security services into a corporate infrastructure on a subscription basis more cost effectively.

A Survey on TaaS & SECaaS in Cloud Environment

Industrialization and other technological growth require power as a mandatory source. Generating power without harming the environment makes much sense, so that it creates an eco-friendly environment and reserves fossil fuels for the next generation. Artificial Intelligence AI technology is evolving everywhere. Making use of AI technology in renewable energy generation techniques creates better benefits for society. The power demand of each and every country is growing rapidly. In order to convert the available natural solar energy into electrical energy, solar photovoltaic (PV) systems are used. Although its efficiency is theoretically 86.8%, practically, for varying reasons, it is only 68.7%. To bridge the practical efficiency gap, enormous focus is needed in different parts of the system. The proposed investigation will provide insights on various AI technologies that are used to track maximum power points (MPPs) from the solar PV.

A Comprehensive Study of AI-based Optimal Potential Point Tracking for Solar PV Frameworks

A bionic arm is a robotic hand that can be controlled manually or by machines. It resembles and acts like a human hand. It makes use of AI technology to make decisions and control other hand movements. The primary function of this hand is to ensure that all productions and tasks are flawless. The movement of the hand can be controlled via a wireless medium; it utilises a camera to grasp the gesture or the task that it needs to perform. It can be used for industrial applications where the periodic function is not carried out by the machine; it is specially designed to perform unique tasks. This can be used to accent the words in the understandable mode for deaf people as well; it converts written or stored content into accent. This system performs multiple tasks as per the instructions provided to it as an input. Most applications that humans cannot perform in various situations can be performed by this bionic arm.

Gesture-based Control of a Bionic Arm – A Prototype Design

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Internet of Things-Based Patient Cradle System with an Android App for Baby Monitoring with Machine Learning

A Survey on TaaS & SECaaS in Cloud Environment

A Comprehensive Study of AI-based Optimal Potential Point Tracking for Solar PV Frameworks

Gesture-based Control of a Bionic Arm – A Prototype Design