Advance Research in Analog and Digital Communications

Development of Automatic Electric Meter

2024-01-11T05:20:58+00:00

The automatic electric meter, often referred to as a smart meter, represents a technological advancement in the field of electricity distribution and monitoring. This abstract focuses on the meaning of brilliant meters which feature the imperative job of advanced energy. Smart meters offer a multidimensional benefit, such as precise measurement of electricity consumption and real time data access, thereby eliminating manual meter readings and improving operational efficiency for utility suppliers. Their capacity for time of use billing encourages consumers to shift energy intensive activities to off peak hours, reducing costs and overall electricity demand. Additionally, these meters encourage customer service through rapid outage detection and recovery. Moreover, their utility extends to limiting energy theft, favouring energy conservation, integrating renewable energy sources, facilitating grid optimization, and advancing environmental sustainability by limiting energy consumption. The automatic electric meter stands as a base of the contemporary energy ecosystem, promising enhanced efficiency, sustainability, and environmental management.

EV Charging From Multiple Sources

2024-03-28T08:30:26+00:00

The excerpt describes the implementation of an elaborate freestanding hybrid energy flow control system aimed at charging electric vehicle batteries using multiple sources, including solar panels and multiple wind turbines arranged in a grid pattern. The primary objective of the project is to enhance overall productivity, economic growth, and energy production efficiency. The battery modules gradually deliver electricity, matching the electricity generation rate, while the ship’s central administration collects data in various forms from each device. These devices monitor daily lighting system operations and are intended for integration into management platforms like the smart grid. The test area includes a weather mast that measures conditions such as wind speed and solar radiation. Wind turbines and other renewable energy sources have been extensively examined aerodynamically through wind tunnel experiments and analysis. Furthermore, the design of pneumatic wheels is combined with a system, including mechanical braking, to prevent product damage during high winds. Local weather analysis discusses various scenarios affecting the charger's performance and lighting elements.

Design and Implementation of Cell Phone Jammer by Using Microcontroller

2024-03-28T09:45:32+00:00

Cell phones are unable to receive or send signals from mobile network base stations when a mobile jammer is installed. Without interfering with other forms of communication, mobile jammers efficiently disable cell phones inside designated, regulated zones while a mobile jammer may be used anywhere, places like temples, libraries, and hospitals are particularly good places to utilize it because phone calls can be quite disruptive there. In the mobile phone frequency band, the jamming device transmits an RF signal. As per the other radio jamming the mobile jammer blocks mobile phone use by sending out the radio waves along with the same frequencies to the use of mobile phones. This affects the interference to the communication between phones and communicating towers for renders the phones unusable. Mobile phone jammers can affect several factors the presence of buildings and landscape, proximity to the tower, indoor and outdoor settings and mainly the temperature and humidity play a particularly significant role in it. People constantly interact with this technology in the modern world, and all these people have secure data and confidential information. However, in this case, someone uses this technology and tries to get the data illegally.

Empowering Healthcare with AI-Driven 5G Communication: A Smart System Perspective

2024-04-26T11:51:15+00:00

The integration of Artificial Intelligence (AI) and 5G communication technologies into healthcare has the potential to transform patient care and treatment. This paper explores AI-enabled intelligent healthcare systems that leverage the high-speed and low-latency capabilities of 5G networks for real-time data transfer, remote patient care, and medical delivery operate remotely, enabling AI-powered analysis, predictive analytics, advanced surgical support, optimized resource management, and emergency response: 5g-Ipv6 conversation networks, associated information and certificate alternate inclusive of blockchain generation and so forth. And offerings also are blanketed. The paper additionally discusses the impact of Massive MIMO and superior 5G features on channel potential in IoT networks. It specializes in transforming AI-powered inner healthcare and 5G networks. Overall, this paper's AI-enabled sensible healthcare version demonstrates excellent capacity for improving healthcare via advanced technology and facts-pushed selection-making.

Virtual Replicas for 5G Networks

2024-04-29T10:10:36+00:00

An accurate virtual clone of a mobile communication network that mimics its environment, applications, devices, and communication links is called a Mobile Networks Digital Twin (MNDT). Because it simulates many scenarios in a safe lab setting, it provides an affordable means of performance analysis, network change forecasting, network management, and decision-making. This study proposes a framework for executing the approach for the automated production and use of Network Digital Twins. The main focus is on B5GEMINI, a program that creates an MNDT specifically for 5G core networks and how they will develop into 6G, with specific applications in Industry 4.0 and cyber security. The described process covers every stage of the MNDT lifetime, from the first data collection and modelling to the actual implementation. This methodology enables a smooth exchange of information across the digital and physical network infrastructure, resulting in improved operational insights and decision-making capacities.