The rapidly evolving landscape of smart technology is fundamentally transforming home automation, increasingly weaving it into the fabric of our everyday lives. As we strive for more intuitive and seamless interaction...
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Gazecon, the proposed system uses eye gaze or eye control which is a non-verbal communication method that enables people with disabilities to put forward their requirements/needs. With the help of an eye control syste...
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Gazecon, the proposed system uses eye gaze or eye control which is a non-verbal communication method that enables people with disabilities to put forward their requirements/needs. With the help of an eye control system, people with disabilities can move without the assistance of others. This is very beneficial not only for the individuals with disabilities but also for the future of natural input. This system works in a manner where the web- camera of the device first detects the position of the eyes. Then the pupil of the eye is traced along with the various pupil variations as well. This tracing helps the disabled person to track their needs with their eyes and convey their needs to the caretaker. Since this system entirely depends on eye tracking technology, it is called a vision-controlled communication system. This paper consists of the experimentation results of the proposed system in different conditions like illumination, occlusion and quality difference in the feed in which the proposed system out performs all the existing solutions with a considerable accuracy.
Artificial Intelligence in todays world has so many use cases in so many fields that people think tat AI will replace humans and take over their jobs. The advancement made in the sectors like content creation, image d...
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This paper introduces a project enabling non-coders to control a Poppy Ergo Jr. robotic arm with Dynamixel servomotors. Originally using a Raspberry Pi and Pixl board, various constraints related to importation led to...
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ISBN:
(纸本)9798400709944
This paper introduces a project enabling non-coders to control a Poppy Ergo Jr. robotic arm with Dynamixel servomotors. Originally using a Raspberry Pi and Pixl board, various constraints related to importation led to adopting a ROBOTIS OpenCM9.04 board. A client-server architecture was implemented for remote control, with creative coding platforms (***, Processing, Pure Data, Python) as clients. The server, utilizing a two-layer architecture, manages communication and interfaces with the ROBOTIS OpenCM9.04 board. The OSC andWebSocket protocols were chosen for communication due to their flexibility and their ease of use. Clients were developed for each platform, leveraging compatibility layers.
Cloud computing, the fastest-growing IT technology, offers flexibility and scalability with pay-per-use models, but it raises concerns about data security due to third-party storage and online accessibility. Effective...
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The proceedings contain 48 papers. The topics discussed include: implementation of the optical lock through visible light communication using AES;effect of substrate-height on the property of ultrawideband Wilkinson p...
ISBN:
(纸本)9798350355093
The proceedings contain 48 papers. The topics discussed include: implementation of the optical lock through visible light communication using AES;effect of substrate-height on the property of ultrawideband Wilkinson power divider;Chebyshev polynomial based harmonic estimation for solar photovoltaic system;impact of DG penetration level on the sustainable operation of smart power distribution network under various load conditions;optimal voltage regulation and energy efficiency in photovoltaic grid system;investigation of water cycle algorithm in renewable based microgrid;optimizing economic load dispatch problem using curve fitting and artificial neural networks;design of battery and ultra capacitor for stability improvement of microgrid in constraint to secondary controller;and thermal consequences of elevated current density: effects on transformer longevity and reliability.
Cloud technology provides solutions to a variety of software platform and data accessibility issues. However, as the industrial revolution 4.0 progresses, innovations such as healthcare 4.0 smart buildings, IoT enable...
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EMRs, or electronic medical records, and their accessibility have undergone a significant transformation as a result of the healthcare industry's growing adoption of cloud computing & Internet of Things, or Io...
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EMRs, or electronic medical records, and their accessibility have undergone a significant transformation as a result of the healthcare industry's growing adoption of cloud computing & Internet of Things, or IoT, technology. In order to address the crucial safety and effectiveness concerns in sharing of fog-assisted Internet of Things based on the cloud EMRs, this research proposes a novel approach for constructing a lightweight control system for access based on blockchain. The outsourcing of secured electronic medical records, or EMRs, has come to be a vital component of the contemporary healthcare landscape, mostly due to the collection of data from several healthcare application and Internet of Thing devices. This strategy has unmatched benefits, such as increased accessibility, efficient interprofessional collaboration, and a significant decrease in computational operation expenses. The goal of this research project is to maximize the effectiveness of EMR sharing while simultaneously strengthening the security of sensitive medical data. The suggested framework leverages blockchain technology to provide an intuitive and safe access control mechanism for the Internet of Things, with assistance from Fog. By doing this, the system delivers strong resistance to unwanted access, transparent access, and data integrity. Privacy Preservation using cutting-edge encryption methods to safeguard medical data privacy. Blockchain Protection implementing access control on blockchain to raise the general security of the system. Increasing Efficiency Making use of Fog-assisted IoT to reduce computing expenses and optimize data-sharing procedures.
The proceedings contain 129 papers. The topics discussed include: automation of financial aid distribution systems using consortium blockchain;from cries to answers: a comprehensive CNN+DNN hybrid model for infant cry...
ISBN:
(纸本)9798350350289
The proceedings contain 129 papers. The topics discussed include: automation of financial aid distribution systems using consortium blockchain;from cries to answers: a comprehensive CNN+DNN hybrid model for infant cry classification with enhanced data augmentation and feature extraction;a ROS-2 based path planning and maze solving of autonomous robots;blockchain-based controller recovery and SDN packet filtering scheme for softwarized UAVs;electrical power quality disturbances detection in transmission lines using machine learning-enabled classifier;machine vision based local hyacinth bean breed recognition using convolutional neural network;ultra-low cost, low power, high speed electronic braille device for visually impaired people;and smart decision maker and monitoring system for modern agriculture based on Internet of Things.
This research article presents a comparative analysis of two different heuristic optimization techniques for controller design of Automatic Generation control (AGC) application. A conventional PID tunning method Ziegl...
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