This article presents an automated system for counting and analyzing biological samples, integrating edge computing, computer vision, and Natural Language Processing (NLP) through a chatbot interface. The system proce...
详细信息
The virtual coupling system provides a solution for improving the transport capacity of heavy-haul trains, and its implementation relies on reliable train-to-train communication. However, communications are vulnerable...
详细信息
The ever-increasing use of cloud computing has made data and resource security a major issue. Unauthorized access to data and cloud services puts many people and organizations in danger. This paper aims to improve clo...
详细信息
The accurate diagnosis of disorders is contingent upon the accurate segmentation of medical images. It enables physicians to isolate specific regions of the body for further investigation. This study introduces a nove...
详细信息
The Internet of Things, or IoT, is still gaining popularity across a wide range of sectors and uses. One such sector that has witnessed a significant rise in IoT usage is industrial automation. This article uses PLC, ...
详细信息
In this paper, an edge computing-based machine-learning study is conducted for solar inverter power forecasting and droop control in a remote microgrid. The machine learning models and control algorithms are directly ...
详细信息
In recent years, fog computing has extended cloud services to the network edge, lowering network latency and congestion and overcoming cloud computing restrictions. Many hurdles, however, must be overcome before the b...
详细信息
The term "Industrial Internet of Things" (IIoT) was created to describe a specific area of the Internet of Things (IoT) that integrates Information and communication Technologies (ICT) like cloud/edge comput...
详细信息
ISBN:
(纸本)9798350333398
The term "Industrial Internet of Things" (IIoT) was created to describe a specific area of the Internet of Things (IoT) that integrates Information and communication Technologies (ICT) like cloud/edge computing, wireless sensor/actuator networks, connected objects, etc. to enable and accelerate the development of industry 4.0. Industry standards for IoT device connectivity and operation set it apart. A few of the properties of Industrial IoT include its high levels of resilience, communication availability, enormous data collecting, security, accuracy, automation, and interoperability. IIoT is also used for complicated task delegation, data-driven decision-making, and remote control of equipment. The IIoT applications also have various levels of criticality and quality of service requirements. Hence, it is very challenging to respect the specificity of each application and guarantee the required QoS. In this paper, we offload computationally demanding tasks to edge and cloud servers with stronger computational capabilities. Our suggested model tries to maximize the number of tasks completed before their tolerant deadlines while minimizing each IIoT device's energy consumption. Furthermore, we introduce a distributed cooperative game that enables each device to choose whether to offload its tasks or locally execute them based on task completion and energy consumption. We demonstrate the existence of the Nash equilibrium by demonstrating that the proposed game is a weighted potential game. We also propose a practical implementation of the game using a distributed mechanism. Finally, we evaluate the proposal using simulation to show the benefits of computation offloading in terms of latency and energy consumption.
The recent advancements in Digital Twin technologies and their transformative applications across various sectors bring in a new dimension to the Human Computer Interface Domain. Due to the immersive and interactive n...
详细信息
Millions of people worldwide suffer from the neurological condition known as epilepsy. The health of patients depends on the prompt identification of epileptic seizures, and technology can be very helpful in this resp...
详细信息
ISBN:
(纸本)9798350368109
Millions of people worldwide suffer from the neurological condition known as epilepsy. The health of patients depends on the prompt identification of epileptic seizures, and technology can be very helpful in this respect. We present a smart health band in this conference article that interfaces with an ESP8266 Node MCU, uses a number of sensors (BMP280, MAX30102, IR, DHT11, LDR, and an OLED display), and interacts with MATLAB for data processing and *** is a neurological condition that impacts millions globally, making the prompt identification of seizures essential for patient care. In this conference paper, we introduce an innovative health band designed to continuously monitor vital parameters, including heart rate, oxygen levels, temperature, humidity, and ambient light through a range of sensors. The data collected in real-time is analyzed using MATLAB algorithms to detect patterns that may indicate an impending seizure. Upon detection, the health band activates an alert system that notifies caregivers or healthcare professionals, providing them with the patient's current location. The alert system of the smart health band is crafted to ensure efficiency and effectiveness, delivering timely notifications through multiple communication methods. The patient's location is determined using GPS or Wi-Fi positioning, facilitating rapid response and intervention during seizure events. Furthermore, the health band leverages cloud computing for data storage and analysis, allowing for remote health monitoring and access. This proposed system presents a holistic approach to epilepsy management and seizure detection, featuring an integrated alert mechanism and real-time location tracking through IoT and cloud technologies. By employing various sensors connected to an ESP8266 Node MCU and utilizing MATLAB for data processing, this system offers a reliable and precise method for seizure detection. The smart health band has the potential to greatly enhance the q
暂无评论