IoT is a revolutionary area of computing technology that allows many different devices to work together over existing internet infrastructure. Capillary networks are the intermediate interface between the IoT devices ...
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The avionic system is an important part of spacecraft, which controls and manages many functions such as telemetry and remote control, energy management, thermal control management, health management, etc. The develop...
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multimedia event recognition is one of the most important tasks with a wide range of applications from individual to group events. The standard literature on video event recognition relies on visual modality and does ...
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The automation of processes in greenhouses provides a significant advantage to the agricultural sector. Due to the rapid growth of the population, increasing demand for food and labor shortage make the autonomous moni...
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With the rapid development and increasing maturity of wireless sensor technology, a type of micro detection equipment that can work underwater has emerged, and this type of equipment has strong computing and communica...
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The article deals with the integration of Lo(ng) Ra(nge) Wide Area Network (LoRaWAN) sensors with generic manufacturing applications and Industrial Internet of Things (IIoT) use-cases. The focus is on creating a suita...
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This paper describes a study that assists visually impaired people in walking more confidently. People who are visually impaired constitute a sizable population and can be found all over the world. Technology has rece...
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An electronic data encryption standard is known as Advanced Encryption Standard (AES). This standard is used in both software and hardware, and today it is one of the most widely used encryption techniques. Implementa...
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In the context of edge computing environments, where the storage space and computational resources are constrained, complex super-resolution network models face significant challenges during inference. In this paper, ...
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The rapid progression of fifth generation (5G) technology has transformed the landscape of networking and telecommunications, introducing unprecedented data rates and minimal latency, thus unlocking new possibilities ...
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ISBN:
(数字)9798350372892
ISBN:
(纸本)9798350372908
The rapid progression of fifth generation (5G) technology has transformed the landscape of networking and telecommunications, introducing unprecedented data rates and minimal latency, thus unlocking new possibilities for innovative applications. In our study, we delve into the ongoing evolution of 5G, with a particular focus on achieving seamless mobility and integrating Multi-Access Edge computing (MEC) into 5G networks. We underscore the pivotal role of MEC integration in enhancing 5G capabilities, highlighting its capacity to facilitate efficient computation and data processing at the network edge. Our research explores the integration of cooperative computing with both serial and parallel offloading techniques, tailored to specific scenarios. Through meticulous analysis and experimentation, we assess how this integration optimizes task offloading strategies within dynamic network environments, aiming to enhance efficiency and performance in addressing the myriad challenges of modern wireless networks. The fusion of cooperative computing with serial and parallel offloading presents a promising pathway for meeting the demands of dynamic network environments. Our findings emphasize the potential of this integration in optimizing resource utilization, mitigating latency, and bolstering overall system performance. By adapting task offloading strategies to diverse scenarios, we establish a foundation for more efficient and adaptive network architectures, thereby contributing to the ongoing evolution of wireless communication technologies.
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