Abstract
With the development of the mobile Internet, smart mobile terminals have become an indispensable tool for people's lives and mobile applications are becoming more and more powerful. This research mainly discusses the dynamic resource allocation strategy of the mobile edge cloud computing environment. The physical resource layer in the network model is responsible for providing specific resources that are actually available, such as hardware resources, computing resources, storage resources, mainly including base stations, mobile edge computing servers, spectrum, power, and other communications of different infrastructure vendor basic components of the system. The functions of the virtual machine monitor include resource virtualization and resource management. As an important component of wireless network virtualization, virtual machine monitors are usually deployed in physical base stations to provide physical resources and to consider the connection between the virtual machine stations. The business of the business cache model is an application that is requested by users running on the mobile edge computing server or cloud at the base station. The computing task scheduling in the mobile edge environment can be classified as a wireless interaction model. This model captures the user throughput in cellular network interaction. The physical layer channel access strategy (CDMA) allows all mobile users to efficiently share the same spectrum resources at the same time. When the preference coefficient for task energy consumption varies between 0.35–0.55 and 0.65–1, the superior range of maximum system efficiency achieved by RAOM accounts for 55% of the entire range. This research contributes to the reasonable allocation of resources, and the mobile edge computing model improves the fairness of users with a lower transmission cost.
Highlights
In the process of the prosperity and development of cloud computing, its own problems have gradually emerged. e first is the problem of data privacy
As an important component of wireless network virtualization, virtual machine monitors are usually deployed in physical base stations to provide physical resources and to consider the connection between the virtual machine stations. e business of the business cache model is an application that is requested by users running on the mobile edge computing server or cloud at the base station
Is model captures the user throughput in cellular network interaction. e physical layer channel access strategy (CDMA) allows all mobile users to efficiently share the same spectrum resources at the same time. e channel is divided into nonoverlapping intervals through the division of channel-related parameter ranges, and each interval of selected parameters represents a state in the FSMC model. e relevant parameters used in FSMC can be the SNR of the receiving end, the amplitude of the received signal, or the collected energy
Summary
In the process of the prosperity and development of cloud computing, its own problems have gradually emerged. e first is the problem of data privacy. Data security affects the application and popularization of cloud computing in the enterprise; the most important thing is the network delay problem. Chen W believes that mobile edge cloud computing (MECC) has become an attractive solution for enhancing the computing and storage capacity of mobile devices (MD) by leveraging the available resources at the edge of the network He considers computing offloading on a mobile edge cloud composed of a group of wireless devices (WD), and each WD has an energy harvesting device that can collect renewable energy from the environment. Rimal et al researched the performance improvement of centralized cloud and integrated fiber wireless (FiWi) access network supporting MEC. E physical resource layer in the network model is responsible for providing specific resources that are available, such as hardware resources, computing resources, storage resources, mainly including base stations, mobile edge computing servers, spectrum, power, and other communications of different infrastructure vendor basic components of the system. Is model captures the user throughput in cellular network interaction. e physical layer channel access strategy (CDMA) allows all mobile users to efficiently share the same spectrum resources at the same time
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