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Social Governance Structure Construction and Resource Allocation Methods under the Management Mode of the Internet of Things
Wireless Communications and Mobile Computing ( IF 2.146 ) Pub Date : 2021-07-20 , DOI: 10.1155/2021/7963311
Zonggang Xu 1
Affiliation  

Aiming at the problems in the social governance structure level under the management mode of the Internet of Things, this paper designs a network agent based on the idea of service grid construction that has the functions of service resource configuration discovery, load balancing, and protocol conversion. Using it as a service governance infrastructure reduces the coupling between business services and service governance, and the network agent will intercept the service call traffic within the platform to achieve cross-protocol and cross-frame service communication. Through the proposed global query decomposition strategy and algorithm, a global query mapping is realized, which solves the problem of global query decomposition based on the global data model. We designed the unified management mechanism of two commonly used IoT databases based on XML. This process involves the realization of heterogeneous Internet of Things database resource configuration, data mode conversion, and global query mapping. Among them, in the process of data schema conversion, the conflict of the data in the schema mapping is resolved, the XML Schema is generated, the schema mapping metadata is established, and the XML document of the data is generated. We build a framework for optimal allocation of cloud computing resources based on load forecasting and propose an adaptive elastic control system for resource allocation based on resource status monitoring and demand forecasting. In view of the low resource utilization problem caused by the resource management mode of single virtual machine serving single user adopted by Internet of Things service providers, this paper constructs a new public cloud architecture with a five-layer structure. On the basis of this architecture, an adaptive configuration mode of virtualized resources based on a single virtual machine serving multiple users is proposed. This mode can automatically search for optimal virtualization resources for application resource requests made by different users and run different applications on the same virtual machine without affecting the quality of service, so that IoT providers can guarantee services. At the same time, it improves the utilization efficiency of IoT resources and reduces energy consumption.

中文翻译:

物联网管理模式下的社会治理结构构建与资源配置方式

针对物联网管理模式下社会治理结构层面存在的问题,基于服务网格构建的思想,设计了一种具有服务资源配置发现、负载均衡、协议转换功能的网络代理。 . 将其作为服务治理基础设施,降低了业务服务与服务治理的耦合度,网络代理会拦截平台内的服务调用流量,实现跨协议、跨框架的服务通信。通过提出的全局查询分解策略和算法,实现了全局查询映射,解决了基于全局数据模型的全局查询分解问题。我们基于XML设计了两种常用物联网数据库的统一管理机制。这个过程涉及到异构物联网数据库资源配置、数据模式转换、全局查询映射的实现。其中,在数据模式转换过程中,解决模式映射中数据的冲突,生成XML Schema,建立模式映射元数据,生成数据的XML文档。构建了基于负载预测的云计算资源优化配置框架,提出了基于资源状态监测和需求预测的资源分配自适应弹性控制系统。针对物联网服务商采用单虚拟机服务单用户的资源管理模式造成的资源利用率低的问题,本文构建了一种新的五层结构的公有云架构。在此架构的基础上,提出了一种基于单个虚拟机服务多个用户的虚拟化资源自适应配置模式。这种模式可以针对不同用户的应用资源请求,自动寻找最优的虚拟化资源,在同一个虚拟机上运行不同的应用,而不会影响服务质量,让物联网提供商可以保障服务。同时,提高物联网资源的利用效率,降低能耗。本文构建了一个新的五层结构的公有云架构。在此架构的基础上,提出了一种基于单个虚拟机服务多个用户的虚拟化资源自适应配置模式。这种模式可以针对不同用户的应用资源请求,自动寻找最优的虚拟化资源,在同一个虚拟机上运行不同的应用,而不会影响服务质量,让物联网提供商可以保障服务。同时,提高物联网资源的利用效率,降低能耗。本文构建了一个新的五层结构的公有云架构。在此架构的基础上,提出了一种基于单个虚拟机服务多个用户的虚拟化资源自适应配置模式。这种模式可以针对不同用户的应用资源请求,自动寻找最优的虚拟化资源,在同一个虚拟机上运行不同的应用,而不会影响服务质量,让物联网提供商可以保障服务。同时,提高物联网资源的利用效率,降低能耗。这种模式可以针对不同用户的应用资源请求,自动寻找最优的虚拟化资源,在同一个虚拟机上运行不同的应用,而不会影响服务质量,让物联网提供商可以保障服务。同时,提高物联网资源的利用效率,降低能耗。这种模式可以针对不同用户的应用资源请求,自动寻找最优的虚拟化资源,在同一个虚拟机上运行不同的应用,而不会影响服务质量,让物联网提供商可以保障服务。同时,提高物联网资源的利用效率,降低能耗。
更新日期:2021-07-20
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