The crowdsourcing, as a service pattern in cloud environment, usually aims at the cross-disciplinary cooperation and creating value together with customers and becomes increasingly prevalent. Software process, as a ki...The crowdsourcing, as a service pattern in cloud environment, usually aims at the cross-disciplinary cooperation and creating value together with customers and becomes increasingly prevalent. Software process, as a kind of software development and management strategy, is defined as a series of activities implemented by software life cycle and provides a set of rules for various phases of the software engineering to achieve the desired objectives. With the current software development cycle getting shorter, facing more frequent needs change and fierce competition, a new resource management pattern is proposed to respond to these issues agilely by introducing the crowdsourcing service to agile software development for pushing the agility of software process. Then, a user-oriented resource scheduling method is proposed for rational use of various resources in the process and maximizing the benefits of all parties. From the experimental results, the proposed pattern and resources scheduling method reduces greatly the resource of project resource manager and increases the team resource utilization rate, which greatly improves the agility of software process and delivers software products quickly in crowdsourcing pattern.展开更多
文章详细探讨了虚拟化网络资源管理与优化的关键方法和技术。首先,综述虚拟化网络资源管理的基础概念,包括虚拟网络功能(Virtual Network Function,VNF)、软件定义网络(Software Defined Networking,SDN)以及网络隔离技术的实现原理和...文章详细探讨了虚拟化网络资源管理与优化的关键方法和技术。首先,综述虚拟化网络资源管理的基础概念,包括虚拟网络功能(Virtual Network Function,VNF)、软件定义网络(Software Defined Networking,SDN)以及网络隔离技术的实现原理和应用。其次,深入分析如何利用这些技术进行自动化配置与资源调度,以提升网络资源的使用效率和可靠性。最后,文章提出一系列策略,包括负载均衡、资源分配优化、快速恢复技术以及安全增强措施,旨在提升虚拟化网络环境中的资源利用效率和系统的可靠性。通过对虚拟化技术及核心应用的深入探讨,为云计算环境中的网络资源管理提供了实践指导和理论支持。展开更多
概述了当前物联网发展过程中存在的主要问题,研究了软件定义网络与物联网结合的可行性,在总结分析相关软件定义物联网架构的基础上,给出了SDIoT(Software-Defined Internet of Things)通用架构,举例分析了软件定义车联网基本架构;通过...概述了当前物联网发展过程中存在的主要问题,研究了软件定义网络与物联网结合的可行性,在总结分析相关软件定义物联网架构的基础上,给出了SDIoT(Software-Defined Internet of Things)通用架构,举例分析了软件定义车联网基本架构;通过对现有研究成果的分析梳理,从异构互连、资源管理、安全可靠3个方面阐述了面临的挑战及关键技术;最后,以车联网为例,阐明了SDIoT的优势及前景,展望了未来可能的研究方向.展开更多
基金Projects(61304184,61672221)supported by the National Natural Science Foundation of ChinaProject(2016JJ6010)supported by the Hunan Provincial Natural Science Foundation of China
文摘The crowdsourcing, as a service pattern in cloud environment, usually aims at the cross-disciplinary cooperation and creating value together with customers and becomes increasingly prevalent. Software process, as a kind of software development and management strategy, is defined as a series of activities implemented by software life cycle and provides a set of rules for various phases of the software engineering to achieve the desired objectives. With the current software development cycle getting shorter, facing more frequent needs change and fierce competition, a new resource management pattern is proposed to respond to these issues agilely by introducing the crowdsourcing service to agile software development for pushing the agility of software process. Then, a user-oriented resource scheduling method is proposed for rational use of various resources in the process and maximizing the benefits of all parties. From the experimental results, the proposed pattern and resources scheduling method reduces greatly the resource of project resource manager and increases the team resource utilization rate, which greatly improves the agility of software process and delivers software products quickly in crowdsourcing pattern.
文摘文章详细探讨了虚拟化网络资源管理与优化的关键方法和技术。首先,综述虚拟化网络资源管理的基础概念,包括虚拟网络功能(Virtual Network Function,VNF)、软件定义网络(Software Defined Networking,SDN)以及网络隔离技术的实现原理和应用。其次,深入分析如何利用这些技术进行自动化配置与资源调度,以提升网络资源的使用效率和可靠性。最后,文章提出一系列策略,包括负载均衡、资源分配优化、快速恢复技术以及安全增强措施,旨在提升虚拟化网络环境中的资源利用效率和系统的可靠性。通过对虚拟化技术及核心应用的深入探讨,为云计算环境中的网络资源管理提供了实践指导和理论支持。
文摘概述了当前物联网发展过程中存在的主要问题,研究了软件定义网络与物联网结合的可行性,在总结分析相关软件定义物联网架构的基础上,给出了SDIoT(Software-Defined Internet of Things)通用架构,举例分析了软件定义车联网基本架构;通过对现有研究成果的分析梳理,从异构互连、资源管理、安全可靠3个方面阐述了面临的挑战及关键技术;最后,以车联网为例,阐明了SDIoT的优势及前景,展望了未来可能的研究方向.
