近两年来,生成式AI的快速发展正悄然催生一些颠覆性的变化。随着模型能力的持续演进,AI正从辅助工具进化为具备独立完成任务能力的“服务执行者”。在这一背景下,围绕SaaS模式的重新定义也开始引发广泛关注:软件的角色正由“可操作的工...近两年来,生成式AI的快速发展正悄然催生一些颠覆性的变化。随着模型能力的持续演进,AI正从辅助工具进化为具备独立完成任务能力的“服务执行者”。在这一背景下,围绕SaaS模式的重新定义也开始引发广泛关注:软件的角色正由“可操作的工具”转向“可交付的服务”——“软件即服务”(Software as a Service)正在向“服务即软件”(Service as a Software)演进。以成果为导向的交付逻辑,或将深刻重塑传统服务模式。展开更多
随着信息技术的飞速发展,软件即服务(Software as a Service,SaaS)模式与区块链技术在农业领域的融合应用正逐渐成为推动农业现代化进程、提高农业生产效率及确保食品安全的重要力量。从SaaS模式与区块链技术协同概述出发,构建SaaS模式...随着信息技术的飞速发展,软件即服务(Software as a Service,SaaS)模式与区块链技术在农业领域的融合应用正逐渐成为推动农业现代化进程、提高农业生产效率及确保食品安全的重要力量。从SaaS模式与区块链技术协同概述出发,构建SaaS模式下农业精准化服务与区块链溯源协同模型,并将其应用于实际农业生产。展开更多
疫情就是命令,防控就是责任。在疫情防控期间,面对日益升级的管控形势,各高校在校园管控中结合各自学校特点,做出相应的校园管控策略。本文以对外经济贸易大学为视角,介绍了SaaS系统如何在疫情防控期间发挥基础性支撑保障作用,让校园管...疫情就是命令,防控就是责任。在疫情防控期间,面对日益升级的管控形势,各高校在校园管控中结合各自学校特点,做出相应的校园管控策略。本文以对外经济贸易大学为视角,介绍了SaaS系统如何在疫情防控期间发挥基础性支撑保障作用,让校园管控体系既十分严格又不失灵活,在SaaS系统技术支撑的管控体系下,教职工进出校园既安全又高效,同时,人员进出学校前轨迹清晰,防止感染源输入,确保了校园安全。本文主要研究了疫情期间校门管控的流程再造和非接触式办公,创新之处在于在疫情防控工作初期(2019年末至2020年初),在还没有普及人脸识别闸机时,在北京各高校中,首创开发的SaaS校园进出系统如何发挥作用。Epidemic situation is an order, and prevention and control is a responsibility. During the prevention and control period of the new crown epidemic, in the face of the increasingly escalating management and control situation, colleges and universities made corresponding campus management and control strategies in combination with their own school characteristics. From the perspective of the University of International Business and Economics, this paper introduces how the SaaS system plays a fundamental supporting role in the prevention and control of the new crown epidemic, so that the campus management and control system is very strict and flexible. Under the management and control system supported by the SaaS system technology, it is safe and efficient for faculty to enter and leave the campus. At the same time, the track of staff before entering and leaving the school is clear, so as to prevent the input of infection sources and ensure the safety of the campus. This paper primarily investigates the process reengineering of school gate management and control, as well as non-contact office practices during the pandemic. The innovation lies in exploring how the SaaS campus access system, initially developed in Beijing’s universities, functioned during the early stages of COVID-19 prevention and control (late 2019 to early 2020), when face recognition gateways were not yet widely adopted.展开更多
以往独立、分散式的软硬件监控管理方式已经难以适应实时测控数据处理对设备的可靠性需求。基于微服务(Microservice)体系架构,依托云平台设计并实现一体化性能监控系统,通过云平台提供的SaaS(Software as a Service)云服务Web接口可以...以往独立、分散式的软硬件监控管理方式已经难以适应实时测控数据处理对设备的可靠性需求。基于微服务(Microservice)体系架构,依托云平台设计并实现一体化性能监控系统,通过云平台提供的SaaS(Software as a Service)云服务Web接口可以透明地对中心的各类设备、服务进行分类管理,实现监控数据收集分析和故障自动识别报警等功能。实验表明,基于微服务架构的一体化性能监控SaaS云服务对被监控设备或服务的性能损耗和资源占用少、数据获取和推送速度快、异常事件触发精准、处理闭环,能够较好地满足实时测控中心对设备和服务的监控需求。展开更多
文摘近两年来,生成式AI的快速发展正悄然催生一些颠覆性的变化。随着模型能力的持续演进,AI正从辅助工具进化为具备独立完成任务能力的“服务执行者”。在这一背景下,围绕SaaS模式的重新定义也开始引发广泛关注:软件的角色正由“可操作的工具”转向“可交付的服务”——“软件即服务”(Software as a Service)正在向“服务即软件”(Service as a Software)演进。以成果为导向的交付逻辑,或将深刻重塑传统服务模式。
文摘随着信息技术的飞速发展,软件即服务(Software as a Service,SaaS)模式与区块链技术在农业领域的融合应用正逐渐成为推动农业现代化进程、提高农业生产效率及确保食品安全的重要力量。从SaaS模式与区块链技术协同概述出发,构建SaaS模式下农业精准化服务与区块链溯源协同模型,并将其应用于实际农业生产。
文摘疫情就是命令,防控就是责任。在疫情防控期间,面对日益升级的管控形势,各高校在校园管控中结合各自学校特点,做出相应的校园管控策略。本文以对外经济贸易大学为视角,介绍了SaaS系统如何在疫情防控期间发挥基础性支撑保障作用,让校园管控体系既十分严格又不失灵活,在SaaS系统技术支撑的管控体系下,教职工进出校园既安全又高效,同时,人员进出学校前轨迹清晰,防止感染源输入,确保了校园安全。本文主要研究了疫情期间校门管控的流程再造和非接触式办公,创新之处在于在疫情防控工作初期(2019年末至2020年初),在还没有普及人脸识别闸机时,在北京各高校中,首创开发的SaaS校园进出系统如何发挥作用。Epidemic situation is an order, and prevention and control is a responsibility. During the prevention and control period of the new crown epidemic, in the face of the increasingly escalating management and control situation, colleges and universities made corresponding campus management and control strategies in combination with their own school characteristics. From the perspective of the University of International Business and Economics, this paper introduces how the SaaS system plays a fundamental supporting role in the prevention and control of the new crown epidemic, so that the campus management and control system is very strict and flexible. Under the management and control system supported by the SaaS system technology, it is safe and efficient for faculty to enter and leave the campus. At the same time, the track of staff before entering and leaving the school is clear, so as to prevent the input of infection sources and ensure the safety of the campus. This paper primarily investigates the process reengineering of school gate management and control, as well as non-contact office practices during the pandemic. The innovation lies in exploring how the SaaS campus access system, initially developed in Beijing’s universities, functioned during the early stages of COVID-19 prevention and control (late 2019 to early 2020), when face recognition gateways were not yet widely adopted.
文摘以往独立、分散式的软硬件监控管理方式已经难以适应实时测控数据处理对设备的可靠性需求。基于微服务(Microservice)体系架构,依托云平台设计并实现一体化性能监控系统,通过云平台提供的SaaS(Software as a Service)云服务Web接口可以透明地对中心的各类设备、服务进行分类管理,实现监控数据收集分析和故障自动识别报警等功能。实验表明,基于微服务架构的一体化性能监控SaaS云服务对被监控设备或服务的性能损耗和资源占用少、数据获取和推送速度快、异常事件触发精准、处理闭环,能够较好地满足实时测控中心对设备和服务的监控需求。
