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| 品牌 |
ABB |
型号 |
GJR2370100R1000 |
| 类型 |
DCS |
性能 |
即插即用 |
| 适用范围 |
工业 |
加工定制 |
否 |
| 是否进口 |
是 |
|
服务公开在网络 API 之上提供服务和网络抽象层,可供企业客户和合作伙伴使用和集成,以支持各种业务模型,其中抽象层隐藏了网络的复杂性。
合作伙伴和供应商管理(图 1 中的顶部紫色框)帮助 CSP 管理与所有类型的业务合作伙伴(包括 HCP)的协议。这些协议规定了自有或转售使用所需的服务要求和基础设施容量。
服务编排(图 1 中的中间紫色框)与库存和保证一起用于服务设计、创建和激活,以及确保始终满足 SLA。这些功能包括与合作伙伴端的服务管理交互、合作伙伴提供的板载服务以及支持数据驱动服务和网络设计的智能工作负载放置。智能工作负载放置满足分布式目标环境对地理可用性的要求,并且必须与库存、拓扑和服务保证集成,以确保决策基于网络的真实状态。服务编排必须与服务订单管理流程紧密集成,以实现服务生命周期管理的自动化。
资源编排(图 1 中的底部紫色框)为不同业务协议(例如 CSP 和 HCP 之间的协议)产生的各种技术领域提供了一个抽象层。资源编排为 CSP 软件提供高效、灵活和自动化的生命周期管理,实现网络功能 (NF) 以及消费者和企业应用程序。软件的初始部署、服务分配、更新和升级可以在 CSP 拥有的目标环境中或通过合作伙伴和/或供应商协议进行协调。支持多云容量管理,实现服务和资源编排。
服务公开(图 1 中的浅绿色框)使管理服务 API(由紫色箭头表示)能够管理连接产品和运行时服务 API(由绿色箭头表示)来影响网络行为以满足所需的服务特性。管理服务 API 支持简单高效地创建和启动新服务,为边缘应用程序提供流量控制。服务 API 定义明确并符合相关标准,包括 3GPP 和 TM 的标准,以确保互操作性和易用性。
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主营:世界品牌的plc 、dcs 系统备件 模块
①allen-bradley(美国ab)系列产品》
②schneider(施耐德电气)系列产品》
③general electric(通用电气)系列产品》
④westinghouse(美国西屋)系列产品》
⑤siemens(西门子系列产品)》
⑥销售abb robots. fanuc robots、yaskawa robots、kuka robots、mitsubishi robots、otc robots、panasonic robots、motoman robots。
⑦estinghouse(西屋): ovation系统、wdpf系统、max1000系统备件。
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⑨siemens(西门子):siemens moore, siemens simatic c1,siemens数控系统等。
⑩bosch rexroth(博世力士乐):indramat,i/o模块,plc控制器,驱动模块等。
◆motorola(摩托):mvme 162、mvme 167、mvme1772、mvme177等系列。
plc模块,可编程控制器,cpu模块,io模块,do模块,ai模块,di模块,网通信模块,
以太网模块,运动控制模块,模拟量输入模块,模拟量输出模块,数字输入模块,数字输出
模块,冗余模块,电源模块,继电器输出模块,继电器输入模块,处理器模块。
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Service exposure provides service and network abstraction layers on top of network APIs, available for usage and integration by enterprise customers and partners to support various business models, where the abstraction layer hides the network complexity.
Partner and supplier management (the top purple box in Figure 1) helps CSPs manage agreements with all types of business partners, including HCPs. These agreements regulate service requirements and the infrastructure capacity required for own or resell usage.
Service orchestration (the middle purple box in Figure 1), together with inventory and assurance, are used for service design, creation and activation, as well as to ensure that the SLA is always fulfilled. These capabilities include interaction with service management on the partner side to onboard services provided by partners and intelligent workload placement that enables data-driven service and network design. The intelligent workload placement fulfills requirements for geographical availability with the distributed target environments and must be integrated with inventory, topology, and service assurance to ensure that decisions are based on the real state of the network. Service orchestration must be tightly integrated to service order management processes to automate the service life-cycle management.
Resource orchestration (the bottom purple box in Figure 1) provides an abstraction layer to various technology domains that result from different business agreements, such as those between CSPs and HCPs. Resource orchestration offers efficient, flexible and automated life-cycle management of CSP software, realizing the network functions (NFs) as well as the consumer and enterprise applications. Initial deployments, service allocation, updates and upgrades of the software can be orchestrated in target environments owned by the CSP or through partner and/or supplier agreements. Multi-cloud capacity management is supported to enable service and resource orchestration.
Service exposure (the light green box in Figure 1) enables management service APIs (represented by the purple arrow) to manage connectivity offerings and runtime service APIs (represented by the green arrows) to influence network behavior to meet the desired service characteristics. The management service APIs enable the simple and efficient creation and launch of new services, offering traffic steering for applications at edges. The service APIs are well defined and compliant with the relevant standards, including those of the 3GPP and TM Forum, to ensure interoperability and ease of use.