共找到 8 条与 ActivityLevel 相关的标准，共 1 页
This service definition is compliant with the UPnP Device Architecture version 1.0. This service-type provides an indication about house occupancy status and operational mode. It is commonly used as a mechanism for influencing the state of Devices and/or Control Points depending upon whether people are in the house. Typical applications are: e.g. switching on or off lights, air-conditioning etc. Occupancy status can be derived i) directly from an occupant via a user interface, or ii) indirectly by algorithms such as a calendar program, or iii) indirectly by heuristics that determine the status from subsystem or device activity. That is to say: this service type would be implemented in two types of occupancy "detector" devices: ? A physical switch (e.g. a home/away push button on a device). ? A "virtual" switch that uses some kind of algorithm or heuristics to work out if the house is occupied (e.g. a calendar or a predictive algorithm). In case a) the physical detection device would incorporate this occupancy service, but in case b) the MMI of the device that contains the algorithm would incorporate this occupancy service. This service is a “source” of UPnP event messages. Control Points that are interested to be updated about the occupancy state of the house should subscribe to receive events from this service type. (However, Control Points are also permitted to “poll” the service from time to time in order to enquire about the current occupancy state). This service template does not address: ? Presence detection for security alarm purposes. ? Actual number of persons in the building (or building part) e.g. for demand controlled ventilation in (say) a conference room.
Information technology – UPnP Device Architecture – Part 6-13: Heating, Ventilation and Air Conditioning Device Control Protocol – House Status Service
本建议书涉及供应商管理系统与运营商管理系统（OMS）之间交互式机械化接口的设计，该接口用于管理BPON网络资源。设计基于ITU-T Rec. Q.834.3的UML图和用例描述。采用ITU-T Rec. Q.834.3中实施的通用方法，供应商管理系统向运营商管理系统提供管理服务。这些服务为OMS提供以下能力的高级抽象：安装网络资源配置、未安装网络资源配置（包括容量预留）、服务配置、归档管理、网元软件管理、网元配置数据备份和恢复、性能管理、网元事件发布、配置文件管理、测试、活动调度、批量传输管理、网元-EMS同步、访问控制。本建议书描述了支持上述服务的CORBA IDL接口。
A CORBA interface specification for Broadband Passive Optical Networks based on UML interface requirements Study Group 4
本文件提供了用于健康的自我评估问卷系统的指南。本文件包括以下内容： — 自我评估问卷系统的结构和组成部分； — 管理和使用自我评估问卷系统的指南； — 与自我评估问卷系统交互的基本数据元素。 本文件不定义专门用于医疗领域或部门的自我评估问卷的内容。问卷本身不在本文件的范围内，因为它们取决于自我评估问卷系统的预期用途。
Health informatics — Guidelines for self-assessment questionnaire systems
本文件定义了分析基站（Base Stations）在静态和动态模式下功耗和能源效率的方法。本文件版本涵盖以下无线接入技术：GSM、WCDMA、LTE、WiMAXTM（仅供参考）。本文件描述的方法用于测量基站的静态功耗和动态能源效率。在本文件中，它们分别称为静态测量和动态测量。基于“静态”测量的基站（BS）功耗结果提供了静态负载下的BS功耗数值。基于“动态”测量的BS结果提供了动态负载下BS的能源效率信息。本文件的范围不包括终端（最终用户）美利体育官网首页网址的能耗。本文件的范围不是定义美利体育官网首页网址功耗或能源效率的目标值。结果应仅用于评估和比较基站的功耗和能源效率。本文件不覆盖多RAT和MCPA。本版本仅覆盖广域基站。其他类型的BS将在本文件的未来版本中考虑。
Environmental Engineering (EE); Measurement method for power consumption and energy efficiency of wireless access network equipment (V1.4.1)
The present document defines methods to analyse the power consumption and the energy efficiency of base stations in static and dynamic mode respectively. The present document version covers the following radio access technologies: GSM. WCDMA. LTE. WiMAXTM (informative only). The methodology described in the present document is to measure base station static power consumption and dynamic energy efficiency. Within the present document they are referred to as static and dynamic measurements. The results based on 'static' measurements of the BS power consumption provide a power consumption figure for BS under static load. The results based on 'dynamic' measurements of the BS provide energy efficincy information for BS withdynamicload. Energy consumption of terminal (end-user) equipment is outside the scope of the present document. The scope of the present document is not to define target values for the power consumption nor the energy efficiency of equipment. The results should only be used to assess and compare the power consumption and the energy efficiency of base stations. The present document does not cover multi RAT and MCPA. Only Wide Area Base Stations are covered in this version. Other type of BS will be considered in future versions of the present document.
Environmental Engineering (EE); Measurement method for power consumption and energy efficiency of wireless access network equipment
This Sectional Specification is applicable to circular connectors for use in electrical and electronic equipment and systems. It shall be used in conjunction with the basic specification, IEC 512: Electromechanical components for electronic equipment, basic testing procedures and measuring methods, and the relevant DS. The object of this Sectional Specification is to establish uniform specification, method and type test requirements for circular connectors and to establish rules for the preparation of DS. In the event of conflict between this Sectional Specification and the DS, the requirements of the DS shall prevail.
Harmonized system of quality assessment for electronic components - Sectional specification: circular connectors
Concrete Bridges in Aggressive Environments (Out of Print)
This Recommendation addresses the design of an interactive mechanized interface between the Supplier Management System managing BPON network resources and an Operator Management System (OMS). The design is based on the UML diagrams and Use Case descriptions of ITU-T Rec. Q.834.3. The general approach adopted in ITU-T Rec. Q.834.3, and implemented here, is that the Supplier Management System provides management services to the Operator Management System.
A CORBA interface specification for Broadband Passive Optical Networks based on UML interface requirements Study Group 4
