This standard specifies the cutting and perforating dimensions for 35-mm motion-picture film having two rows of 16-mm type perforations, one row near each edge of the 35-mm film, and a perforation pitch of either 0.2994 in or 0.3000 in (7.605 mm or 7.620 mm). The width of the 16-mm strip after processing and slitting is also specified.
Standardization of graphic character sets and their characteristics, including string ordering, associated control functions, their coded representation for information interchange and code extension techniques. Excluded: audio and picture coding.
SC 2 experts have been working hard to develop Universal Coded Character Set, ISO/IEC 10646, and related standards which are the fundamental basis of Information systems and being referred from every standard involving character-based information exchange and/or processing.
The first version of ISO/IEC 10646 standardized 32,884 characters and published in 1993. Edition 5 of it, the latest version currently under development, will cover over 130,000 characters.
SC2 will keep the quality and speed of its work to develop standards for a character. And close cooperation between SC2 and other all committees to develop standards involving character codes is essential.
This specification describes an efficient method for WBEM Clients to discover WBEM Servers and WBEM Server capabilities. The objectives of this specification are to:
Scope the level of advertisement to avoid security holes The Service Location Protocol provides a flexible and scalable framework for providing clients, represented by User Agents, with access to information about the existence, location, and configuration of services, represented by Service Agents. Traditionally, clients have had to know the name and access method of services. The SLP eliminates the need for a client to know the name and access point of services. With SLP the client supplies a request for the desired type of service. The client receives information regarding the requested services
This standard defines a mapping of CIM-XML messages to the Hypertext Transfer Protocol (HTTP and HTTPS) so that implementations of CIM can operate in an open, standardized manner. It also defines the notion of conformance in the context of this mapping, and it describes the behavior animplementation of CIM shall exhibit to be a conforming CIM implementation.
This specificationis a component of version three (v3) of the Common Information Model(CIM) architecture. CIM v3 is a major revision of CIM. CIM v3 preserves the functionality of CIM v2, but it is not backwards compatible. The DMTF continuesto support the specifications that define CIM v2. However, new CIM v3 architectural features may not be added to CIM v2 specifications. This standard describes the Common Information Model (CIM) Meta model version 3, which is based on the Unified Modeling Language: Superstructure specification. CIM schemas represent object-oriented models that can be used to represent the resources of a managed system, including their attributes, behaviors,and relationships. The CIM Metamodelincludes expressions for common elements that must be clearly presented to management applications (for example, classes, properties, methods, and associations).
The information in this specification, combined with the SM CLP-to-CIM Common Mapping Specification 1.0, is intended to be sufficient to implement SM CLP commands relevant to the classes, properties, and methods described in the Device Tray Profile using CIM operations.
