ISO/IEC 10164-17:1996/Cor 1:1999

Overview

ISO/IEC 10164-17:1996/Cor 1:1999 is a Technical Corrigendum issued by the International Organization for Standardization (ISO) and the International Electrotechnical Commission (IEC). It pertains to the field of Information Technology, specifically addressing the Open Systems Interconnection (OSI) Systems Management framework. This corrigendum provides essential corrections and clarifications related to the Change Over function defined in the original 1996 standard, ensuring improved accuracy and usability for system management protocols within OSI environments.

The standard focuses on the Change Over function, which is critical in managing system transitions, failovers, and redundancy controls in complex networked systems. By updating and correcting key aspects of the original document, this corrigendum enhances the specification's clarity and facilitates better implementation and interoperability among systems utilizing OSI-based management services.

Key Topics

• Change Over Function: Core to managing transitions or switchover between primary and secondary systems or components to maintain continuity and reliability.
• Backed-Up and Primary Object References: Defines references between primary and backup objects to coordinate the change over operations effectively.
• Action and Event Packages: Details on object-oriented action packages that trigger or respond to change over events, allowing for automation and systematic handling of system state changes.
• Correction of Technical Definitions: Ensures precise semantics in system management communication relating to change over activities within OSI frameworks.
• Object Interfaces and Attributes: Clarifications on attributes and interfaces of objects involved in system management, including backed-up objects and failure handling indicators.
• Interoperability Enhancements: Addresses ambiguities and inconsistencies from the original 1996 edition to foster seamless integration of management systems using the OSI protocols.

Applications

• Network Systems Management: Implements standardized procedures to switch over control between redundant network components, minimizing downtime.
• Telecommunications Infrastructure: Supports failover operations in complex telecom environments ensuring uninterrupted service delivery.
• Distributed Computing Environments: Enables reliable system management by defining consistent operations for change over between primary and backup resources.
• Enterprise IT Systems: Facilitates management of backup servers or systems in large-scale IT architectures, reducing risks associated with system failures.
• Automation in System Management: Enhances programmable reaction to change over events, improving operational responsiveness and reducing manual intervention.

Related Standards

• ISO/IEC 10164 Series: Covers broader OSI Systems Management protocols and functions for consistent network and systems operations management.
• ISO/IEC 7498 - OSI Basic Reference Model: Foundation for Open Systems Interconnection standards, providing reference architecture for interoperable network systems.
• ISO/IEC 10040 - Object Management Architecture: Related to object-oriented management frameworks, complementing the Change Over function by defining object interaction principles.
• ITU-T X.700 Series: Telecommunications management standards that align with OSI management framework for comprehensive network system oversight.
• ISO/IEC 15942 - User Network Interface Management: Addresses system management at user interface layers, useful in conjunction with Change Over functions for end-to-end management.

ISO/IEC 10164-17:1996/Cor 1:1999 is an essential corrigendum for professionals and organizations implementing OSI-based system management. It ensures precise handling of change over functions, thereby improving system resilience, reliability, and interoperability in global information technology environments. Adopting this standard aids in establishing robust processes for managing failover, recovery, and backup operations across diverse networked and distributed systems.