IEEE 15289, 2nd ED, July 2014

15289, 2nd ED, July 2014 is a technical standard for cycle information products, focused on documentation practices in computing and processing contexts. It provides a structured basis for describing, organizing, and using cycle-related information so that technical records can be handled more consistently. For teams managing documentation, the standard helps support clearer communication, better control of information content, and more reliable reference material across related workflows.

15289, 2nd ED, July 2014 overview

The purpose of 15289, 2nd ED, July 2014 is to define a documentation framework for cycle information products in the computing and processing domain. In practice, this kind of standard is used to bring order to technical information that may need to be reviewed, shared, or maintained over time. By setting a common reference point, it can help reduce ambiguity in documentation and improve consistency in how cycle information is presented and managed.

Typical use cases

This standard is typically relevant where cycle information documentation must be prepared for computing or processing systems, especially when technical content needs to remain consistent across teams or project stages. It may support internal documentation sets, engineering records, system descriptions, and controlled technical references. Organizations that handle structured information products, specification documents, or process-oriented system documentation may use 15289, 2nd ED, July 2014 to guide formatting, terminology, and information organization.

Why this standard matters

Clear documentation standards matter because they help reduce errors, support traceability, and make technical information easier to verify and use. For cycle information products, consistency is especially important when records are reviewed for compliance, procurement, maintenance, or engineering coordination. 15289, 2nd ED, July 2014 can help align documentation practices so that information is easier to interpret, compare, and manage throughout the lifecycle of a computing or processing system.

• Cycle information documentation
• Computing and processing context
• Structured technical records
• Consistency in information products