IEEE 1073.1.1.1-2004

1073.1.1.1-2004 is a technical standard for nomenclature within the IEEE 1073.1.1.1 family, with the subtitle Part 10101: Nomenclature indicating a focus on naming and terminology. It is relevant to bioengineering and to connected devices, computing, and communication systems where shared terms help avoid ambiguity in design and documentation. As a superseded standard, it is still useful for understanding legacy requirements, cross-references, and historical technical alignment in specialized systems.

Overview of 1073.1.1.1-2004

This standard addresses nomenclature, meaning the controlled terminology used to identify concepts, components, and functions in a technical environment. In the context of bioengineering and networked device systems, clear naming can support consistent specification writing, interface descriptions, and engineering communication. 1073.1.1.1-2004 is best viewed as part of a structured standards family where terminology helps connect related documents, reduce interpretation differences, and maintain alignment across equipment, software, and documentation sets.

Typical use cases

Typical use of this standard may include reference work for medical or bioengineering device documentation, terminology mapping in connected equipment specifications, and legacy engineering records that rely on the 1073.1.1.1 naming framework. It can also be relevant when comparing historical nomenclature across communication-enabled systems, embedded components, or computing-based platforms. Teams working on product definitions, interface language, or controlled vocabularies may consult 1073.1.1.1-2004 to keep technical terms consistent.

Why it matters

Precise nomenclature matters because unclear terms can lead to design errors, mismatched interfaces, and inconsistent documentation. In standards-based engineering, shared vocabulary supports procurement, review, testing, and long-term maintenance. For a superseded document like 1073.1.1.1-2004, the value is often in preserving traceability and understanding earlier terminology used in related systems. That can reduce risk when interpreting older specifications or aligning legacy and current technical references.

• Controlled technical terminology
• Legacy reference and traceability
• Bioengineering and device documentation context
• Consistency across system descriptions
• Support for historical standards research