IEEE P1073.1.3.10

P1073.1.3.10 is a withdrawn Medical Device Data Language specification for a specialized virtual medical device focused on cardiac output, within the bioengineering field. It is relevant to interoperability discussions where consistent device data representation matters, especially for systems that exchange hemodynamic information. As P1073.1.3.10, it helps define a focused technical framework for cardiac output-related data modeling and communication, supporting clearer implementation, testing, and historical reference in medical device data environments.

P1073.1.3.10 overview

This standard addresses a specialized MDDL virtual medical device model for cardiac output, giving a structured way to represent related measurements and device behavior in a bioengineering context. Its purpose is generally to improve consistency in how cardiac output data is described across medical device systems. Because it is a withdrawn PAR, the document is best understood as part of the technical record for device data language development, rather than as an active compliance requirement.

Typical use cases

P1073.1.3.10 would typically be relevant in environments handling cardiac monitoring data, especially where a device model needs to represent output measurements in a standardized way. It may be used by engineers working on patient monitoring platforms, data acquisition systems, or interface specifications for hemodynamic equipment. The standard is also useful for reviewing legacy design approaches, mapping data elements, and comparing implementation choices in bioengineering workflows tied to cardiac output reporting.

Why this standard matters

Even as an inactive document, P1073.1.3.10 can still matter for design traceability, procurement review, and interoperability analysis. A defined model for cardiac output data helps reduce ambiguity when comparing systems, validating device interfaces, or assessing historical specifications. In medical device engineering, that kind of consistency can support safer integration, more reliable testing, and clearer documentation across projects that involve physiological measurements and structured device communication.

• Specialized MDDL virtual device for cardiac output
• Bioengineering and medical device data context
• Withdrawn PAR, useful for legacy reference
• Structured representation of hemodynamic data