IEEE P1073.1.3.4

P1073.1.3.4 is an inactive bioengineering standard focused on the Medical Device Data Language (MDDL) for a specialized virtual medical device profile: the pulse oximeter. It is best understood as a technical document for structuring and exchanging pulse oximetry data in a standardized way. For developers, integrators, and researchers working with medical device communication, P1073.1.3.4 helps define a clearer data model and supports more consistent interpretation of device information.

About P1073.1.3.4

This standard belongs to the Medical Device Data Language framework and addresses a specialized virtual representation of a pulse oximeter. In practical terms, it provides a structured approach for describing device data rather than the physical sensor itself. P1073.1.3.4 is relevant where bioengineering systems need consistent definitions for device measurements, attributes, and communication behavior. Because the status is inactive, it is mainly of interest for legacy implementations, archival reference, and compatibility review.

Where is P1073.1.3.4 used?

P1073.1.3.4 is most likely encountered in medical device data integration environments where pulse oximeter information must be represented in a uniform MDDL format. That can include hospital monitoring systems, device interface software, biomedical engineering test setups, and data translation tools that handle physiological measurements. It may also be useful in documentation or maintenance of older systems that were built around standardized virtual device models for oxygen saturation and pulse rate data.

Importance in practice

In practice, the value of P1073.1.3.4 lies in consistency and controlled interpretation of pulse oximeter data. A standardized model can reduce ambiguity when comparing device outputs, validating interfaces, or supporting procurement and integration decisions. For bioengineering teams, that can improve testing clarity and lower the risk of mismatched data handling across systems. Even as an inactive specification, P1073.1.3.4 remains useful for understanding legacy design choices and documented device behavior.

• Medical Device Data Language context
• Virtual pulse oximeter profile
• Bioengineering and device data exchange
• Legacy system reference and review
• Standardized measurement representation