Currently there are four standards in the process of development:
This standard provides testing methods and conformance processes to ensure reliable and reproducible baseline performance for odor analysis devices and systems. It requires instruments to measure and quantify three test chemicals, demonstrate operational stability over multiple days, and perform under varying humidity and temperature conditions. All machine olfaction devices must pass this baseline standard before advancing to application-specific standards.
This standard builds upon P2520.1 and provides testing methods and conformance processes to ensure that odor analysis devices and systems for landfill applications achieve reliable and reproducible performance that matches the odor intensity and quality perceptions of human observers.
This standard defines an IoT Trusted Area Networking (IoT-TRAN) architecture for harmonizing IEEE Std 1451 sensor networks with IoT and IIoT systems. It enables secure, scalable interoperability and data sharing through binding gateways and leverages XMPP, TEDS, and UUID features.
This recommended practice provides a structured methodology and decision-tree approach for evaluating water management technologies (desalination, water reuse, smart distribution) considering regional constraints and industrial applications. It supports long-term water positivity through impact assessment, constraint mapping, and multi-criteria analysis.
We solicit your suggestions on:
Queries, suggestions, or thoughts about the Sensors Council’s Standards Program can be addressed to the Standards Committee Chair R. Venkatesha Prasad, with a copy to Secretary Troy Nagle.
