Opensat s-1000 software

Share sensitive information only on official, secure websites. The audio recordings in the SAFE-T corpus contain speech potentially with increased vocal effort induced by first-responder type background noise conditions and is expected to be challenging for systems to process with a high degree of accuracy. NIST intends to continue with this public-safety speech corpus in the OpenSAT series to measure year-to-year system performance progress. The NIST Speech Analytic Technologies evaluation series OpenSAT goal is to provide broad support for the advancement of speech analytic technologies by including multiple speech analytic tasks and multiple data domains.

Developers can choose from one to all tasks and from one to all data domains. OpenSAT20 registration available until July 31, Training, Development, and Evaluation data available until July 31 Scores posted to leaderboards for the Progress set portion of the evaluation data until July 31 Last date to upload system output to NIST for scoring is July 31 Scores for the Test set portion of the evaluation data made available after July 31 if a system description is uploaded Virtual Workshop will be held on September , Click HERE to register.

Last day to register is September Go to the OpenSAT website for more information and to register. Updated July 1, In addition to the obvious benefit of application reusability across missions, this architecture pr ovides an application path-to-flight from a desktop technology demonstration environment to aerial and space platforms.

NASA released a suite of applications that provide functions common to most spacecraft. As a result, they are extremely reliable and they provide functionality that may not be obvious to engineers and scientist new to space systems.

NASA provides the cFS Framework, development tools, and specifications to facilitate a user community that can extend the framework with additional platform abstractions, applications, and tools. The cFS Framework will include specifications that allow Component Suppliers to develop and publish components: applications, platforms, and tools.

The cFS components were incrementally developed and publically released. Although the cFS was incrementally developed and released, the initial effort started with a team of senior engineers that performed a structured heritage analysis of missions covering more than a decade.

The diversity of the heritage missions single vs. The team considered the entire FSW lifecycle including in-orbit FSW sustaining engineering, as they performed their analysis.

They identified system and application level variation points to address the range and scope of the flight systems domain.