Canvas access has been restored for our users, but the service reliability remains uncertain. Due to recent events, Canvas has had intermittent outages which are at the discretion of the vendor and may occur during a final exam. Faculty and staff may continue to use Canvas, but we strongly advise faculty and students to prepare a contingency plan for turning in assignments and final exams in the event Canvas access becomes unavailable again.
Instructure, the company that owns Canvas, has provided an FAQ about the incident, which may not answer all your questions. We will share more information if it becomes available.
NASA
This program element seeks ideas that span observation and information system technologies that:
Enhance capabilities of existing science instruments needed for monitoring pre-fire, active-fire, and post-fire environments.
Reduce mass and power of instruments for accommodation by next-generation small spacecraft and aerial platforms.
Enable unprecedented measurements from multiple vantage points through model-directed, coordinated observations using autonomous tasking.
Address computational challenges for modeling and for data acquisition, fusion, and processing in a real-time environment.
Facilitate machine learning and artificial intelligence to create new data products needed for wildland fire management and for management of the constellation of observing platforms.
Enable the seamless exchange of information between spaceborne, airborne, and in situ assets.