NOTABLE TI | June 01, 2020
DSIAC was asked for sensor technologies and methodologies for obstacle and room mapping. DSIAC performed open-source and DTIC literature searches for relevant information. The most...
Autonomous Systems / Military SensingNOTABLE TI | May 27, 2020
Drone swarming is a debated definition within the DoD community and a term that has varied definitions, depending on the organization discussing it. DSIAC was tasked with...
Autonomous SystemsNOTABLE TI | March 30, 2020
DSIAC was asked to identify low SWaP LDs for use in mini UAS or handheld targets. DSIAC subject matter experts at QinetiQ documented a response with...
Directed EnergyNOTABLE TI | September 11, 2019
DSIAC was asked to identify UAS tracking methods and/or systems, CUAS methods/systems, and UAS evasion methods/systems currently in use. DSIAC searched open sources for current technologies utilized...
Autonomous Systems / Survivability and Vulnerability / Weapons SystemsNOTABLE TI | June 26, 2019
DSIAC was asked to research the best methods to determine the LAR of a tube-launched UAS. The inquirer was looking for the minimum acceptable range...
Autonomous Systems / Survivability and VulnerabilityNOTABLE TI | June 19, 2019
DSIAC was asked to identify and locate candidate SAA systems for small UAS's to enable a cargo UAS to deconflict with other air vehicles during delivery...
Autonomous Systems / RMQSINOTABLE TI | April 09, 2019
DSIAC was asked for information on techniques and sensors for use on small unmanned aircraft systems (sUAS) for shoreline mapping, coastal beach management, and forestry...
Autonomous Systems / Military SensingNOTABLE TI | April 11, 2018
DSIAC was supplied with a list of key performance parameters (KPPs), key system attributes (KSAs), and integration KSAs that needed to be met by a...
Autonomous Systems / Military SensingNOTABLE TI | March 01, 2017
Autonomous Systems / Military Sensing