NOTABLE TI | January 04, 2021
DSIAC worked with U.S. Army aviation program managers to supply the forward and aft minimum and maximum rotor blade pitch angles, as well as information...
RMQSI / Survivability and VulnerabilityNOTABLE 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 SensingARTICLES | May 28, 2020
WASHINGTON -- Hundreds of soldiers at Fort Benning are now getting their temperatures checked using the Army’s prototype targeting goggles. The Army made this latest modification in...
Military SensingNOTABLE 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 | May 22, 2019
DSIAC was asked for IR images of vehicles and human targets from ground platforms such as an M1 or M2 Bradley tank. DSIAC searched open sources...
Military SensingNOTABLE TI | May 14, 2019
DSIAC staff and subject matter experts (SMEs) searched for autonomous or remotely-operated systems that can be used for detection and monitoring of foreign object debris...
Autonomous Systems / Military Sensing / RMQSINOTABLE TI | June 18, 2018
DSIAC was given information on ALLVAR Alloy 16, a material with a negative coefficient of thermal expansion, and asked to determine its utility for military sensing....
Advanced Materials / Military SensingSOARS | May 01, 2018
This report summarizes information about various unmanned aerial systems (UAS) platforms currently used for intelligence, surveillance, and reconnaissance (ISR). The applicability of various UAS platforms...
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 | April 03, 2018
DSIAC was tasked with researching solutions to detect, counter/spoof, and neutralize commercial off-the-shelf (COTS) passive infrared motion sensors. With the assistance of subject matter experts (SMEs) at the Georgia...
Military Sensing / Survivability and VulnerabilityNOTABLE TI | March 30, 2018
DSIAC was requested to conduct research in support of a decision on whether to use a commercially hosted IR payload (CHIRP) sensor package or attempting to accomplish a similar...
Autonomous Systems / Military SensingNOTABLE TI | March 30, 2018
DSIAC subject matter experts (SMEs) conducted a literature search and compiled a summary of recent and relevant publications on the topic of reducing power source...
Advanced Materials / Military Sensing / Survivability and VulnerabilitySOARS | December 01, 2017
This report is a summary of the state of the art for additive manufacturing (AM) certification. Because the development of AM certification is ongoing across...
Advanced Materials