Accession Number : ADA260246


Title :   UAV Imagery Frame Rate and Resolution Requirements Study


Descriptive Note : Final rept.


Corporate Author : VITRO CORP SILVER SPRING MD ADVANCED TECHNOLOGY DEPT


Personal Author(s) : Swartz, Merryanna L ; Wallace, Daniel F ; Libert, John M ; Tkacz, Sharon ; Soloman, Daniel


Full Text : https://apps.dtic.mil/dtic/tr/fulltext/u2/a260246.pdf


Report Date : 28 Feb 1992


Pagination or Media Count : 119


Abstract : Unmanned Aerial Vehicles (UAVs) are used to conduct a variety of reconnaissance and surveillance missions with human operators interpreting the transmitted imagery at ground stations. Current UAV datalink designs require a limited capacity which are expected to result in some cost to the operator. Two common techniques by which video data rates can be reduced exist, data compression and simple data reduction such as frame rate and resolution reduction. This study utilized real mission imagery to assess the influence of experience and training, compression, frame rate reduction, and spatial resolution reduction on operator detection, recognition and tracking performance for military targets. The comparisons between the control group and other conditions under both frame rate and resolution manipulations demonstrated how data reduction techniques adversely influence operator performance. Additional analyses demonstrated that for some tasks, frame rate has a greater influence on some performance measures, and resolution has a greater influence on other performance measures. In addition to the real imagery study, an analysis of operator performance under simulated tracking conditions was also performed.... Human Factors, Unmanned Aerial Vehicles, UAV, Video imagery, Limited capacity datalink, Video data compression, Frame rate and resolution reduction, Target detection recognition and tracking performance, Simulation, JTIDS, JPEG.


Descriptors :   *AERIAL RECONNAISSANCE , *HUMAN FACTORS ENGINEERING , *UNMANNED , *MAN COMPUTER INTERFACE , *DATA RATE , DETECTION , TRAINING , HUMANS , REDUCTION , MISSIONS , FRAMES , DIGITAL RECORDING SYSTEMS , TRUNCATION , GROUND STATIONS , RECONNAISSANCE , SURVEILLANCE , TARGET DETECTION , DATA COMPRESSION , VEHICLES , RECOGNITION , DATA REDUCTION , COSTS , RESOLUTION , RATES , TRACKING , TARGETS


Subject Categories : Recording and Playback Devices
      Military Intelligence
      Human Factors Engineering & Man Machine System


Distribution Statement : APPROVED FOR PUBLIC RELEASE