This paper details a simulation tool for assessing the effect of variable operating conditions on an automatic target recognition system. The simulation tool helped to assess the impact of variable operating conditions and hardware capability on the performance of distributed target recogni-tion systems. Its user interface allowed for real- time monitoring of the best object classification, its associated likelihood value, and the time required to make the classi-fication. Testing revealed that the available network band-width and the number of processing nodes used to compute most greatly influenced system performance, followed closely by the level of resolution of the target model im-ages
Real-time systems are systems which must produce a result within a given time frame. A result given ...
Achieving the real-time linkage among multiple, geographically-distant, local area networks that sup...
Modern computer based systems are characterized by several complexity dimensions: a non-exhaustive l...
This paper discusses the design, development, and use of a performance monitoring tool for Distribut...
The implementation of computational systems to perform intensive operations often involves balancing...
This paper offers a compacted mechanism to carry out the performance evaluation work for an automati...
Target detection is one of the fundamental phenomena that must be modeled in military simulations. W...
A semiautomatic radar surveillance system was simulated using a time-compressed, real-time cathode-r...
Human performance modeling can provide numerous benefits for system design evaluation. Discrete-even...
In machine-aided target recognition, human operators work with an automatic target recognition (ATR)...
Traditionally, the formal modelling of systems has been done by using mathematical expression. Actua...
Abstract: This paper describes the development of indices useful in automating the experimentation p...
With distributed interactive simulation (DIS) there is an opportunity for large scale computer based...
Image recognition tasks typically use deep learning and require enormous processing power, thus rely...
Report presents a discussion of analytical and simulation models which have been developed for the p...
Real-time systems are systems which must produce a result within a given time frame. A result given ...
Achieving the real-time linkage among multiple, geographically-distant, local area networks that sup...
Modern computer based systems are characterized by several complexity dimensions: a non-exhaustive l...
This paper discusses the design, development, and use of a performance monitoring tool for Distribut...
The implementation of computational systems to perform intensive operations often involves balancing...
This paper offers a compacted mechanism to carry out the performance evaluation work for an automati...
Target detection is one of the fundamental phenomena that must be modeled in military simulations. W...
A semiautomatic radar surveillance system was simulated using a time-compressed, real-time cathode-r...
Human performance modeling can provide numerous benefits for system design evaluation. Discrete-even...
In machine-aided target recognition, human operators work with an automatic target recognition (ATR)...
Traditionally, the formal modelling of systems has been done by using mathematical expression. Actua...
Abstract: This paper describes the development of indices useful in automating the experimentation p...
With distributed interactive simulation (DIS) there is an opportunity for large scale computer based...
Image recognition tasks typically use deep learning and require enormous processing power, thus rely...
Report presents a discussion of analytical and simulation models which have been developed for the p...
Real-time systems are systems which must produce a result within a given time frame. A result given ...
Achieving the real-time linkage among multiple, geographically-distant, local area networks that sup...
Modern computer based systems are characterized by several complexity dimensions: a non-exhaustive l...