Add to ORKGThe need for a standardized battery of human performance tests to measure the effects of various treatments is pointed out. Progress in such a program is reported. Three batteries are available which differ in length and the number of tests in the battery. All tests are implemented on a portable, lap held, briefcase size microprocessor. Performances measured include: information processing, memory, visual perception, reasoning, and motor skills, programs to determine norms, reliabilities, stabilities, factor structure of tests, comparisons with marker tests, apparatus suitability. Rationale for the battery is provided
In order to evaluate pilot candidates’ cognitive abilities efficiently and dynamically, an interacti...
To bridge the gap between computerized testing and information-processing-based measurement, a bat...
Successful prediction and management of battery life using prognostic algorithms through ground and ...
Eighteen cognitive, motor, and information processing performance subtests were screened for self-ad...
Surrogate measures are proposed as an alternative to direct assessment of operational performance fo...
A need exists for an automated performance test system to study the effects of various treatments wh...
A menu of psychomotor and mental acuity tests were refined. Field applications of such a battery are...
Determining whether human performance is affected by environmental stressors and agents generally re...
This study examined the feasibility of repeated self-administration of a newly developed battery of ...
The purpose of this report is to detail the development of the Automated Performance Test System (AP...
Test console for integrated human perceptual-motor performance battery measurement syste
Fine motor skills and cognitive abilities are major contributors to crew performance on essentially ...
Measuring human performance in a microgravity environment will aid in identifying the design require...
A Test Battery (TB) is a measurement method that is designed to assess a variety of ability construc...
In this article, we capture electrophysiological measures from a new wearable technology to understa...
In order to evaluate pilot candidates’ cognitive abilities efficiently and dynamically, an interacti...
To bridge the gap between computerized testing and information-processing-based measurement, a bat...
Successful prediction and management of battery life using prognostic algorithms through ground and ...
Eighteen cognitive, motor, and information processing performance subtests were screened for self-ad...
Surrogate measures are proposed as an alternative to direct assessment of operational performance fo...
A need exists for an automated performance test system to study the effects of various treatments wh...
A menu of psychomotor and mental acuity tests were refined. Field applications of such a battery are...
Determining whether human performance is affected by environmental stressors and agents generally re...
This study examined the feasibility of repeated self-administration of a newly developed battery of ...
The purpose of this report is to detail the development of the Automated Performance Test System (AP...
Test console for integrated human perceptual-motor performance battery measurement syste
Fine motor skills and cognitive abilities are major contributors to crew performance on essentially ...
Measuring human performance in a microgravity environment will aid in identifying the design require...
A Test Battery (TB) is a measurement method that is designed to assess a variety of ability construc...
In this article, we capture electrophysiological measures from a new wearable technology to understa...
In order to evaluate pilot candidates’ cognitive abilities efficiently and dynamically, an interacti...
To bridge the gap between computerized testing and information-processing-based measurement, a bat...
Successful prediction and management of battery life using prognostic algorithms through ground and ...