Six performance tests were selected out of several performance task batteries described in detail by Simmonds [ 46], Harding [ 47] and Mayer [ 48, 49].
There are currently already a number of resources that provide a solution in the form of behavioral assays that can be creatively applied to model human neuropsychological task batteries ranging from those used currently to test Fragile X-Associated Disorders, the 22q11.2 Deletion Syndrome, and even the NIH Toolbox cognitive assessment tools (i.e., http://www.nihtoolbox.org).org
Multiple attribute task battery (MATB-II): MATB is designed for multitasking that can evaluate workload indirectly.
The task battery took approximately 2 h to complete and the tasks were presented to participants in a fixed order, beginning with informed consent, followed by the background questionnaires, the cognitive paradigms, and lastly, debriefing of participants.
By using the eye-head integrated tracking system, we collected both pupil responses and head positions while participants conducted both process monitoring task and Multi-Attribute Task Battery (MATB-II) tasks.
We validated the cognitive abilities measured in the task battery, examined a task analysis-based categorization of the casual games, and then characterized the relationship between game and task performance.
Subjects were randomly assigned to two groups of 'control' and 'experimental.' Their objective scores were collected from the experiment based on NASA's multi-attribute task battery II and was utilized for workload assessment.
Using a cross-over design, children (n = 21; 7–9 year olds) consumed a control, 126.5 mg or 253 mg blueberry anthocyanin drink performing a cognitive task battery at baseline, 1.5, 3 and 6 h following intervention.
A set of sensory, motor, cognitive, and emotional tasks were combined in a simple, rapid-presentation task battery and tested on a group of 31, normal, healthy subjects aged 22 to 76. Five tasks were selected on the basis of widespread use in fMRI and their ability to produce robust and reliable regional activations.
The primary goal of our study was to explore the possibility of a homologue to general intelligence in a nonhuman primate species using a broad task battery.
The factor structure of the full CDR task battery has been investigated using Principal Components Analysis [ 30].
