Quantitative Stress Environment Specifications for Combat Maintenance Simulation

A meta-analysis report identifies specific quantitative ranges to induce stress in areas such as noise, time pressure, group pressure, threat, uncontrollability, fatigue, dual tasks, and heat and cold. The work, started in 1988, was authored by James E. Driskell to define the combat maintenance environment. The report recommends further research avenues based on the identified stress factors.

Use Cases

• Designing stress induction protocols for human performance experiments based on the identified stress factor ranges.
• Building simulation environments for combat maintenance training based on the quantitative specifications for noise, time pressure, and threat.
• Modeling the impact of uncontrollability and fatigue on task performance based on the meta-analytic findings.
• Developing multi-stressor exposure frameworks for psychological research based on the combined factors of heat, cold, and dual tasks.

Strengths

• Based on a meta-analytic technique applied to literature, suggesting a systematic review foundation.
• Identifies specific quantitative ranges for nine distinct stress areas: noise, time, pressure, group pressure, threat, uncontrollability, fatigue, dual tasks, and heat and cold.
• Work represents a culmination of research started in 1988, indicating a long-term study focus.

Limitations

• Column-level documentation is absent; field semantics must be inferred after download.
• Row count is unknown, which may limit suitability assessment.
• Last update date is unknown; freshness unverified.

Provenance

Source

James E. Driskell

Collection Method

Meta-analysis of literature to identify stress factors.

Time Range

Research started in 1988; specific report date unknown.

Freshness

Last updated is unknown.

Geography

Spatial coverage is unknown.