The leading-edge research that the BRC team has performed reveals numerous use cases for the military, including human performance optimization as aCLR can reduce a soldier’s cognitive load levels significantly, independent of the situation or environment, and can be implemented much cheaper than methods that strive to optimize information presentation.
Other use cases as follows:
Download the below whitepaper to find out more about BRC’s new discoveries in cognitive load and how they can be employed to save money and significantly increase soldier performance while reducing the possible long-term chronic effects of exposure to new high cognitive load systems.
Other use cases as follows:
- Reducing cognitive load levels not only optimizes soldier performance, it guards against the possibility that extended use of new high-tech systems will produce irreversible chronic fatigue in warfighters.
- This technique can be used to enhance training, by allowing working memory to store schemas into long-term memory faster and deeper.
- BRC has designed a physiological feedback system that will allow a soldier’s current cognitive state to be measured using a wearable appliance, thus allowing the optical stimulation to be optimized in real time. This keeps the soldiers cognitive load at a minimum at all times.
- Since mental fatigue is directly related to physical fatigue, soldiers will be able to operate at maximum efficiency longer, reducing errors, and saving lives.
- As the inventor/discoverer of active cognitive load reduction, BRC holds all the patents for this solution. No other contractor can provide it to the Government.
Download the below whitepaper to find out more about BRC’s new discoveries in cognitive load and how they can be employed to save money and significantly increase soldier performance while reducing the possible long-term chronic effects of exposure to new high cognitive load systems.
| understanding_cognitive_load_fatigue.pdf |