Abstract: Training and risk management system and method are provided to improve team performance during trainings by simulating events for reducing risk to business. The system comprises computer simulation subsystem for simulating events in space and time for training, team performance measurement subsystem for evaluating the performance of the participants and computer vision subsystem for monitoring the participants' activities. A risk management platform contains a comprehensive asset list as required to build scenarios for risk simulations and allow access to other subsystems. Team performance can be continuously improved by feedback of the evaluation.

Abstract: Training and risk management system and method are provided to improve team performance during trainings by simulating events for reducing risk to business. The system comprises computer simulation subsystem for simulating events in space and time for training, team performance measurement subsystem for evaluating the performance of the participants and computer vision subsystem for monitoring the participants' activities. A risk management platform contains a comprehensive asset list as required to build scenarios for risk simulations and allow access to other subsystems. Team performance can be continuously improved by feedback of the evaluation.

Abstract: A method to electronically create, store, validate, exercise with and view dynamic Emergency Response Plans (ERP) is provided. The system employs a local computer-based constructive simulation application (100, 200) or a server-based constructive simulation tool (300) that stores all information related to and ERP in a database (600) in a manner such that it can be visually edited (400), dynamically shown on screen (500), stored and transmitted to other users in a self-contained file format (600), and can be used in a networked exercise (550) where players can take control of assigned entities within the simulation of the ERP.

Abstract: A system and method for detecting, monitoring, and identifying objects within an area having at least one surveillance system and one position locating system for independently detecting and monitoring objects located within an area. The surveillance system information and the position locating system information is provided to the system, and the system compares the information to determine if they are the same object and if the object is authorized to be in the area. The system also notifies the system operator if the object is not authorized to be in the area or if the object is not being detected by all the surveillance and position locating systems.

Abstract: System for monitoring vehicle operating conditions and parameters and issuing warnings to the operator when a predetermined vehicle status is present. The predetermined vehicle status includes a variety of unsafe driving conditions and is responsive to a changing center of gravity. The warnings include visual, audible and tactile feedback. By way of the tactile feedback, the system can affect the operator's operation of the vehicle to prevent vehicle instability, rollover, loss of vehicle control or other unsafe driving conditions from occurring.

Abstract: A system and method for detecting, monitoring, and identifying objects within an area having at least one surveillance system and one position locating system for independently detecting and monitoring objects located within an area. The surveillance system information and the position locating system information is provided to the system, and the system compares the information to determine if they are the same object and if the object is authorized to be in the area. The system also notifies the system operator if the object is not authorized to be in the area or if the object is not being detected by all the surveillance and position locating systems.

Abstract: System for monitoring vehicle operating conditions and parameters and issuing warnings to the operator when a predetermined vehicle status is present. The predetermined vehicle status includes a variety of unsafe driving conditions and is responsive to a changing center of gravity. The warnings include visual, audible and tactile feedback. By way of the tactile feedback, the system can affect the operator's operation of the vehicle to prevent vehicle instability, rollover, loss of vehicle control or other unsafe driving conditions from occurring.

Abstract: System for monitoring vehicle operating conditions and parameters and issuing warnings to the operator when a predetermined vehicle status is present. The predetermined vehicle status includes a variety of unsafe driving conditions and is responsive to a changing center of gravity. The warnings include visual, audible and tactile feedback. By way of the tactile feedback, the system can affect the operator's operation of the vehicle to prevent vehicle instability, rollover, loss of vehicle control or other unsafe driving conditions from occurring.

Abstract: System for monitoring vehicle operating conditions and parameters and issuing warnings to the operator when a predetermined vehicle status is present. The predetermined vehicle status includes a variety of unsafe driving conditions and is responsive to a changing center of gravity. The warnings include visual, audible and tactile feedback. By way of the tactile feedback, the system can affect the operator's operation of the vehicle to prevent vehicle instability, rollover, loss of vehicle control or other unsafe driving conditions from occurring.