Simulating complex natural tasks in the laboratory can be facilitated by a thorough analysis and modeling of the environment and tasks in the field. A field study is conducted to determine the workload of ambulance dispatchers in the province of Groningen. The results of the study are used to build a spatial navigation and planning task that is simulated in the laboratory. A major advantage of the virtual environment is that it allows for controlled experimentation. The results of the approach of analysis and of the development of a laboratory task environment are described in this article
In this text aspects of human decision making in complex traffic environments are described and requ...
Defining user requirements of complex human-system interaction technologies and testing the fulfilme...
This paper describes the development of a simulation model for the ambulance flow in the Västra Göta...
Simulating complex natural tasks in the laboratory can be facilitated by a thorough analysis and mod...
This paper is based on Amouzad Mahdiraji’s research about an agent-based ambulance dispatchment simu...
In current research on mental workload and task performance a large gap exists between laboratory ba...
In this paper we describe the design of a new experimental research platform to study human decision...
Ambulances is a scarce resource that should be utilized in an optimized manner to help save lives an...
Society has a responsibility to aid its citizens in case of emergency. This calls for planning and p...
In the near future, first responders may become equipped with mobile devices providing navigation, d...
Part IV. Systems Design and Technology (Chap. 10)International audienceLive simulation exercises and...
In the framework of the EASY-NET project we are working on tools to support the redesign of the Emer...
Pressures to increase the efficacy and effectiveness of medical training are causing the Department ...
This paper represents the culmination of collaborative work, starting in 2000 and continuing until 2...
The objective of this research was to study the operation of the ambulance service in the Greater Va...
In this text aspects of human decision making in complex traffic environments are described and requ...
Defining user requirements of complex human-system interaction technologies and testing the fulfilme...
This paper describes the development of a simulation model for the ambulance flow in the Västra Göta...
Simulating complex natural tasks in the laboratory can be facilitated by a thorough analysis and mod...
This paper is based on Amouzad Mahdiraji’s research about an agent-based ambulance dispatchment simu...
In current research on mental workload and task performance a large gap exists between laboratory ba...
In this paper we describe the design of a new experimental research platform to study human decision...
Ambulances is a scarce resource that should be utilized in an optimized manner to help save lives an...
Society has a responsibility to aid its citizens in case of emergency. This calls for planning and p...
In the near future, first responders may become equipped with mobile devices providing navigation, d...
Part IV. Systems Design and Technology (Chap. 10)International audienceLive simulation exercises and...
In the framework of the EASY-NET project we are working on tools to support the redesign of the Emer...
Pressures to increase the efficacy and effectiveness of medical training are causing the Department ...
This paper represents the culmination of collaborative work, starting in 2000 and continuing until 2...
The objective of this research was to study the operation of the ambulance service in the Greater Va...
In this text aspects of human decision making in complex traffic environments are described and requ...
Defining user requirements of complex human-system interaction technologies and testing the fulfilme...
This paper describes the development of a simulation model for the ambulance flow in the Västra Göta...