The Dutch Ministry of Defence research programme Human-System Task Integration aims at acquiring knowledge for the optimal cooperation between human and computer, under the following constraints: freedom of choice in decisions to automate and multiple, dynamic task distributions. This paper describes a method to achieve freedom of choice, business modeling. This type of modeling takes the user rather than the current technology as the starting point. To arrive at dynamic task distributions between human and computer, I describe a model for the dynamic adaptation of an organization. It turns out that dynamic task allocation is a special instance of a more general redesign process. Finally, the link between business modeling and dynamic task ...
International audienceSince the 1960s, the rapid growth of information systems has led to the wide d...
The research presented in this thesis develops and empirically validates a methodology for modeling ...
A user-centred approach to systems design and evaluation is presented. In particular task modelling ...
Future platforms are envisioned in which human-machine teams are able to share and trade tasks as de...
Cooperation between human operators and autonomous machines in dynamic (not fully controlled) situat...
Abstract. Business process engines and workflow engines (but also web applications and emails) provi...
This dissertation promotes a focus shift from automation extending human capabilities to automation ...
Design of complex interactive systems is never an isolated project. In the case of large companies o...
International audienceIn complex systems such as cockpits or unmanned systems, operators manage a se...
Abstract—Engineers, business managers, and governments are increasingly aware of the importance and ...
Artificial agents, such as robots, are increasingly deployed for teamwork in dynamic, high-demand en...
This chapter discusses the challenges associated with integrating work performed by human agents int...
Co-operation is presented as a technique for radically improving human-computer interaction with com...
Work System analysis and design is complex and non-deterministic. In this paper we describe Brahms, ...
International audienceSince the 1960s, the rapid growth of information systems has led to the wide d...
The research presented in this thesis develops and empirically validates a methodology for modeling ...
A user-centred approach to systems design and evaluation is presented. In particular task modelling ...
Future platforms are envisioned in which human-machine teams are able to share and trade tasks as de...
Cooperation between human operators and autonomous machines in dynamic (not fully controlled) situat...
Abstract. Business process engines and workflow engines (but also web applications and emails) provi...
This dissertation promotes a focus shift from automation extending human capabilities to automation ...
Design of complex interactive systems is never an isolated project. In the case of large companies o...
International audienceIn complex systems such as cockpits or unmanned systems, operators manage a se...
Abstract—Engineers, business managers, and governments are increasingly aware of the importance and ...
Artificial agents, such as robots, are increasingly deployed for teamwork in dynamic, high-demand en...
This chapter discusses the challenges associated with integrating work performed by human agents int...
Co-operation is presented as a technique for radically improving human-computer interaction with com...
Work System analysis and design is complex and non-deterministic. In this paper we describe Brahms, ...
International audienceSince the 1960s, the rapid growth of information systems has led to the wide d...
The research presented in this thesis develops and empirically validates a methodology for modeling ...
A user-centred approach to systems design and evaluation is presented. In particular task modelling ...