Abstract
Few methods already exist to guide the design of a system based on Dynamic Function Allocation (DFA). At best they are incomplete and mostly related to the classical -static- Function Allocation (FA) process while the existing methods for the design of adaptive interfaces do not take into account all the issues raised by static and dynamic FA. This article examines the existing approaches and issues regarding static and dynamic FA. It then describes a simulation experiment built to assess the effects of different solutions for the implementation of dynamic FA. The results confirmed the critical importance of human-machine cooperation for the acceptability of a DFA implementation. A preliminary methodology based on the principles of human to human cooperation is proposed for the design and the evaluation of α system implementing DFA. Some requirements regarding the implementation structure are finally derived from these methodological steps.
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