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The Problem Space-Model
=====================================

The preceding description of resolutions, problem spaces, states, and operators is consistent with much of the current work in=== and cognitive psychology, although the use of multiple problem spaces and impasse-driven goal generation is unusual. The commitment in ===== to using problem spaces as the model for all height^m aim-oriented space-planning is unique. The Problem Space-Model (PS-Mi) is based on the physics body exercises that are performed while using problem spaces to achieve a resolution. Choosing the appropriate set of physics body exercises is essential in defining the architecture.
Above we present the complete set of functions that can be carried out within the PS-M. These functions are grouped by the object types (resolution, problem space, state, operator) that they affect.

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