Formal Design Methods for CAD: Proceedings of the IFIP TC5/WG5.2 Workshop on Formal Design Methods for CAD, Tallinn, Estonia, 16-19 June 194John S. Gero, Enn Tyugu, Ėnn Kharalʹdovich Tyugu Formal design methods provide the basis for the non-graphical use of computer-aided design. This volume represents the cutting edge of international research in the area, where artificial intelligence and cognitive science paradigms are providing a renewed impetus for exploration and development. The sixteen chapters are grouped into five parts: formal representations in design; shape grammars in design; design grammars; formalised design processes; and exploration in design. The volume will provide a valuable source of information for all those connected with this field. |
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Page 12
... constraints, called the atomic constraints, over any of the domains N,Z,Q,R as follows: Equality: u = v Inequality: u = v Lower Bound: u θ b Upper Bound: −u θ b ... Constraints In this section we first review 12 2. Constraint Databases.
... constraints, called the atomic constraints, over any of the domains N,Z,Q,R as follows: Equality: u = v Inequality: u = v Lower Bound: u θ b Upper Bound: −u θ b ... Constraints In this section we first review 12 2. Constraint Databases.
Page 22
... constraints work their way into the value of a solution — the solutions that satisfy more constraints are better. Thus, in the first class below, the objective is to maximize the number of satisfied constraints while in the second class ...
... constraints work their way into the value of a solution — the solutions that satisfy more constraints are better. Thus, in the first class below, the objective is to maximize the number of satisfied constraints while in the second class ...
Page 62
... Constraints. Considering an application point of view, we have regrouped [3] the different global constraints under the following 11 categories: − order constraints: minimum or maximum value according to some defined ordering relation ...
... Constraints. Considering an application point of view, we have regrouped [3] the different global constraints under the following 11 categories: − order constraints: minimum or maximum value according to some defined ordering relation ...
Contents
Attribute models of design objects | 33 |
Formal representation of meaning in architecture | 45 |
What is a formal representation | 59 |
Copyright | |
17 other sections not shown
Common terms and phrases
abduction abstraction algorithm allow application approach aspects attribute behaviour called combination complex components computational concepts connected consider consists constraint construction contains context defined definition derived described design problems design process design space determine directed discussion domain effects elements emergence engineering entities evaluation example exist explanation exploration express external Figure formal function Gero given graph important initial internal interpretation introduce kind knowledge label language length logic means mechanism methods objects operations optimization parameters particular physical Planning possible presented principles problem produce properties prototypes reasoning refer relations represent representation rooms rules satisfy schema semantics shape annealing shape grammar shown solid solution solving space specification statement step structure symbols synthesis task theory tion topology understanding University values variables