Publication | Closed Access
Multiagent Shape Grammar Implementation: Automatically Generating Form Concepts According to a Preference Function
35
Citations
34
References
2009
Year
Artificial IntelligencePreference FunctionEngineeringComputer-aided DesignIntelligent SystemsNatural Language ProcessingShape GrammarSyntaxComputational LinguisticsDesign LanguageSystems EngineeringGenerative DesignShape Grammar InterpreterGrammarRobot LearningLanguage StudiesSymbolic LearningForm ConceptsGrammatical FormalismDesignComputer ScienceGrammar InductionSoftware DesignIndustrial DesignAutomated ReasoningShape Grammar RulesUnification GrammarLinguistics
In new product development, quickly generating many product form concepts that a potential consumer prefers is a challenge. This paper presents the inaugural multiagent shape grammar implementation (MASGI) to automatically generate product form designs according to a preference function that can represent designer or consumer design preference. Additionally, the multiagent system creates a flexible shape grammar implementation that enables modifications to the shape grammar as the form design space changes. The method is composed of three subprocesses: a shape grammar interpreter that implements the shape grammar, an agent system that chooses which shape grammar rules to implement and the parametric design choices according to a preference function, and a preference investigator that determines the preference function, which constraints the automated form design process.
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