Add to ORKGThis paper presents the potential of swarm intelligence models as an alternative to cognitive models in the representation of design knowledge to develop a model of a self-organizing design environment. The presented framework for design knowledge provides the basis for an incremental development of swarm intelligence models for responding to design changes.
The AIA design thinking has been validated in complex design tasks, which includes three overlapping...
We detail a modeling methodology developed to study and analyze distributed, self-organized swarm in...
This research describes a new design thinking technology, which draws knowledge and experience from ...
Representing Physical and Design Knowledge in Innovative Design Nikitas Marinos Sgouros The ability...
Despite 30 years of Electronic Design Automation, analog IC layouts are still handcrafted in a labor...
One of the most influential concepts in artificial intelligence is the notion of the swarm. That is,...
Summary: This paper attempts to lay a common framework for building and evaluating design models acc...
After more than three decades of electronic design automation, most layouts for analog integrated ci...
The ability to design is one of the hallmarks of intelligent behavior, since it allows an agent to s...
The disruptive development of ICT technologies can be a decisive element in bringing the productivit...
Design approaches associated with nature and biology have existed in the world of architecture for m...
This chapter discusses how domain knowledge can be used to guide the development of swarms by consid...
This paper sets out to introduce and explore a computational tool, thus a methodological framework, ...
Collective intelligence (or CI) has recently emerged as a potential magnifier of design thinking. A ...
The study of collective intelligence (CI) systems is increasingly gaining interest in a variety of r...
The AIA design thinking has been validated in complex design tasks, which includes three overlapping...
We detail a modeling methodology developed to study and analyze distributed, self-organized swarm in...
This research describes a new design thinking technology, which draws knowledge and experience from ...
Representing Physical and Design Knowledge in Innovative Design Nikitas Marinos Sgouros The ability...
Despite 30 years of Electronic Design Automation, analog IC layouts are still handcrafted in a labor...
One of the most influential concepts in artificial intelligence is the notion of the swarm. That is,...
Summary: This paper attempts to lay a common framework for building and evaluating design models acc...
After more than three decades of electronic design automation, most layouts for analog integrated ci...
The ability to design is one of the hallmarks of intelligent behavior, since it allows an agent to s...
The disruptive development of ICT technologies can be a decisive element in bringing the productivit...
Design approaches associated with nature and biology have existed in the world of architecture for m...
This chapter discusses how domain knowledge can be used to guide the development of swarms by consid...
This paper sets out to introduce and explore a computational tool, thus a methodological framework, ...
Collective intelligence (or CI) has recently emerged as a potential magnifier of design thinking. A ...
The study of collective intelligence (CI) systems is increasingly gaining interest in a variety of r...
The AIA design thinking has been validated in complex design tasks, which includes three overlapping...
We detail a modeling methodology developed to study and analyze distributed, self-organized swarm in...
This research describes a new design thinking technology, which draws knowledge and experience from ...