Designing and building systems for selected abilities is a core activity of research in artificial intelligence. One of the attractive points of proceeding in this manner is that we not only end up with an actual system, but along the way, we learn a lot about the phenomenon of study, e.g. spontaneous structure formation or rapid locomotion. One of the crucial questions concerns the level at which the system should be designed. In this paper, we introduce the synthetic approach to intelligence. This approach promotes design and devel-opment as a research methodology. But in contrast to classical engineering, “Understanding by Design” promotes a bottom-up design stance based on “design for emergence”. These ideas are illustrated with a numbe...
We present a novel methodology for building human-like artificially intelligent systems. We take as ...
In the last decades, the research in Artificial Intelligence (AI) has reached remarkable results in ...
This paper seeks to establish a set of principals that form an understanding of intelligent systems ...
The last two decades in the field of artificial intelligence have clearly shown that true intelligen...
The broad-scale emergence of AI in industry calls forth basic questions in terms of the knowledge ba...
1 Introduction – how can design research contribute to AI? Artificial intelligence is a vast field o...
In this paper we present a developmental approach to- ward creating intelligent systems. Although em...
Artificial Intelligence is promising to change people’s lives, either by replacing human activities...
Artificial Intelligence (AI) is a science of intelligence system design. Existing definitions of int...
International audienceThe current paper offers a perspective on what we term conceptive intelligence...
International audienceIn this chapter, we explain how embodied AI and enactive cognitive science hav...
The ability to design is widespread amongst all people, but some people appear to be better designer...
Creativity is a fundamental feature of human intelligence, and a challenge for AI. AI techniques can...
We present a novel methodology for building human-like artificially intelligent systems. We take as ...
In this paper, the dominant definitions of intelligence are explored in order to establish a set of ...
We present a novel methodology for building human-like artificially intelligent systems. We take as ...
In the last decades, the research in Artificial Intelligence (AI) has reached remarkable results in ...
This paper seeks to establish a set of principals that form an understanding of intelligent systems ...
The last two decades in the field of artificial intelligence have clearly shown that true intelligen...
The broad-scale emergence of AI in industry calls forth basic questions in terms of the knowledge ba...
1 Introduction – how can design research contribute to AI? Artificial intelligence is a vast field o...
In this paper we present a developmental approach to- ward creating intelligent systems. Although em...
Artificial Intelligence is promising to change people’s lives, either by replacing human activities...
Artificial Intelligence (AI) is a science of intelligence system design. Existing definitions of int...
International audienceThe current paper offers a perspective on what we term conceptive intelligence...
International audienceIn this chapter, we explain how embodied AI and enactive cognitive science hav...
The ability to design is widespread amongst all people, but some people appear to be better designer...
Creativity is a fundamental feature of human intelligence, and a challenge for AI. AI techniques can...
We present a novel methodology for building human-like artificially intelligent systems. We take as ...
In this paper, the dominant definitions of intelligence are explored in order to establish a set of ...
We present a novel methodology for building human-like artificially intelligent systems. We take as ...
In the last decades, the research in Artificial Intelligence (AI) has reached remarkable results in ...
This paper seeks to establish a set of principals that form an understanding of intelligent systems ...