In this paper we present a developmental approach to- ward creating intelligent systems. Although embracing an emergent paradigm, we also propose an architecture such that symbols have their proper place. To explore this methodology, we are developing our system on real robots. Robotic approaches usually invoke the so-called “symbol grounding problem” (Harnad 1990). However, our developmental approach bypasses the problem by generating the symbols. Thus, in a sense, the symbols are inherently grounded to the physical objects they des- ignate. We argue that a general theory of intelligence that takes a top-down perspective will be inherently in- complete
Nowadays we are living in the age of computers, and we are systematically making our ...
This text contains some reflections on artificial intelligence (AI). First, we distinguish between s...
One of the interesting questions in cognitive science seems to be whether human beings are already p...
In this paper we present a developmental approach to- ward creating intelligent systems. Although em...
Abstract — The best way to develop a truly intelligent system is to use the known properties of the ...
Executive summary Independent knowledge creation and maintenance is the key to powerful artificial g...
In the last decades, the research in Artificial Intelligence (AI) has reached remarkable results in ...
Humans have always dreamed of automating laborious physical and intellectual tasks, but the latter h...
In this paper we describe an intrinsic developmental algorithm designed to allow a mobile robot to i...
proposal generally regarded as one of the clearest statements of the presumption held by most artifi...
Designing and building systems for selected abilities is a core activity of research in artificial i...
Computers and Thought are the two categories that together define Artificial Intelligence as a disci...
Our fascination with human intelligence has historically influenced AI research to directly build au...
Autonomous systems underpinned by cognitive intelligence represent advanced forms of artificial inte...
The last two decades in the field of artificial intelligence have clearly shown that true intelligen...
Nowadays we are living in the age of computers, and we are systematically making our ...
This text contains some reflections on artificial intelligence (AI). First, we distinguish between s...
One of the interesting questions in cognitive science seems to be whether human beings are already p...
In this paper we present a developmental approach to- ward creating intelligent systems. Although em...
Abstract — The best way to develop a truly intelligent system is to use the known properties of the ...
Executive summary Independent knowledge creation and maintenance is the key to powerful artificial g...
In the last decades, the research in Artificial Intelligence (AI) has reached remarkable results in ...
Humans have always dreamed of automating laborious physical and intellectual tasks, but the latter h...
In this paper we describe an intrinsic developmental algorithm designed to allow a mobile robot to i...
proposal generally regarded as one of the clearest statements of the presumption held by most artifi...
Designing and building systems for selected abilities is a core activity of research in artificial i...
Computers and Thought are the two categories that together define Artificial Intelligence as a disci...
Our fascination with human intelligence has historically influenced AI research to directly build au...
Autonomous systems underpinned by cognitive intelligence represent advanced forms of artificial inte...
The last two decades in the field of artificial intelligence have clearly shown that true intelligen...
Nowadays we are living in the age of computers, and we are systematically making our ...
This text contains some reflections on artificial intelligence (AI). First, we distinguish between s...
One of the interesting questions in cognitive science seems to be whether human beings are already p...