Link to the code: https://github.com/venturaEffect/the_consciousness_ai
How can consciousness-inspired frameworks enhance robotic autonomy? This paper by Daniela López De Luise and colleagues introduces MARCOS (Movement of Autonomous Robotics Codelet System), a robotic consciousness model designed to support adaptive indoor navigation and decision-making.
How can robots detect and learn from the unknown? This paper by Kyohei Kushiro, Yuhei Harada, and Junichi Takeno introduces a cognitive architecture where emotions enable robots to identify novel information and adapt through autonomous learning.
Can conscious robots be built? This paper by Lyle N. Long and Troy D. Kelley examines the intersection of philosophy, neuroscience, and engineering to evaluate the possibility of constructing robots with consciousness and outlines preliminary architectural requirements for such systems.
How can robots develop self-awareness? This paper by Takashi Komatsu and Junichi Takeno explores the implementation of self-consciousness in robots through experiments on mirror image cognition, focusing on their ability to distinguish themselves from their environment and others.
How can machines develop core consciousness? This paper by Mathis Immertreu and colleagues investigates Antonio Damasio’s framework for consciousness to explore rudimentary self- and world-models in AI agents.
Can robots ever truly experience emotions? This paper by Godwin Darmanin explores the philosophical and technological challenges of creating emotional robots, evaluating the feasibility of such developments in both the near and distant future.
What lessons can the human brain teach us about artificial consciousness? This paper by Michele Farisco and colleagues examines structural and functional features of the brain essential for consciousness and their implications for AI.
How can robots develop an “inner world” for consciousness? This paper by Christian Balkenius, Trond A. Tjøstheim, Birger Johansson, and Peter Gärdenfors provides a roadmap for implementing a computational memory system that enables robots to simulate experiences and learn through cognitive processes.
How can robots effectively express emotions? This paper by Atsushi Ogiso and colleagues presents a system where artificial consciousness enables a humanoid robot to display emotions through realistic facial expressions, enhancing human-robot communication.
How can robots simulate and utilize emotions effectively? This paper by Verena Nitsch and Martin Popp investigates the role of emotions in robotics, focusing on their impact on human-robot interaction, cognitive processing, and behavioral adaptability.
