Collective Intelligence as Collective Computation - Future Directions
Explore collective intelligence as computation, examining principles of information processing, dimension reduction, and emergent phenomena in biological and social systems.
A Xither of Xenobots - Demolishing Dichotomous Thinking With Synthetic Proto-Organisms
Explore synthetic proto-organisms and challenge dichotomous thinking in this presentation on xenobots, offering insights into collective intelligence and biological engineering.
Mesoscale Models and Many-Body Systems - IPAM at UCLA
Explores mesoscale structures in many-body systems, explaining the autonomy of continuum equations and their connection to lower-scale physics, with implications for deep neural networks.
Learning and Persuading with Anecdotes - IPAM at UCLA
Explore learning and communication dynamics using anecdotal evidence, examining strategic behaviors, biases, and implications for opinion formation and collective intelligence.
Collective Intelligence for Deep Learning - A Survey of Recent Developments
Survey of recent developments in collective intelligence for deep learning, exploring self-organization, emergent behavior, and cellular systems to address robustness and adaptability issues in neural networks.
Physical Computation in Insect Swarms - IPAM at UCLA
Explore physical computation in insect swarms, focusing on firefly visual signals and bee pheromone communication. Discover how swarm intelligence emerges from individual interactions.
Multi-Agent Common Sense - IPAM at UCLA
Explore multi-agent common sense through mathematical frameworks combining Bayesian learning and game theory. Discover insights into human collaboration, joint intentions, and cultural knowledge acquisition.
Some Mathematical Theorems on Agreement and Learning in Networks - IPAM at UCLA
Explore mathematical theorems on agreement and learning in networks, presented by MIT's Elchanan Mossel at IPAM's Mathematics of Collective Intelligence Workshop.
Swarm 2.0 - Particle Simulation Coding Tutorial
Explore particle swarm behavior through interactive coding, simulating collective movement and emergent patterns in a dynamic visual environment.
Retrospective on Multi-Agent Learning as a Path to Intelligence
Explore the potential of multi-agent learning in advancing artificial intelligence, drawing insights from psychology and neuroscience perspectives.
Intelligence Without Brains
Explore intelligence in plants, insects, and fungi, challenging traditional notions of cognition. Discover fascinating examples of learning, memory, and problem-solving in brainless organisms and their collective behaviors.
Wicked Problems and Collective Intelligence
Experts discuss wicked problems and collective intelligence, exploring innovative approaches to global challenges through conservation, ant behavior, organizational design, and supply chain management.
Understanding the Individual in Collective Intelligence
Explore how individual factors impact collective intelligence with insights from experts in organizational behavior, network science, and team dynamics.
New Hope for Humans in an A.I. World
Explore Artificial Swarm Intelligence as a potential defense against AI dangers, tapping into collective human knowledge to create super-intelligence surpassing individual capabilities.
Bio mimétisme - Comment la nature va nous sauver
Découvrez comment le biomimétisme, inspiré de la nature, offre des solutions durables pour l'humanité et la planète. Apprenez à gérer les ressources, produire de l'énergie et travailler collectivement pour un avenir harmonieux avec notre écosystème.
A Crystal Ball to Prioritize Technical Debt
Uncover problematic code and team dynamics using software evolution techniques and psychology. Prioritize improvements, detect organizational issues, and make data-driven decisions for better software development.
A Crystal Ball to Prioritize Technical Debt
Discover innovative techniques to identify, prioritize, and address technical debt using data-driven approaches and collective intelligence in large-scale software systems.
Easier Said Than Done - Self-Organized Teams
Explore the complexities of self-organized teams, focusing on individual behaviors, team dynamics, and strategies for creating high-performing groups in Agile environments.
When Ideas Have Sex
Explore how the exchange and combination of ideas drive human progress, emphasizing the power of collective intelligence over individual brilliance in shaping innovation and advancement.
AI Democratization - The Path to Mass Adoption
Explore how AI can transform society through improved accessibility, trust-building, and user-friendly design, featuring insights on creating an inclusive AI ecosystem that extends beyond enterprise applications.
Diversity, Disconnection, Discord, and Other Properties of Collective Intelligence
Explore how diversity, independence, and unexpected findings drive innovation in science, technology, and society. Discover strategies for sustainable innovation through designed diversity and collective intelligence.