Drones Plus Robotics’ Post

The Doomed Generation In Hyperreal World- took an inspiration from the theory of simulacra and simulation proposed by Jean Baudrillard to write this article. Tap on the link to read and share your views. #wordpressblog #hyperreality #jeanbaudrillard #simulation #simulacra

From Variational Autoencoders to Vision Transformers: Bridging Generative and Attention-Based Models for Vision Tasks

Events' Highlights Collision While not a purely AI-centric event, Collision touches on the technology in many contexts. The event draws more... Read More: https://lnkd.in/g_Qc9Zaw

Day 172 of the #365GenAIChallenge! 📅 Today was have a fabulous robot! Agent-Based Modelling, or ABM for short. ABM is a computational simulation method where individual agents, each with their own behaviours and interactions, are modelled to study complex systems and phenomena. ABM is used to observe emergent patterns and dynamics at the system level by simulating numerous agents in a defined environment.

Very interesting article discussing “Mirror Worlds”, Digital Twins, and the MareNostrum supercomputers in #Barcelona. It’s incredible to see how advances in technology are catching up to bold visions from the past, allowing them to become reality. Well worth a read! 🤓

Emerging simulation capabilities ◼ We find that video models exhibit a number of interesting emergent capabilities when trained at scale. These capabilities enable Sora to simulate some aspects of people, animals and environments from the physical world. These properties emerge without any explicit inductive biases for 3D, objects, etc.- they are purely phenomena of scale.

I personal artificial intelligence further evolving within devices like Vision Pro, especially in te

Just upgraded Simulation Earth 🌍 with a creative twist: Settlers of Catan-inspired hexagons! The latest video showcases 100 days in a simulated ecosystem, revealing the simulator's vast capabilities. From the intricacies of romantic dating to the complexities of traffic jams, this tool models it all. Wondering how traffic patterns, temperature fluctuations, and dating dynamics intersect? The answer lies in the connection between the micro and macro, the essence of complex systems theory. In my previous post [https://lnkd.in/dJdhUusb], I delved into the simulator’s foundation: the idea that complex behaviors emerge from simple interactions. Consider traffic: each car’s movement influences the flow, mimicking the butterfly effect. Similarly, replacing "trees" with turns or "temperature" with the number of cars demonstrates how small changes can have significant impacts. Dating dynamics? Imagine cells as potential dates, with rules dictating interactions ("If cell 'A' is free and in state 'X', then cell 'B' becomes 'engaged', etc."). The intrigue lies in discovering how a single cell’s status can ripple through the system, influenced by and influencing others in turn. Curious about the intricacies of these interconnected systems? Dive into the simulation and experiment with your own rules: https://lnkd.in/duM3jGxK #open_to_work #EcosystemExploration #SimulationInnovation