Remove Algorithm Remove Continuous Learning Remove Robotics
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Heico Sandee, Founder and CEO of Smart Robotics – Interview Series

Unite.AI

Heico Sandee , is the Co-Founder and CEO of Smart Robotics. Smart Robotics offers technology and services designed to automate pick-and-place stations in fulfillment centers. What inspired you to co-found Smart Robotics back in 2015? What challenges in the robotics industry were you aiming to solve?

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Fermata Secures $10 Million Series A Funding to Revolutionize Agriculture with AI

Unite.AI

The investment will accelerate Fermatas mission to transform the horticulture industry by building a centralized digital brain that combines advanced data analysis, AI-driven insights, and continuous learning to empower growers worldwide. Continuously learns from gathered data to improve accuracy and predictions.

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Interactive Fleet Learning

BAIR

Figure 1: “Interactive Fleet Learning” (IFL) refers to robot fleets in industry and academia that fall back on human teleoperators when necessary and continually learn from them over time. These robots use recent advances in deep learning to operate autonomously in unstructured environments.

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Google Research, 2022 & beyond: Robotics

Google Research AI blog

Posted by Kendra Byrne, Senior Product Manager, and Jie Tan, Staff Research Scientist, Robotics at Google (This is Part 6 in our series of posts covering different topical areas of research at Google. When applied to robotics, LLMs let people task robots more easily — just by asking — with natural language.

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Josh Tobin of Gantry on Continual Learning Benefits and Challenges

ODSC - Open Data Science

Recently, we spoke with Josh Tobin, CEO & Founder of Gantry, about the concept of continual learning and how allowing models to learn & evolve with a continuous flow of data while retaining previously-learned knowledge can allow models to adapt and scale. What is continual learning?

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Fully Autonomous Real-World Reinforcement Learning with Applications to Mobile Manipulation

BAIR

While this kind of simulated training is appealing for games where the rules are perfectly known, applying this to real world domains such as robotics can require a range of complex approaches, such as the use of simulated data , or instrumenting real-world environments in various ways to make training feasible under laboratory conditions.

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Exploring ARC-AGI: The Test That Measures True AI Adaptability

Unite.AI

In practice, ARC-AGI has led to significant advancements in AI, especially in fields that demand high adaptability, such as robotics. Overcoming these challenges involves continuous learning and adaptation, like the AI systems ARC-AGI aims to evaluate. The Bottom Line ARC-AGI is changing our understanding of what AI can do.

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