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Storybook: A Platform for Sharing Perspectives (Part I)

Storybook: A Platform for Sharing Perspectives (Part I)

By Scott Carter, Kate Sieck, Everlyne Kimani, and Luiza Santos
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Toyota Research Institute
Personalizing Autonomous Driving:

Personalizing Autonomous Driving:

How Adaptive AI Tailors Driving Style for an Individualized Experience
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Toyota Research Institute
Simple Correction Improves Computational Materials Discovery

Simple Correction Improves Computational Materials Discovery

By addressing the root cause of a simulation calibration error, new materials discovered with AI will be more relevant.
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Toyota Research Institute
Stanford Engineering and Toyota Research Institute Achieve World’s First Autonomous Tandem Drift

Stanford Engineering and Toyota Research Institute Achieve World’s First Autonomous Tandem Drift

Teams Collaborate on AI-Powered System to Make Driving Safer
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Toyota Research Institute
Toyota Research Institute to Launch Challenge to Accelerate Research in New Advanced Materials

Toyota Research Institute to Launch Challenge to Accelerate Research in New Advanced Materials

By Amalie Trewartha and Steven Torrisi
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Toyota Research Institute
Carbon Neutral Strategy

Carbon Neutral Strategy

Reimagining Decarbonization for All
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Toyota Research Institute
Meet Punyo, TRI’s Soft Robot for Whole-Body Manipulation Research

Meet Punyo, TRI’s Soft Robot for Whole-Body Manipulation Research

By: Alex Alspach and the Punyo team
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Toyota Research Institute
Creating New Driving Experiences Through Dynamics Emulation

Creating New Driving Experiences Through Dynamics Emulation

This is the third and final post in a series on key developments in TRI’s Human Interactive Driving technologies.
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Toyota Research Institute
Designing new polymers with AI

Designing new polymers with AI

Q&A Overview
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Toyota Research Institute
Global Research Innovation Platform “GRIP”

Global Research Innovation Platform “GRIP”

Second post in a three-part series on key elements of TRI’s Human Interactive Driving technologies.
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Toyota Research Institute
Amplifying Human Creativity with Generative AI

Amplifying Human Creativity with Generative AI

How Generative AI Pushes Designers into New Directions
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Toyota Research Institute
Driving Sensei

Driving Sensei

Unlocking Driving Mastery with AI
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Toyota Research Institute
TRI’s Robots Learn New Skills in an Afternoon. Here’s How.

TRI’s Robots Learn New Skills in an Afternoon. Here’s How.

TRI is unveiling a new approach that allows a robot to acquire new dexterous behaviors from demonstration.
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Toyota Research Institute
TRI At CVPR 2023

TRI At CVPR 2023

The IEEE / CVF Computer Vision and Pattern Recognition Conference (CVPR) is the premier annual computer vision event comprising the main…
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TRI at ICRA 2023

TRI at ICRA 2023

The International Conference on Robotics and Automation (ICRA) is one of the top international venues in Robotics. ICRA 2023 will be a…
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Toyota Research Institute
Understanding the complexity of battery health with explainable AI

Understanding the complexity of battery health with explainable AI

By: Shijing Sun, Amalie Trewartha, and the TRI Energy & Materials research division
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TRI @ CHI 2023 — Medium Post

TRI @ CHI 2023 — Medium Post

The ACM CHI (pronounced ‘kai’) Conference on Human Factors in Computing Systems is the foremost event for Human-Computer Interaction (HCI)…
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Toyota Research Institute
Why we make our robots shop for groceries

Why we make our robots shop for groceries

How challenge tasks drive the development of our mobile manipulation systems
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Toyota Research Institute
Building an Open Database of Polymers for Interpretable and Transparent Simulations

Building an Open Database of Polymers for Interpretable and Transparent Simulations

by Ha-Kyung Kwon
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Toyota Research Institute
Rethinking Contact Simulation for Robot Manipulation

Rethinking Contact Simulation for Robot Manipulation

Hydroelastic Contact in Drake
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Toyota Research Institute
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