Getting Out of the Weeds with John Deere's Revolutionary AI Technology

Moore's Lobby · 13 Jun 2023 · 55m · Episode 8

AI in practice: 4 real uses of AI described

What this episode covers

Chris Padwick, Director of Computer Vision and Machine Learning at Blue River Technology (a John Deere subsidiary), explains the engineering behind the See & Spray system, which uses computer vision to spot-spray herbicide on weeds. He details the massive compute requirements, noting the system uses NVIDIA Xavier and Orin GPUs to achieve 0.3 petaflops of processing power for real-time image classification at 12 mph. Padwick also discusses the critical role of data collection, the acquisition by John Deere for scaling, and the future of autonomous agricultural machinery.

AI in practice

Where this conversation describes AI being used to build or deliver a product. Part of the AI in practice tracker.

Engineering & simulationNVIDIA GPU (Xavier/Orin)300 teraflops of compute; 411ms processing time per image

An embedded NVIDIA GPU solution processes images from 36 cameras in real-time to classify crops versus weeds, enabling the system to control 97 independent nozzles for precise herbicide application.

“we take those pictures, we put them through the machine learning algorithm on the brain of the system where this is an NVIDIA GPU embedded solution that we've developed with NVIDIA, and it's a really robust computer that can sit there in like 115 degrees Fahrenheit with no act of cooling or anything and it can do just fine.”

Chris Padwick · Hear it at 20:36

Engineering & simulationconvolutional neural networks

The team used supervised classification with convolutional neural networks to train the computer to distinguish between green crops and green weeds, achieving human-level accuracy on complex visual tasks.

“But, uh, you know, with the advent of deep learning and it's kind of specifically convolutional neural networks with supervised classification, we've actually been able to teach the computer the difference between crop and weeds at a, at a really, really high performance level.”

Chris Padwick · Hear it at 12:48

Engineering & simulation

The team hired weed science experts to label images, creating a multi-continental, multi-year, multi-season dataset to ensure the machine learning model had sufficient variety and quality for reliable performance in unknown fields.

“So what we've managed to do is sort of try to build a team and code that knowledge, train out our labeling workforce, and, uh, you know, just kind of to how hard this problem is, it seems like it takes a new labeler about 3 weeks before they kind of start making the right decisions, becoming productive…”

Chris Padwick · Hear it at 29:05

Engineering & simulationDino V2 (Meta)

The speaker mentions Meta's release of the Dino V2 model for image interpretation and segmentation as part of the broader landscape of AI developments influencing their field, though not explicitly stated as the tool used in the final product.

“So, uh, meta has been working on this problem, and they released recently released a model called Dino V2, which does a pretty good job, an image interpretation, and some image segmentation, and then sales force also, you know, has a, has some really interesting models they called blip…”

Chris Padwick · Hear it at 32:14

Mentioned

Companies
Blue River Technology, John Deere, MDA, Maxar
Products
See & Spray, Commodore 64, Dino V2, BLIP, John Deere 8R
Chips
NVIDIA Xavier, NVIDIA Orin

Other shows on the same ground, closest first.

  • The Robot Report Podcast · 57m

    Willy Pell from Blue River Technology brings AI to the farm

    Willy Pell, VP of Autonomy at Blue River Technology (acquired by John Deere), explains how the company applied machine learning and computer vision to automate farming, starting with the See & Spray weed management system and expanding to the autonomous John Deere AR tractor. Pell details the strategic decision to use stereo cameras instead of LIDAR due to dust and speed constraints, and describes how the system uses deep learning to detect crops versus weeds, achieving significant herbicide savings. The episode also covers the broader roadmap for autonomous tillage, planting, and grain cart coordination, drawing inspiration from Tesla's data-driven approach to achieve full autonomy in a semi-structured agricultural environment.

  • IoT For All Podcast · 20m

    Smart Farming: The Role of IoT and AI | John Deere's Gaurav Bansal | Internet of Things Podcast

    Gaurav Bansal, VP of Engineering at Blue River Technology (a subsidiary of John Deere), discusses the integration of IoT, AI, and computer vision in smart farming to address labor shortages and climate challenges. He details the John Deere autonomous tractor, which uses stereo cameras and NVIDIA Jetson GPUs for obstacle detection, and the See & Spray system, which uses real-time computer vision to reduce herbicide usage by up to two-thirds. Bansal also highlights the critical role of connectivity, noting a partnership with Starlink to solve rural coverage gaps, and outlines John Deere's goal of achieving fully autonomous production systems for corn and soybeans by 2030.

  • Over the Air · 18m

    Digital Transformation: From Tractors to Autonomous Agriculture

    Jorge Heraud, VP of Automation and Autonomy at John Deere, explains how the company is leveraging IoT and computer vision to transform agriculture through products like See & Spray and fully autonomous tractors. He details the decision to refine existing herbicide application rather than pursuing unproven technologies like lasers, achieving a 3-5x reduction in chemical usage. Heraud also outlines John Deere's roadmap to a fully autonomous farm by 2030, highlighting the operational advantages of private land environments compared to public roads.

  • The Next Byte Podcast · 26m

    44. How Computer Vision Is Changing Your World

    Hosts Daniel and Farbod discuss how computer vision AI is applied in manufacturing and agriculture, featuring insights from Plain Sight AI and a project by the Technical University of Denmark. They explain Plain Sight AI's three levels of vision systems for detecting hazardous objects on production lines, emphasizing that Level 3 instance segmentation offers superior sorting and counting capabilities. The hosts also detail a robot developed by PhD student Ronja Goldring to autonomously remove weeds from organic dairy farms using laser or electrocution, highlighting the importance of large, diverse training datasets and collaboration with end-users.

  • The Robot Report Podcast · 1h 20m

    Autonomous vehicle technology deep dive at John Deere and Zoox

    Jorge Heraud, VP of Autonomy at John Deere, explains how the company leverages its acquisition of Blue River Technology and Spark AI to deploy Level 4 autonomous tractors, using computer vision and machine learning to enable 'See and Spray' and autonomous tillage while managing rural connectivity challenges. RJ He and Ryan McMichael, technology leaders at Zoox, discuss their purpose-built, steering-wheel-free robotaxi recently deployed on public roads in California, detailing a perception stack that integrates cameras, LIDAR, radar, and thermal imaging to ensure safety through redundancy and diversity. The episode contrasts the agricultural application of autonomy, focused on labor relief and precision, with the urban mobility focus of Zoox, highlighting the technical hurdles of sensor fusion, edge cases, and the critical importance of building a robust safety case for public acceptance.

The summary, chapters and topics are generated from the episode’s audio by this directory, not written by Moore's Lobby. The episode itself belongs to its publisher.