Neuroscientist Patrick Beukema discusses the role of AI in solving environmental challenges, combining remote sensing and AI for real-time global intelligence. He emphasizes the importance of MLOps in ML/AI workflows for continual improvement. Join the fight for sustainability and conservation with advancements in Environmental AI for social good.
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Quick takeaways
AI can tackle environmental issues using remote sensing and high-performance AI at a global scale.
Integrating software engineering best practices into ML/AI workflows enhances performance and requires tight feedback loops.
Deep dives
AI Quality Conference in San Francisco
An upcoming AI Quality Conference in San Francisco on June 25th is generating excitement. The conference theme revolves around AI quality and boasts prominent speakers like the CTO of Crews and the CEO of U.com. It promises a blend of informative sessions and extracurricular activities.
Environmental AI Focus at AI2
Patrick, Head of the Environmental AI team at AI2, delves into the practical applications of the team's work on Environmental AI. They leverage neural networks and satellite imagery to detect unauthorized activities like illegal fishing. The team's pragmatic approach ensures accurate predictions to avoid wasted resources.
Learning Journey and Expertise in Logic and Neural Networks
Patrick's academic journey from logic to neural networks and computational neuroscience shapes his approach to artificial intelligence. His expertise in building neural networks, understanding learning mechanisms, and focusing on plasticity highlights his foundation in computational neuroscience and its influence on AI development.
Continuous Model Improvement for the Environmental AI Team
The Environmental AI team at AI2 employs a continuous iteration strategy to enhance their models. By using lightweight CNN models for rapid model updates based on feedback, they ensure precision in detecting potential threats like unauthorized fishing vessels. This iterative approach allows for seamless model refinement and adaptation to evolving environmental challenges.
Patrick Beukema has a Ph.D. in neuroscience and has worked on AI models for brain decoding, which analyzes the brain's activity to decipher what people are seeing and thinking.
Join us at our first in-person conference on June 25 all about AI Quality: https://www.aiqualityconference.com/
Huge thank you to LatticeFlow for sponsoring this episode. LatticeFlow - https://latticeflow.ai/
MLOps podcast #225 with Patrick Beukema, Head / Technical Lead of the Environmental AI, Applied Science Organization at AI2, Beyond AGI, Can AI Help Save the Planet?
// Abstract
AI will play a central role in solving some of our greatest environmental challenges. The technology that we need to solve these problems is in a nascent stage -- we are just getting started. For example, the combination of remote sensing (satellites) and high-performance AI operating at a global scale in real-time unlocks unprecedented avenues to new intelligence.
MLOPs is often overlooked on AI teams, and typically there is a lot of friction in integrating software engineering best practices into the ML/AI workflow. However, performance ML/AI depends on extremely tight feedback loops from the user back to the model that enables high iteration velocity and ultimately continual improvement.
We are making progress but environmental causes need your help. Join us fight for sustainability and conservation.
// Bio
Patrick is a machine learning engineer and scientist with a deep passion for leveraging artificial intelligence for social good. He currently leads the environmental AI team at the Allen Institute for Artificial Intelligence (AI2). His professional interests extend to enhancing scientific rigor in academia, where he is a strong advocate for the integration of professional software engineering practices to ensure reliability and reproducibility in academic research. Patrick holds a Ph.D. from the Center for Neuroscience at the University of Pittsburgh and the Center for the Neural Basis of Cognition at Carnegie Mellon University, where his research focused on neural plasticity and accelerated learning. He applied this expertise to develop state-of-the-art deep learning models for brain decoding of patient populations at a startup, later acquired by BlackRock. His earlier academic work spanned research on recurrent neural networks, causal inference, and ecology and biodiversity.
// MLOps Jobs board
https://mlops.pallet.xyz/jobs
// MLOps Swag/Merch
https://mlops-community.myshopify.com/
// Related Links
Variety of relevant papers/talks/links on Patrick's website: https://pbeukema.github.io/
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Connect with Demetrios on LinkedIn: https://www.linkedin.com/in/dpbrinkm/
Connect with Patrick on LinkedIn: https://www.linkedin.com/in/plbeukema/
Timestamps:
[00:00] AI Quality Conference
[01:29] Patrick's preferred coffee
[02:00] Takeaways
[04:14] Learning how to learn journey
[07:04] Patrick's day to day
[08:39] Environmental AI
[11:07] Environmental AI models
[14:35] Nature Inspires Scientific Advances
[18:11] R&D
[24:58] Iterative Feedback-Driven Development
[26:37 - 28:07] LatticeFlow Ad
[33:58] Balancing Metrics for Success
[38:16] Model Retraining Pipeline
[44:11] Series Models: Versatility
[45:57] Edge Models Enhance Output
[50:22] Custom Models for Specific Data
[53:53] Wrap up
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