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An Overview of Advancements in Deep Reinforcement Learning (Deep RL)

Marktechpost

This article introduces deep reinforcement learning models, algorithms, and techniques. It will cover a brief history of deep RL, a basic theoretical explanation of deep RL networks, state-of-the-art deep RL algorithms, major application areas, and the future research scope in the field.

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Jeff Kofman, Founder & CEO of Trint – Interview Series

Unite.AI

I had a casual conversation with some software developers who had done some rudimentary experiments with audio and text (not transcription) in 2013. What are the different machine learning algorithms that are currently used at Trint? It was never in my life plan. It happened by chance. I think that’s easier today.

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Ramprakash Ramamoorthy, Head of AI Research at ManageEngine – Interview Series

Unite.AI

You’ve witnessed AI’s evolution since positioning ManageEngine as a strategic AI pioneer back in 2013. What were some of the machine learning algorithms that were used in these early days? We incorporated a wide variety of algorithms—from support vector machines to decision-tree based methods—as the foundation of our AI platform.

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Boston Children’s Researchers, in Joint Effort, Deploy AI Across Their Hip Clinic to Support Patients, Doctors

NVIDIA

I started a postdoc with an orthopedic surgeon at BCH in 2013, when I saw how an engineer or scientist could help with patient treatment,” said Dr. Kiapour, who’s also trained as a biomedical engineer. Over the years, I saw that hospitals have a ton of data, but efficient data processing for clinical use was a huge, unmet need.”

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Cruxes for overhang

AI Impacts

Maybe you can separate training compute from algorithmic progress as inputs to AI. Maybe if labs aren't increasing training compute, they can focus on algorithmic progress. Or maybe if they're prevented from doing bigger training runs, eventually they pluck the low-hanging product fruit and shift to algorithmic progress.

Algorithm 130
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Understanding Deep Learning Algorithms that Leverage Unlabeled Data, Part 1: Self-training

The Stanford AI Lab Blog

In this first post, we’ll analyze self-training , which is a very impactful algorithmic paradigm for semi-supervised learning and domain adaptation. In Part 2, we will use related theoretical ideas to analyze self-supervised contrastive learning algorithms, which have been very effective for unsupervised representation learning.

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Crack Detection in Concrete

Towards AI

Basically crack is a visible entity and so image-based crack detection algorithms can be adapted for inspection. Deep learning algorithms can be applied to solving many challenging problems in image classification. Deep learning algorithms can be applied to solving many challenging problems in image classification. Yi, and J.-K.