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Deep Learning Next Generation Innovation Technology - Introduction to Physical Information Neural Networks and Pytorch Practice

This is a lecture that studies the physical information neural network, one of the next-generation innovative technologies of deep learning, and implements it directly using Pytorch. Let's learn the next-generation innovative technology of artificial intelligence with me!

(4.8) 21 reviews

187 learners

Level Basic

Course period Unlimited

  • dlbro
PyTorch
PyTorch
Deep Learning(DL)
Deep Learning(DL)
Machine Learning(ML)
Machine Learning(ML)
Artificial Neural Network
Artificial Neural Network
PyTorch
PyTorch
Deep Learning(DL)
Deep Learning(DL)
Machine Learning(ML)
Machine Learning(ML)
Artificial Neural Network
Artificial Neural Network

Reviews from Early Learners

Reviews from Early Learners

4.8

5.0

아쿠아라이드

74% enrolled

I was very curious about PINN after hearing about keywords in the field, but there weren't many related materials, and there weren't any Korean courses that explained it systematically. However, I found a lecture that explains the key points in a short period of time so that I could easily understand the concepts. If you open an advanced additional PINN lecture that covers more complex real-world problems, I will 100% take it. ㅎㅎ Even if you search for PINN YouTube, etc., most of the case studies are about simple physics problems that would appear on undergraduate mechanical engineering exams, so they can't be applied to the field. For example, if you solve cases of real-world problems such as 3D CFD problems, weather forecast image prediction, and collisions or behaviors of 3D mechanical systems at the code level in an advanced lecture, it would be very helpful for applying to the field. Of course, I highly recommend the current lecture as well. ^^

5.0

ab

32% enrolled

It's scary and difficult, but it's good that someone is explaining it like this. There aren't many lectures like this in Korea. Haha.

5.0

리만텐서 (relativity)

100% enrolled

This is a good lecture for beginners to start with.

What you will gain after the course

  • The concept of physical information neural network, the next-generation innovative technology in artificial intelligence

  • Building a Physical Information Neural Network Using PyTorch

Emerging next-generation deep learning models
Physical Information Neural Network (PINN)

Deep learning models that integrate the laws of physics are emerging as a new key to AI problem-solving. Jensen Huang, CEO of NVIDIA, emphasized the potential of AI, stating that the next wave of AI will be one that learns about the physical world . Among these models, the most notable is the Physical Information Neural Network (PINN) .



[Google Trends] Soaring Interest in Physics-Informed Neural Networks


Physics-informed neural networks (PNNs) are artificial neural networks built by learning from physical information. Combining the performance of neural networks with the power of physical information, they enable the accurate construction of complex systems even with limited data, and are considered a next-generation innovation in the industrial sector.

NVIDIA , a leader in artificial intelligence (AI) computing, has also launched its AI framework, Modulus, introducing physics-based machine learning models as a groundbreaking technology . Many companies, including NVIDIA, Amazon, Philips, ExxonMobil, SpaceX, BMW, and Siemens, are investing in and developing physics-based neural networks, and expect physics-based machine learning models to drive next-generation innovation across industries.

Why Physical Information Neural Networks?

(1) Solving various challenges

Physical information neural networks, which integrate the laws of physics into deep learning, are solving various challenges previously intractable to deep learning and expanding the range of industries applying deep learning . Recently, they have been adopted in fields such as medicine (new drug development), the environment (climate prediction), and architecture (structural design), attracting attention as an attractive technology.

Nvidia's Modulus

(2) Less data usage

Supervised learning, the fundamental learning method for artificial neural networks, typically requires massive amounts of data. On the other hand, physics-based learning, which makes predictions based on physical laws, can build accurate models without data or with only a small amount of data .

Physical information neural network

(3) Establishing a system that combines transparency and efficiency.

Physical neural networks can be integrated with various technologies to enhance accuracy in various fields and significantly improve computational speed compared to existing methods . Furthermore, because the model's predictions and decision-making processes are based on the laws of physics, they can help address the "black box" problem inherent in deep learning .

FEM vs PINN

From theory to implementation
Contains the basics of physical information neural networks

In this lecture, after learning the concepts, we will implement models for various problems.

To prevent math from becoming a barrier, we cover the concept of differentiation first.
Introduces the concept of physical information neural networks and the learning principles of neural networks.
You can implement a physical information neural network yourself through 6 exercises.


Things to note before taking the course

Practice environment

  • The hands-on training takes place on Google Colaboratory, which requires no separate installation . A free Google account is required, and failure to use Colaboratory may result in disruption to the training.

Learning Materials

  • All slides and code used in the class are provided.

  • Implement the model using Pytorch.

Player Knowledge and Precautions

  • Some basic knowledge of deep learning, such as supervised learning and gradient descent, is required.

  • This course covers a wide range of mathematical topics, including differential equations and numerical analysis. However, it's structured so that even those without prior knowledge of differential calculus can easily follow along.

  • This is a question-based course. Questions about the class are always welcome. :)

Recommended for
these people

Who is this course right for?

  • Those preparing for universities/graduate schools related to artificial intelligence

  • Anyone who wants to follow the future of artificial intelligence

  • Anyone who wants to experience the next-generation deep learning innovation technology

Need to know before starting?

  • Passion to do

  • Deep Learning Basics

  • Basic knowledge of Python

Hello
This is

5,126

Learners

404

Reviews

261

Answers

4.7

Rating

7

Courses

Hello.

I am Deep Learning Ho-hyung, and I run a YouTube channel related to deep learning and machine learning.

I majored in mathematics and data analysis, and I have completed and am currently working on numerous deep learning projects.

I am Deep Learning Ho-hyung, and I run a YouTube channel focused on deep learning and machine learning. I majored in mathematics and data analysis, and I have completed and am currently working on numerous deep learning projects.

I have knowledge that I can share with you regarding Artificial Intelligence topics such as machine learning, advanced machine learning, deep learning, optimization theory, and reinforcement learning, as well as mathematical subjects including linear algebra, calculus, probability and statistics, analysis, and numerical analysis.

Nice to meet you all! * Related Experience: Current) Numerous SCI(E) papers and international conference presentations Current) Multiple university advisory roles related to AI Former) Senior Researcher at K-Corp - Data Analysis and

Nice to meet you all!

* Relevant Experience Current) Numerous SCI(E) papers and international conference presentations Current) Multiple university advisory roles related to Artificial Intelligence Former) Senior Researcher at K-Corporation - Data Analysis and Simulation: New Product Development

* Related Experience

Current) Numerous SCI(E) papers and presentations at international conferences

Current) Multiple university advisory roles related to Artificial Intelligence

Former Senior Researcher at K-Company - Data Analysis and Simulation: New Product Development, Performance Improvement, and New Technology Application

Author of "Introduction to PyTorch for Deep Learning" (Selected as a 2022 Sejong Book in the Academic Category)

- Data Analysis and Simulation: New product development, performance enhancement, and application of new technologies. Author of "Introduction to PyTorch for Deep Learning" (Selected as a 2022 Sejong Book in the Academic Category).

- Data Analysis and Simulation: New product development, performance enhancement, and application of new technologies. Author of "Introduction to PyTorch for Deep Learning" (Selected as a 2022 Sejong Book in the Academic Category).

- Data Analysis and Simulation: New product development, performance enhancement, and application of new technologies. Author of "Introduction to PyTorch for Deep Learning" (Selected as a 2022 Sejong Book in the Academic Category).

- Data Analysis and Simulation: New product development, performance enhancement, and application of new technologies. Author of "Introduction to PyTorch for Deep Learning" (Selected as a 2022 Sejong Book in the Academic Category).

Curriculum

All

19 lectures ∙ (2hr 22min)

Course Materials:

Lecture resources
Published: 
Last updated: 

Reviews

All

21 reviews

4.8

21 reviews

  • aquarid22님의 프로필 이미지
    aquarid22

    Reviews 12

    Average Rating 5.0

    5

    74% enrolled

    I was very curious about PINN after hearing about keywords in the field, but there weren't many related materials, and there weren't any Korean courses that explained it systematically. However, I found a lecture that explains the key points in a short period of time so that I could easily understand the concepts. If you open an advanced additional PINN lecture that covers more complex real-world problems, I will 100% take it. ㅎㅎ Even if you search for PINN YouTube, etc., most of the case studies are about simple physics problems that would appear on undergraduate mechanical engineering exams, so they can't be applied to the field. For example, if you solve cases of real-world problems such as 3D CFD problems, weather forecast image prediction, and collisions or behaviors of 3D mechanical systems at the code level in an advanced lecture, it would be very helpful for applying to the field. Of course, I highly recommend the current lecture as well. ^^

    • dlbro
      Instructor

      Thank you so much for your review. If you have any questions, please feel free to ask!!

    • Advanced course: Batteries/lifespan? Create one? Code focus preferred.

  • icarus01180867님의 프로필 이미지
    icarus01180867

    Reviews 1

    Average Rating 5.0

    5

    32% enrolled

    It's scary and difficult, but it's good that someone is explaining it like this. There aren't many lectures like this in Korea. Haha.

    • dlbro
      Instructor

      I had a lot of trouble adjusting the difficulty, so I'm grateful for your praise. Study hard and feel free to ask questions anytime!

  • sinkei94564416님의 프로필 이미지
    sinkei94564416

    Reviews 5

    Average Rating 4.8

    4

    32% enrolled

    • info0966님의 프로필 이미지
      info0966

      Reviews 1

      Average Rating 5.0

      5

      32% enrolled

      • 지도카노님의 프로필 이미지
        지도카노

        Reviews 1

        Average Rating 4.0

        4

        32% enrolled

        $55.00

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