※Please note: This workshop will be conducted in Mandarin※
Welcome to register for the 2024 Winter Break MATLAB Series Courses hosted by NTHU Computing and Communication Center. Please choose the content that suits you best.
Before registering, please ensure full attendance. To register, please visit https://forms.gle/QcvYvY3imyGPth4A7
Any inquiries,
please mail to the following address: inquiry@cc.nthu.edu.tw or call Miss Chiang at campus ext.31231
Utilizing MATLAB for GPU-based Image Processing/Computer Vision Deep Learning Applications
Date : 2024/1/23(Tue) / Time : 13:30-16:30
In recent years, deep learning technology has matured and shown excellent performance in applications such as speech and image recognition. This course focuses on image recognition applications, demonstrating how MATLAB can rapidly develop deep learning models with image recognition capabilities and accelerate model training using GPU.
- What is Deep Learning?
- Layers in Convolution Neural Network
- Image classification using a pre-trained network
- Train a new model
- Object detection
Application of Statistical and Machine Learning Methods in Data Analysis
Date : 2024/1/24(Wed) / Time : 13:30-16:30
This course introduces MATLAB's functionalities related to data analysis, aiming to elucidate how to use MATLAB to supplement the limitations of Excel. The course will cover importing data from Excel, visualizing analysis, customizing graphics, statistical analysis, mathematical model embellishments, automating processes, generating reports, and packaging MATLAB-developed functions into Excel add-ins.
- Access data from files and Excel spreadsheets
- Visualize data and customize figures
- Perform statistical analysis and fitting
- Generate reports and automate workflows
- Share analysis tools as standalone applications or Excel add-ins
AI Low-Code Development – MATLAB App for Non-AI Experts
Date : 2024/1/25(Thu) / Time : 13:30-16:30
The first stage introduces how to quickly implement deep learning image processing classification and transfer learning in MATLAB, even without coding to train your classification model. The second part delves into advanced algorithms such as object detection, semantic segmentation, deep learning visualization, and anomaly detection. The third part introduces how to integrate with other PyTorch and TensorFlow models and integrate MATLAB with other environments.
- Classification
- How to use Pretrained model
- Create Deep Learning Model (MNIST)
- Try to do Transfer Learning
- Object Detection & Advance
- Object Detection (YOLO)
- Semantic Segmentation
- Deep Learning Visualization
- Anomaly detection
- Integrate
- Deep Learning Model Exchange
- Application And Deployment
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