Junling Zhou
Education
- Hangzhou Dianzi University, Hangzhou, China. in Computer Science and Technology
- Sept. 2021 - Now
Skills Summary
- Programming: Python, C++
- Web Development: Django, Flask, FastApi
- AI/Data: PyTorch, NumPy, Pandas, Matplotlib
Selected Experience
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1.Significant Object Detection in Video Based on Graph Convolutional Network
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Hangzhou,June 2023 - Present
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Adivisor: Prof.Xiaofei Zhou,Hangzhou Dianzi University
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Understanding traditional work practices: Understand the traditional methods of extracting spatiotemporal features using VGG or ResNet backbone networks, then use a certain strategy to fuse spatiotemporal features to generate deep features, and finally obtain significant prediction maps by decoding deep features
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Improvement using graph convolution: Using graph convolution, Intra, and Inter GCNs methods for video salient object detection
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Improve existing network structure: Using vit transformer instead of resnet50 to optimize network structure
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2.3D Medical Image Processing Based on PaddlePaddle
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Hangzhou,Nov 2022 - Mar 2023
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Service Outsourcing Innovation and Entrepreneurship Competition Project
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Using 50 fold training to improve the model: Using the nnunet model based on PaddlePaddle and autonomously adding a 50 fold training method to achieve segmentation and transformation of medical images
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3D imaging on web pages: Using Python’s Flask framework and Niivue’s front-end Javascript library, we deployed the unet model and implemented a web version of a 3D smart medical diagnosis platform
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3.Data visualization of the probability of missing women and children
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Hangzhou,July 2022 - Sep 2022
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University Student Data Rule of Law Experimental Model Competition Project
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[Display]
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The front-end page displays a road prediction map: Build a path prediction and visualization website using the Vue framework and web development of HTML, CSS, and JS
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Echarts chart visualization crawler collects data: Visualize the flow, composition, and pathway of people involved in trafficking using ECharts
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Markov chain prediction probability: Using Markov chain prediction models to predict the probability of disappearance