Complete Guide to Creating COCO Datasets
Complete Guide to Creating COCO Datasets, available at $29.99, has an average rating of 4.6, with 53 lectures, 7 quizzes, based on 366 reviews, and has 946 subscribers.
You will learn about How COCO annotations work and how to parse them with Python How to go beyond the original 90 categories of the COCO dataset How to automatically generate a huge synthetic COCO dataset with instance annotations How to train a Mask R-CNN to detect your own custom object categories in real photos This course is ideal for individuals who are Developers who have completed a Deep Learning course and want to solve real-world image recognition problems or Developers looking for a deep walkthrough of creating a COCO dataset and training a Mask R-CNN It is particularly useful for Developers who have completed a Deep Learning course and want to solve real-world image recognition problems or Developers looking for a deep walkthrough of creating a COCO dataset and training a Mask R-CNN.
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Summary
Title: Complete Guide to Creating COCO Datasets
Price: $29.99
Average Rating: 4.6
Number of Lectures: 53
Number of Quizzes: 7
Number of Published Lectures: 53
Number of Published Quizzes: 7
Number of Curriculum Items: 60
Number of Published Curriculum Objects: 60
Original Price: $29.99
Quality Status: approved
Status: Live
What You Will Learn
- How COCO annotations work and how to parse them with Python
- How to go beyond the original 90 categories of the COCO dataset
- How to automatically generate a huge synthetic COCO dataset with instance annotations
- How to train a Mask R-CNN to detect your own custom object categories in real photos
Who Should Attend
- Developers who have completed a Deep Learning course and want to solve real-world image recognition problems
- Developers looking for a deep walkthrough of creating a COCO dataset and training a Mask R-CNN
Target Audiences
- Developers who have completed a Deep Learning course and want to solve real-world image recognition problems
- Developers looking for a deep walkthrough of creating a COCO dataset and training a Mask R-CNN
In this course, you’ll learn how to create your own COCO dataset with images containing custom object categories. You’ll learn how to use the GIMP image editor and Python code to automatically generate thousands of realistic, synthetic images with minimal manual effort. I’ll walk you through all of the code, which is available on GitHub, so that you can understand it at a fundamental level and modify it for your own needs.
(Important: If you only want to do manual image annotation, this course is not for you. Google “coco annotator” for a great tool you can use. This course teaches how to generate datasets automatically.)
By the end of this course, you will:
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Have a full understanding of how COCO datasets work
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Know how to use GIMP to create the components that go into a synthetic image dataset
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Understand how to use code to generate COCO Instances Annotations in JSON format
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Create your own custom training dataset with thousands of images, automatically
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Train a Mask R-CNN to spot and mark the exact pixels of custom object categories
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Be able to apply this knowledge to real world problems
I’ve saved weeks of my precious time using this method because I’m not doing the tedious task of manual image labeling, which can easily take a full 40 hour work week to create 1000 images. You should value your time too. After all, how are you going to solve the world’s problems if you’re busy clicking outlines on images for the next couple weeks?
Soundtrack by Silk Music
Track name: Shingo Nakamura – Hakodate
Course Curriculum
Chapter 1: Course Introduction
Lecture 1: Section Introduction
Lecture 2: Case Study: Weed Detection
Lecture 3: Initial setup and resources
Lecture 4: End to end flow of the course
Chapter 2: COCO Image Viewer
Lecture 1: Section Introduction
Lecture 2: Overview
Lecture 3: Initialization
Lecture 4: Processing COCO Instances JSON
Lecture 5: Display info, licenses, and categories
Lecture 6: Display Image: Open and calculate resize ratio
Lecture 7: Display Image: Polygon segmentations
Lecture 8: Display Image: RLE segmentation concept
Lecture 9: Display Image: RLE segmentation code
Lecture 10: Running the notebook on the COCO Dataset
Chapter 3: Dataset Creation with GIMP
Lecture 1: Section Introduction
Lecture 2: Opening, scaling, and exporting
Lecture 3: Create first mask and export
Lecture 4: Use layers to create second mask
Lecture 5: Remaining images time-lapse
Lecture 6: Mask definitions JSON
Lecture 7: Mask definitions JSON (remaining images)
Chapter 4: COCO JSON Utils
Lecture 1: Section Introduction
Lecture 2: Context for coco_json_utils.py
Lecture 3: Overview
Lecture 4: Validate and process arguments and create info
Lecture 5: Create licenses and categories
Lecture 6: Create images and annotations
Lecture 7: Split multicolored mask into isolated masks
Lecture 8: Create annotations with isolated masks
Lecture 9: Running coco_json_utils.py
Chapter 5: Foreground Cutouts with GIMP
Lecture 1: Section Introduction
Lecture 2: Context for cutting out foregrounds
Lecture 3: Foreground Select Tool (rough)
Lecture 4: Foreground Select Tool (clean) and export
Lecture 5: Free Select Tool with Feather Edges
Chapter 6: Image Composition
Lecture 1: Section Introduction
Lecture 2: MaskJsonUtils overview, adding categories, and adding masks
Lecture 3: Getting masks, getting super categories, and writing to json
Lecture 4: ImageComposition overview
Lecture 5: Validate and process arguments
Lecture 6: Validate and process foregrounds and backgrounds
Lecture 7: Choose random foregrounds and background
Lecture 8: Crop background and transform foregrounds
Lecture 9: Compose images and masks
Lecture 10: Save images and mask definitions json
Lecture 11: Create dataset info
Lecture 12: Running image_composition.py and coco_json_utils.py
Chapter 7: Training Mask R-CNN
Lecture 1: Section Introduction
Lecture 2: Getting started with Mask R-CNN
Lecture 3: Preparing to train with our synthetic dataset
Lecture 4: Training
Lecture 5: Running inference on real test images
Chapter 8: Course Wrap
Lecture 1: Overview and wrap
Instructors
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Adam Kelly Immersive Limit
3D DEVELOPMENT + DEEP LEARNING
Rating Distribution
- 1 stars: 4 votes
- 2 stars: 5 votes
- 3 stars: 28 votes
- 4 stars: 119 votes
- 5 stars: 210 votes
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