Mask R-CNN - Practical Deep Learning Segmentation in 1 hour
The Practical Guide to Create your own AI Semantic Segmentation: Learn the Full Workflow - From Training to Inference

What you will learn
What is Instance Segmentation
How to take object segmentation further using Mask RCNN
Secret tip to multiply your data using Data Augmentation.
How to use AI to label your dataset for you.
Find out how to train your own custom Mask R-CNN from scratch.
Pothole Detection using Mask R-CNN
Step-by-step instructions on how to Execute, Annotate, Train and Deploy Custom Mask R-CNN models.
Why take this course?
π Mask R-CNN - Practical Deep Learning Segmentation in 1 Hour π
Important Notes
This course is designed to be practical-focused, offering a hands-on approach to understanding and implementing Mask R-CNN. While we cover the theoretical aspects of this powerful object detection model, our emphasis is on getting you up and running with Mask R-CNN from training to inference.
Course Overview: Learn the Full Workflow - From Training to Inference π
When delving into the world of AI Object Segmentation, many challenges can arise. Common obstacles like cumbersome dataset labeling, different annotation formats, potential for corrupt labels, unclear training instructions, and managing duplicate images can significantly slow down your progress. We've been there, and that's why we're excited to introduce you to a better way!
Say Goodbye to Common Obstacles with Supervisely π
Supervisely is a free Object Segmentation Workflow Tool that can revolutionize your approach to object detection. Here's how it can help:
- AI Annotation: Automatically annotate your dataset for Mask Segmentation.
- Universal Annotations: Labels from one dataset work across various models like Yolo, SSD, FR-CNN, Inception, etc., without conversion hassles.
- Data Augmentation & Management: Robust and fast annotation tools with built-in data augmentation that handle duplicate images for you.
- Train Online: Set up your Deep Learning Cluster to train models online, anywhere in the world.
What You Will Learn π
In this course, you'll dive into the world of Mask R-CNN and discover:
- The State of the Art in Object Detection with a pre-trained Mask R-CNN model.
- An Object Segmentation Workflow that can save you both time and money.
- How to efficiently gather and annotate your dataset, avoiding duplicates.
- Secret tips for multiplying your data through intelligent Data Augmentation techniques.
- How to train your own custom Mask R-CNN from scratch - perfect for applications like Road Pothole Detection, Segmentation & Pixel Analysis.
- Step-by-step instructions covering the entire process: Collecting Images, Annotating, Training, and Deploying Custom Mask R-CNN models.
Bonuses and Support π
You're not just getting a course; you're also receiving:
- Neural Network Fundamentals: A crash course on the basics to ensure you have a strong foundation.
- Personal Help: Regular office hours where you can ask questions and get personal support from the instructor.
Certificate of Completion π
Upon finishing this course, you'll receive a certificate of completion, proving your dedication and new skills to potential employers or clients. This is an excellent way to boost your career prospects in AI and Machine Learning.
Money-Back Guarantee π°
We stand behind our course with an unconditional, Udemy-backed, 30-day money-back guarantee. Your satisfaction is our priority, and we're committed to your success in the field of AI Object Segmentation.
Enroll Now and Develop Object Segmentation Using Mask R-CNN! π οΈ
Don't let common obstacles hold you back. With this course, you'll gain practical, hands-on experience with one of the most powerful object detection models available today. Click the button to enroll and start your journey toward mastering Mask R-CNN. Let's develop real-world applications together! ππ©βπ»π‘
Join us, and let's unlock the potential of AI Object Segmentation with Mask R-CNN!
Screenshots




Our review
π Course Overview:
The course on Mask R-CNN using Supervisely has garnered varied feedback from learners. The content, particularly the historical context of architectures leading up to Mask R-CNNs, is appreciated for its thoroughness. However, the presentation quality and the clarity of instructions, especially regarding Supervise.ly installation and setup, have been consistently criticized.
Pros:
- The course provides a good overview of the historical context and development of architectures leading up to Mask R-CNNs (βοΈπ).
- Some users found the course helpful for learning how to deploy Mask R-CNN and saved them time by providing a quick reference after they had already familiarized themselves with the prerequisite topics like Python, Linux, and Deep Learning (βοΈπ).
- The step-by-step guide and the in-depth knowledge displayed by the trainer were commended for their clarity and practical application (βοΈπ).
- Bonus content was seen as a valuable addition to the course material (βοΈπ).
- A few users found the course to be very interesting, with excellent content and enjoyable to apply what they learned (βοΈπ).
Cons:
- The installation and deployment instructions for Supervise.ly are outdated and not user-friendly, leading to frustration among learners (βββ).
- The speaker's voice is reportedly unclear, and the use of background music interferes with the learning experience (βββ).
- The course does not provide a full explanation or detailed analysis of the Mask R-CNN algorithm and its implementation (βββ).
- Some users felt that the course was overpriced, considering the lack of depth and comprehensive content (βββ).
- The course is heavily focused on Supervise.ly, which may not be relevant to all learners (βββ).
- There are concerns about the course's relevance and up-to-date information as of August 2023 (βββ).
- A few users suggested that the content could be replaced by resources available on Github, implying that the course may not offer unique value (ββ).
Additional Feedback:
- Some learners expressed a desire for more in-depth coverage of topics such as the evolution of loss and variance during training, fine details analysis of results, and exploration of different custom metrics (βοΈπ).
- A recommendation for a refund was made by users who found the course limited and not meeting their expectations (πΈβ οΈ).
Conclusion:
Overall, the course has potential but requires significant improvements in presentation quality, instruction clarity, and depth of content. Learners with prior knowledge of the necessary tools and a keen interest in deploying Mask R-CNN might find value in this course after considering its shortcomings. For those looking for a comprehensive understanding of Mask R-CNN, it is recommended to supplement this course with additional resources or seek out more detailed and updated training materials.