Course Information
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- *The delivery and distribution of the certificate are subject to the policies and arrangements of the course provider.
Course Overview
Develop Deep Learning Human Detection Model: Step-by-Step Guide with TensorFlow, OpenCV, Numpy, Protobuf, and Matplotlib
In this course, a practical approach has been developed to achieve human detection in photos, videos, and real-time using your system webcam or an external camera. Throughout this course, we will gradually learn and build the entire project step by step, so that by the end, you’ll be able to create your own custom machine learning model with complete confidence.
This intermediate-level deep learning project focuses on Computer Vision and TensorFlow, helping you master essential AI concepts and strengthen your foundation in Data Science and Machine Learning.
To make learning easy and structured, the course is divided into 14 detailed sections, each designed to take you one step closer to becoming an AI practitioner.
What You’ll Learn — Step by Step
Section 1: Introduction to AI & Object Detection
Get introduced to Artificial Intelligence, Neural Networks, Object Detection Models, TensorFlow, and the Computer Vision Library. We’ll also explore the TensorFlow API, its specifications, and real-world applications with examples.
Section 2: Environment Setup
Learn how to install all the essential tools — Anaconda, Visual Studio, and Jupyter Notebook. Understand the IDE configuration and how to set up your Python environment efficiently for machine learning workflows.
Section 3: Jupyter Notebook Setup
Get comfortable working in Jupyter Notebook. Learn how to test small code snippets to understand functionality, debug issues, and organize your project workspace.
Section 4: Importing Dependencies & Paths
Learn to import required libraries, define label paths, and understand real-time demonstrations with well-documented source code.
Section 5: Image Capture & Annotation
Dive into OpenCV and learn how to capture and process images. Understand image labeling, annotations, and how to prepare your dataset effectively.
Section 6: Building the Human Detection Model
Start developing your custom detection model using TensorFlow’s pre-trained models. Learn about label maps, script records, and workspace structure for model customization.
Section 7: TensorFlow API & Protocol Buffers
Understand the TensorFlow Model Garden, WGET module, Protobufs, and how to verify your model’s source code. You’ll also learn how to download and configure pre-trained models from the TensorFlow Model Zoo.
Section 8: Preparing Data & Label Maps
Learn to create label maps, manage training and test records, and configure model files. We’ll also cover real-time demonstrations for better clarity.
Section 9: Pipeline Configuration
Understand checkpoints, training parameters, and configuration files. Learn to write, copy, and verify pipeline configurations properly before model training.
Section 10: Model Training & Evaluation
This is the core section — where you’ll train and evaluate your human detection model. Learn how to execute training scripts, handle long training sessions (with or without GPU), and interpret results through evaluation metrics like mAP (Mean Average Precision), Recall, and Confusion Matrix.
Section 11: Loading Trained Model & Checkpoints
Learn how to load pipeline configurations, restore checkpoints, and build your final detection model for testing.
Section 12: Testing on Images
Test your trained model on image files, define category indexes, and visualize predictions using bounding boxes and confidence scores.
Section 13: Real-Time Human Detection
Get hands-on with real-time webcam detection and see your model in action! You’ll detect and count humans live from your system or external camera feed.
Section 14: Model Export & Deployment
Finally, learn how to freeze graphs, convert your model to TensorFlow Lite, and archive it for deployment — enabling use on mobile or embedded devices.
Dedicated Technical Support
Don’t let technical issues slow you down! Our dedicated support team is available Monday to Saturday, and will respond to your queries in the Q&A section within 24 hours. We’re here to ensure a smooth learning journey from start to finish.
100% Money-Back Guarantee
Your investment is completely safe! This course includes a 30-day, no-questions-asked Money Back Guarantee.
If you’re not satisfied for any reason, you’ll get a full refund directly to your bank account.
So at the end of the day, you have nothing to lose — and everything to gain!
By the End of the Course, You’ll Be Able To:
Build your own Human Detection and Counting System from scratch
Understand and work with TensorFlow Object Detection API
Master the Computer Vision pipeline using OpenCV and Python
Perform real-time human detection through webcam or external camera
Convert and deploy your model using TensorFlow Lite
Enroll today with complete peace of mind and take your AI and computer vision skills to the next level.
Let’s build something amazing — together!
– Stepwise Learning Team
Course Content
- 15 section(s)
- 39 lecture(s)
- Section 1 INTRODUCTION
- Section 2 GETTING STARTED WITH HUMAN DETECTION MODEL
- Section 3 STARTING WITH JUPYTER NOTEBOOK
- Section 4 SETTING DIRECTORIES & LABEL PATH
- Section 5 CAPTURING IMAGES USING OPEN-CV AND MAKING ANNOTATIONS
- Section 6 HUMAN DETECTION MODEL & WORKSPACE
- Section 7 TENSORFLOW MODEL API AND PROTOCOL BUFFERS
- Section 8 WORKING WITH MODELS
- Section 9 CONFIGURING PIPELINE CONFIGURATION
- Section 10 TRAINING & EVALUATION OF HUMAN DETECTION MODEL
- Section 11 TRAINED MODEL AND CHECK-POINT
- Section 12 TESTING HUMAN DETECTION MODEL
- Section 13 REAL-TIME DETECTION FROM WEB-CAMS
- Section 14 SAVING HUMAN DETECTION MODEL
- Section 15 Quizzes, Coding Exercise and Assignment
What You’ll Learn
- Learn to build a complete human detection model from scratch.
- Get to know about Artificial Intelligence, Neural Networks, OpenCV, TensorFlow, and their applications.
- Configure the software environment of Anaconda, Jupyter Notebook, and Visual Studio.
- Learn to set up python virtual environments and configure pips.
- Start by developing code to capture images using the OpenCV library.
- Learn about the Image Labelling tool and create annotations.
- Get to know about Scripts Records and Label Maps.
- Thereafter we will learn about directories creation, defining paths, and their verifications.
- We will then understand about TensorFlow Model Garden, WGET Module, and Model API.
- Learn and implement protocol buffers and procs.
- Get to know about TensorFlow Model Zoo and the usage of pre-trained models.
- Learn about Unique IDs, training records, and test record files.
- Get to know about Configuration path and writing pipeline configurations and checkpoints.
- Learn how to train custom model and evaluate it.
- Get to know about the precision, recall, and confusion matrix.
- Learn to detect people in the images and videos by using the trained model.
- Thereafter, learn to detect people in real time from an external webcam.
- After deployment of the model, learn about the freezing graph and saving the final model.
- Also, learn the process of converting the human detection model into a TensorFlow lite model.
- Finally, learn about archiving the model for editing and building a different model in future.
Skills covered in this course
Reviews
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PPrasad Bhondave
na
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PPratyush Kumar
Great Course, really learned something useful
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HHaoxuan Wang
The lecturer is not explaining, but more like reading from a transcript. The course up to section 2 feels like being taught by an AI
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AAzzer Teeluck
Sir, you are an extraordinary teacher with unique educational expertise. You teach each detail precisely and patiently. You know how to entertain us, so, that we don't get bored when the course is taking long hours.