Click on "3D Vision Workshop" above and select "Star"
Dry goods delivered in the first time
1. Machine vision
Machine Vision (Robot Vision, Berthold Horn)
Visual measurement (Zhang Guangjun)
Machine Vision Algorithms and Applications (halcon version)
Robotics, Machine Vision and Control (Peter Corke)
Robot vision measurement and control (Xu De, etc.)
Principles and methods of visual measurement (Zhu Jigui)
Digital Image Processing and Machine Vision—Visual C++ and Matlab Realization
Computer Binocular Stereo Vision (Gao Hongwei)
Three-dimensional measurement technology and application (Li Zhongwei)
An Invitation to 3D Vision: From Images to Geometric Models(Yi Ma)
2. Computer Vision
Getting Started with Opencv3 Programming (Mao Xingyun)
Learning OpenCV
Computer Vision: Algorithms and Applications (Selisky)
Computer Vision: Models, Learning, and Inference (Simon JD Prince)
Computer Vision: A Modern Approach (2nd edition)
Fundamentals of Visual Computing: Core Concepts in Computer Vision, Graphics, and Image Processing (Aditi Majud)
Feature Extraction and Image Processing for Computer Vision (by Mark S. Nixon, Alberto S. Aguado)
Image Processing (Gonzarez)
An Introduction to 3D Vision
Multiple View Geometry in Computer Vision
Computer Vision for Visual Effects
3. SLAM
Fourteen Lectures on Visual SLAM (First Edition) (Second Edition)
State Estimation in Robotics
Probabilistic Robot
Robot Perception: Application of Factor Graphs to SLAM (Frank Dellaert)
Robot SLAM navigation core technology and practice
C++ Primer Plus
ROS robot development practice
STL source code analysis
Effective C++
Multiple View Geometry in Computer Vision
Augmented Reality: Principles, Algorithms and Applications
Visual Inertial SLAM: Theory and Source Code Analysis
4. Deep Learning
Deep Learning (Algorithms, Huashu)
Mathematics of Deep Learning (Algorithms)
Deep Learning, Optimization and Recognition (Jiao Licheng)
Hands-on deep learning (Ms. Li Mu)
Introduction, Principles and Advanced Practice of TensorFlow for Deep Learning
TensorFlow engineering project actual combat of deep learning
Deep learning and computer vision algorithm principle, framework application and code implementation
5. Point cloud processing
Point cloud library PCL from entry to mastery
Point cloud library PCL learning tutorial
Semantic 3D Object Maps for Everyday Manipulation in Human Living Environments
Research on Optimal Registration Method of Point Cloud Model (Zhao Fuqun)
Massive point cloud data processing theory and technology (Cheng Xiaojun)
6. Structured light
Grating projection three-dimensional precision measurement
7. MVS
Multiple View Geometry in Computer Vision
8. 3D reconstruction
3D structure reconstruction based on multi-view
Multi-view 3D Reconstruction Based on Image Point Features
Structured Light and Its Applications (David Andrews)
9. C++ programming
More Effective C++ (35 effective ways to improve programming and design)
Effective C++ (55 specific practices to improve programming and design)
Effective Modern C++
code encyclopedia
10. Others
Structure from Motion (SfM): Theoretical Approaches and Geoscience Applications (Jonathan L. Carrivick)
Research on recognition technology based on real measurement of 3D face (Sang Gaoli)
VR, AR and MR project development practice (Xiang Chunyu)
Augmented Reality: Principles, Algorithms and Applications
Play with 3D Vision
Math for Programmers
Linear Algebra
GPU high-performance programming CUDA actual combat
gift book
Click the card below to pay attention to " Computer Vision Workshop "
Reply in the backstage of the public account " Computer Vision Workshop ": lottery draw , you can participate in the lottery
Winners can choose any book from the above list
Remarks: The books selected by the winners must be able to be purchased online (both JD.com and Taobao are acceptable),
And the price of each book shall not exceed 100 yuan, and the workshop assistant will purchase it directly for the winner.
Draw time: 8:00 pm on April 20, 2023
Winning places : 5
Friends are also welcome to supplement the book list in the message area~
This article is only for academic sharing. If there is any infringement, please contact to delete the article.