OpenCV features and reviews of 2020
OpenCV deep learning improves the computational efficiency of organizations with an emphasis on real-time applications.
OpenCV deep learning software allows organizations to understand, interpret, and reconstruct a 3D scene from 2D images using computer vision, based on the characteristics of the structure in the scene. Users can use the software to model and replicate human vision.
The software can also be used for robotics applications to identify the location of robots automatically. It can also be used for navigation, manipulations like PUMA robot manipulator, and in assemblies such as painting, welding, and peg-in-hole. Furthermore, the software can be used in human-robot interaction, where intelligent robotics serve and interact with people.
Organizations in the medical field can also use OpenCV deep learning software to detect and classify tumors and cells or lesion. The software can also be used for 2D and 3D segmentation, vision-guided robotics surgery, and 3D human organ reconstructions, ultrasound, and MRI.
Users can also rely on OpenCV deep learning software for industrial automation. This software can be used for industrial inspection to detect defects, for assembly, package, and barcode label reading, object sorting, and document understanding like OCR. Also, the software can be used for security purposes such as biometrics for face recognition, fingerprint, and iris, as well as surveillance for detecting suspicious behaviors or activities.
OpenCV deep learning software can be used for autonomous vehicles, driver vigilance monitoring, and other transportation applications. The software also has a library that allows users to write and read images, capture and save videos, perform feature detection, and process images like transforming and filtering them. Users can also detect specific objects like cars, eyes, faces, pictures, and videos. And, they can analyze the video and track objects, remove backgrounds, and estimate motions.
OpenCV Deep Learning software supports the core functionalities of basic data structures. These structures include Range, Point, and Scalar, which users can use to build OpenCV apps. They also have access to the multidimensional array, "Mat" which can be used to store images.
OpenCV Deep Learning software offers image processing. Users can carry out multiple processing operations like histograms, color space conversion, geometrical image transformations, image filtering, and so on. They can also perform resizing and other image processing techniques on their images using straightforward functions. Even more, they can edit their photos right from the platform rather than other image editors.
OpenCV Deep Learning software allows users to analyze videos. They can perform different video analysis concepts like object tracking, background subtraction, and motion estimation. Users can also access OpenCV's library to know how they can carry out video capturing and learn about the software's video codecs.
OpenCV Deep Learning software offers users numerous algorithms. These algorithms allow users to utilize elements of 3D reconstruction and stereo correspondence, object pose estimation, stereo, and single-camera calibration, as well as multiple-view geometry.
OpenCV Deep Learning software supports object and feature detection and tracking. Users can detect and describe features. Plus, they can also detect objects and instances from a predefined class like cars, people, mugs, eyes, and faces. The software tracks and detects an object right from a camera device. Also, users can build detection models as little as 600kb in size.
OpenCV Deep Learning software supports human pose estimation. Users can use pose detection algorithms to analyze the human body pose. This feature can be used in numerous applications like AR clothes fitting and workout analysis.
OpenCV Deep Learning software offers users medical imaging. Organizations can have access to AI medical diagnosis systems which can be used in analyzing 3D MRI and X-rays to discover anomalies. OpenCV also conducts AI medical research in collaboration with medical organizations.
OpenCV Deep Learning software offers users People Counting and Tracking. This solution combines startling inference speed with state-of-the-art quality. Also, this model uses fewer computations with pristine accuracy. This way, users can run this solution from any device, reducing server and connectivity costs. Plus, the user's data are completely private.
The software also provides smart analytics of how people move in space. This can be applied in numerous businesses, including office space utilization and security.
OpenCV Deep Learning software supports color tracking and color masking. This feature can be used for differentiating objects in an image.
OpenCV Deep Learning software supports a wide variety of thresholding. With this feature, users can carry out image segmentation. Also, this feature allows them to compare a threshold value with pixel values and make necessary updates.
The software also offers adaptive thresholding, where users use different threshold values for different parts of an image. This way, they can get better outcomes for pictures with different lighting conditions.
OpenCV Deep Learning software enables users to perform Bitwise operations like XOR, NOT, AND, and OR. This feature makes it possible to mask images. Users can also apply that same mask over other images to extract specific regions of interest.
OpenCV Deep Learning software allows users to identify image contours. These contours can be used to count the objects in images. Also, users can use this feature to select objects with specific shapes from images and categorize objects based on their shapes.
OpenCV Deep Learning software supports the Scale Invariant Feature Transform (SIFT). The features extracted from this keypoint detection algorithm can be used for apps like object detection and image stitching. This algorithm includes steps like scale-space extrema detection, keypoint localization, orientation assignment, keypoint descriptor, and keypoint matching.
OpenCV Deep Learning software supports feature matching. Users can match the features gotten using SIFT from various images to identify similar patterns and objects. OpenCV's library also provides multiple algorithms for feature matching like KNN feature matching, brute force matching, and so on.
OpenCV Deep Learning software is a cross-platform library that allows users to build real-time computer vision apps. The software focuses on video analysis and capture as well as image processing and offers features like object detection and face detection. Also, OpenCV is written in C++/C, and users have access to multi-core processing and hardware acceleration of a heterogeneous computing platform.