Details
Product introduction:
IAS100 AI Algorithm Video Analysis Software (hereinafter referred to as IAS100) is independently developed by HopeVision. The platform adopts intelligent analysis algorithm based on traditional machine learning + deep learning fusion, which can efficiently realize the detection of things of interest such as people, vehicles, ships, and unmanned vehicles. The structured information extraction of objects such as aircraft and animals can provide effective intelligent analysis results for application software systems, and provide intelligent means for 24-hour unattended monitoring scenarios, saving manpower and material resources. The platform adopts Socket+Http+RestAPI to realize intelligent analysis of detection, classification, tracking and other objects of interest in incoming video frames, realizes intelligent analysis of visible light and thermal image dual-light video, and outputs detection results with structured information.
Traditional algorithms mainly involve background modeling, alarm intrusion, single-target tracking, multi-target trajectory analysis and panoramic stitching. In terms of deep learning, through the training of common targets such as water, land, and air, it has been able to detect and identify people, vehicles, and ships. , drones, and more than 45 targets and actions. Through the application and tempering in various scenarios such as border defense lines, military bases, deserts, lakes, and oceans, the platform has strong environmental adaptability and can effectively cope with various environments with weak vision such as rain, snow, wind, sand, and smoke. .
Based on the advantages in the field of optoelectronic technology, the company provides long-distance target observation and sighting optoelectronic equipment. At the same time, it has the algorithm detection and recognition technology for long-distance small targets in video image processing, and combines the photoelectric control servo control technology to effectively use it in border and coastal defense. , base, chemical industry, forestry and other industries, and have carried out in-depth cultivation and refinement of each field, so that the algorithm technology can be more suitable for the actual use of the scene, and play a huge value. Compared with other manufacturers, our algorithm technology tends to detect and recognize small targets in visible light and thermal imaging, and can do in-depth optimization based on the scene, which has a leading advantage in the same industry.
Features:
1) Enhanced detection of moving targets: Supports the use of target recognition and target trajectory tracking to strengthen the motion detection, line mixing detection and regional intrusion detection of very large and very small targets;
2) Human body action diversity detection: support the detection of the maximum and minimum objects under various movements of the human body, such as squatting, walking, running, jumping, crawling, and swimming;
3) Multiple types of target detection: support the detection of various targets such as people, cars, ships, animals, birds, drones, airborne objects, aircraft, and landing gear;
4) Dual-light video detection: support the detection methods of visible light, thermal imaging video synchronization with the same rules, synchronization with different rules, wrong time with the same rules and wrong time with different rules;
5) Long-distance small targets: support intrusion alarm detection for small targets below 5*5 pixels; support for detection and identification of ultra-small targets below 15*15 pixels;
6) Multi-form deployment of cloud, edge and terminal: support the overall system solution, realize the business integration of software + algorithm; support the cooperation mode of back-end algorithm analysis platform, intelligent algorithm analysis suite and algorithm model authorization.
Application scenarios:
It is widely used in the detection of people and vehicles, the detection of fireworks in forests, oil depots, chemical plants, and parks, the detection of low-altitude drones in airports, nuclear power plants, and cities, and the detection of ports, docks, lakes, and marine ships.
