object detection algorithm
Object Detection - оne of the fastest free software for detecting objects in real time and car numbers recognition. With similarly astounding feats by AI with computer vision technology becoming increasingly common in different industries, the future of computer vision appears to be full of promise and unimaginable outcomes.
Have you heard about special requirements and the need for a powerful server for video analytics? Have you been told tales about the fact that real-time detection requires special powerful servers?
Our product refutes this claim!
Our product refutes this claim!
Object Detection video surveillance software turns your computer into a powerful video-security system, allowing you to watch what's going on in your home or business remotely.
The program allows automatic recognition of car numbers (license plates).
Software is based on modern technologies based on neural networks, trained on large data sets.
As specific event occurs Object Detection software will automatically upload video to the server. You'll be able to review all webcasts and events using your YouTube channel.
Our app also saves disc space and equipment costs. Time-lapse mode is available 24/7 for storage.
The program allows automatic recognition of car numbers (license plates).
Software is based on modern technologies based on neural networks, trained on large data sets.
As specific event occurs Object Detection software will automatically upload video to the server. You'll be able to review all webcasts and events using your YouTube channel.
Our app also saves disc space and equipment costs. Time-lapse mode is available 24/7 for storage.
The current version supports Windows 7 - 10 (64-bit). In the future, the program will be released for other platforms.
Object Detection 5.0 allows the detection of objects in real-time on standard computer. Of course, if your computer has a GPU graphics card and supports CUDA, then the performance will be even higher.
The VSaaS service is highly scalable in terms of the amount of stored video, the number of observation points, and the number of system users. The most significant barrier to expanding VSaaS services in the world is the insufficient bandwidth of communication channels outside the local network. Compare the data streams generated by the cameras with average subscriber connection speeds. On the one hand, even when using modern compression algorithms such as H.264, standard definition cameras (0.4 megapixels) form a data stream from 0.5 to 4 Mbit / s, and high-definition cameras (13 megapixels) from 1 to 10 Mbit / s for good viewing conditions and up to 50 Mbit / s for bad. For systems with a large number of cameras, the cost of transmitting, storing and analyzing data becomes critical. On the other hand, the average speed of the outgoing channel is 4 Mbps in the world. When using asymmetric access technologies (for example, LTE, 4G, ADSL), the outgoing channel from the subscriber to the VSaaS application is 410 times smaller than the incoming. Thus, the VSaaS service does not allow remote viewing and recording of video from a larger number of cameras, especially high-resolution cameras.
Object Detection 5.0 allows the detection of objects in real-time on standard computer. Of course, if your computer has a GPU graphics card and supports CUDA, then the performance will be even higher.
The VSaaS service is highly scalable in terms of the amount of stored video, the number of observation points, and the number of system users. The most significant barrier to expanding VSaaS services in the world is the insufficient bandwidth of communication channels outside the local network. Compare the data streams generated by the cameras with average subscriber connection speeds. On the one hand, even when using modern compression algorithms such as H.264, standard definition cameras (0.4 megapixels) form a data stream from 0.5 to 4 Mbit / s, and high-definition cameras (13 megapixels) from 1 to 10 Mbit / s for good viewing conditions and up to 50 Mbit / s for bad. For systems with a large number of cameras, the cost of transmitting, storing and analyzing data becomes critical. On the other hand, the average speed of the outgoing channel is 4 Mbps in the world. When using asymmetric access technologies (for example, LTE, 4G, ADSL), the outgoing channel from the subscriber to the VSaaS application is 410 times smaller than the incoming. Thus, the VSaaS service does not allow remote viewing and recording of video from a larger number of cameras, especially high-resolution cameras.
© 2020 Object Detection