Powered by an original computing algorithm called DMNA to enhance image visibility
“LucidEye” by Techno Mathematical Co., Ltd. utilizes an original computing algorithm called DMNA to enhance image visibility in challenging conditions like snow, haze, backlight, or insufficient illumination. This hardware IP is geared towards security, surveillance applications, and improving image recognition rates by AI.
Features
- Original Computing Algorithm (DMNA): Employs mathematical methods to improve visibility.
- Varied Shooting Conditions Support: Enhances visibility in diverse shooting conditions.
- Multiple Input/Output Interfaces: Supports AXI4-stream I/F and DE (data enable) I/F for flexible video interfacing.
- Software/Hardware Event Start: Allows selectable starting through software or hardware events.
- Enhanced Image Recognition: Provides improved visibility for ship names in foggy conditions and enhances license plate visibility in low light.
Specifications
| Throughput |
|
| Image size |
|
| Color format |
|
| Video signal interface |
|
| Control interface |
|
Techno Mathematical is recognized for its:
Cutting-Edge Algorithmic Innovation: Incorporating advanced algorithms such as DMNA, Techno Mathematical products are designed to optimize computational efficiency and elevate image processing capabilities.
Extensive Application Flexibility: Offering solutions in audio and video compression, as well as visibility enhancement across diverse shooting scenarios, these products serve an array of industries including security, surveillance, and AI-based image recognition.
Adaptable Interface Integration: Techno Mathematical's hardware IPs feature versatile input/output interfaces supporting multiple video signal formats (AXI4-stream, DE) and control interfaces (APB3), ensuring seamless integration and compatibility across systems.
Performance-Oriented Solutions: Prioritizing performance metrics, these products deliver enhanced image quality, minimized latency, and streamlined throughput, meeting the demands of superior audio/video processing and efficient data handling.