Computational Optics
Aberration correction technology
Breaking through the limitations of traditional optics in terms of image quality and other aspects, it combines optics, AI and computing to achieve a brand-new imaging technology
计算光学
像差校正技术
突破传统光学在像质等方面的限制，将光学、AI、计算相结合，
实现全新的成像技术
Core Advantage
As vision systems get used more and more across different industries, the demands placed on traditional optics are also rising. But these complex optical systems are actually making it harder to develop new products
Self-developed computational optics technology breaks the constraints of traditional optics. By combining software algorithms with optical design, it realizes functions such as image enhancement, super-resolution imaging, and light field imaging, redefining optical systems. Meanwhile, by combining the calibration data and the AI restoration network, the images collected by the optical system can be reversibly restored and optimized.
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Image quality degradation caused by traditional optical systems
Computational optics technology achieves image quality improvement
Image quality blurring caused by the simplification of the optical system
Computational optics technology realizes image quality restoration
