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Discover cutting-edge innovations that redefine the boundaries of camera capabilities, delivering a sharper, more precise, and richer imaging experiences.
Monocular depth sensing technology utilizes facial features and size to estimate distance, calibrating for individual camera angles to create precise relative position data. When applied to television, this technology can detect the distance between the viewer and the screen to provide an optimal viewing experience. In a conference setting, monocular depth sensing can be used in conjunction with a directional microphone to determine the best reception position to ensure clear and accurate sound quality.
Using a single camera and object dimensions to estimate depth, providing accurate distance sensing for a variety of applications.
Leveraging machine learning and computer vision technologies to enhance accuracy and efficiency of image processing and analysis.
Ideal for a wide range of devices such as IP cameras, surveillance systems, and TVs.
Accurately monitors the user’s eye movements and gaze points for precise tracking.
Enables hands-free camera operation and seamless UI navigation for an enhanced user experience.
Collects valuable user attention data and analytics, offering in-depth behavioral insights.
Accurately recognizes a variety of hand gestures and movements for high-precision detection.
Develops a natural, gesture-based interface for seamless camera and user interface operation.
Enables sophisticated multi-gesture commands to meet the needs of advanced users for a richer interactive experience.
Separate human foreground from complex backgrounds to enhance privacy and safety.
Replace distracting backgrounds with clean, professional virtual backdrops for a more polished appearance.
Seamlessly integrate characters into immersive virtual environments, enhancing interactivity.
Enable high-quality green screen-like effects for streaming and video production.
Accurately identify the location of faces within the frame, ensuring that every participant is clearly visible.
Continuously monitor and track the movement of detected faces, maintaining optimal composition while on the move.
Precisely adjust face exposure for optimal clarity and detail.
Seamlessly integrate facial exposure with ambient lighting conditions, achieving a natural and harmonious image effect.
Automatically optimize exposure to capture a greater dynamic range, enhancing image quality.
Prevent overexposure in bright areas to achieve natural-looking results.
In the raw data domain, maintain image detail visibility above 85%, ensuring the integrity of image quality.
Automatically adjust camera settings based on detected scenes to enhance capture quality.
Provide an enhanced, personalized user experience for each scenario to meet different needs.
Accurately identify different environments and surroundings to ensure optimal results in photography.
Change the colors, tones and details of the images to create diverse styles.
Design unique image processing to create more distinctive special effects.
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