CINEMATIC SPACE-TIME VIEW SYNTHESIS FOR ENHANCED VIEWING EXPERIENCES IN COMPUTING ENVIRONMENTS

Smart overview of the Invention

The patent application introduces a method for enhancing viewing experiences through cinematic space-time view synthesis in computing environments. This involves capturing multiple images of a scene or object at different positions or times using cameras connected to processors within a computing device. A neural network then synthesizes these images into a single intermediary image, providing a seamless transition between views.

Field and Background

This technique relates to data processing, specifically enhancing cinematic effects in photos and videos. Traditional multi-camera systems are limited to single frames or snapshots, lacking the ability to create smooth transitions over time and space. The proposed method aims to overcome these limitations by generating intermediate views between frames for a more fluid visual experience.

Detailed Description

The method involves using space-time view synthesis to create cinematic camera paths, generating intermediate views between frames in a video stream. This approach is applicable across various devices and scenarios, from simple desktop applications to complex 3D games and augmented reality. The document uses terms like "frames" and "images" interchangeably, reflecting their temporal and spatial contexts.

Implementation

The technology can be implemented on diverse computing devices, including smartphones, VR devices, laptops, and autonomous machines like robots and vehicles. The system may utilize components such as GPUs, CPUs, and memory, with the view synthesis mechanism integrated into hardware or software components like operating systems or graphics drivers.

Flexibility and Applications

The described mechanism is not restricted to specific devices or software applications. It can be adapted for various real-time applications across different platforms, ensuring efficient performance in both simple and complex rendering scenarios. The implementation can involve microchips, integrated circuits, software, firmware, or a combination thereof, offering flexibility in deployment.