This document describes the concept of dual photography, which uses Helmholtz reciprocity to interchange lights and cameras in a scene. It discusses how the transposed transport matrix can be used to generate virtual captured images from virtual projected patterns. It also describes different methods used to capture the transport matrix, including fixed pattern scanning and adaptive multiplexed illumination. Limitations discussed include scenes with significant global illumination effects and situations where the camera and projector are at a large angle.
This document describes the concept of dual photography, which uses Helmholtz reciprocity to interchange lights and cameras in a scene. It discusses how the transposed transport matrix can be used to generate virtual captured images from virtual projected patterns. It also describes different methods used to capture the transport matrix, including fixed pattern scanning and adaptive multiplexed illumination. Limitations discussed include scenes with significant global illumination effects and situations where the camera and projector are at a large angle.
We propose a methodology for Innovation Process Technology by Dual ComBine Analysis and Purpose Engineering. This methodology consists of purpose orchestration for target creation, innovation concept design and mind means encounter process. This technical area can be formulated as the trilateral matching problem. Dual ComBine Analysis will be effective approach to the problem.
We propose a methodology for Innovation Process Technology by Dual ComBine Analysis and Purpose Engineering. This methodology consists of purpose orchestration for target creation, innovation concept design and mind means encounter process. This technical area can be formulated as the trilateral matching problem. Dual ComBine Analysis will be effective approach to the problem.