This design note describes an optoelectronic technique able to obtain the surface topography. The sensor is based on a new fringe projection system, which uses a phase diffraction grating. The proposed system is simple, compact, robust and easy to use
This paper describes an optical technique for contour measurement based on the fibre optic fringe pr...
Fringe projection is a whole field, non-contacting optical technique allowing direct measurement of ...
A projected fringe interferometer for measuring the topography of an object is presented. The interf...
This design note describes an optoelectronic technique able to obtain the surface topography. The se...
We introduce a new 3-D sensor based on a diffractive optical element (DOE). Structured light is obta...
A roughness sensing system, based on the fringe projection technique, is introduced. Roughness param...
A novel optical edge projection method is proposed for surface contouring of an object with low refl...
A new optoelectronic system based on a projection unit in which light, coming from a laser diode cou...
In order to realize real-time measurements based on fringe projection technique different approaches...
A fringe-projection system for microscopic applications, fringe-projecting microscopy, is developed ...
During recent years, the use of fringe projection techniques for generating three-dimensional (3D) s...
A novel optical edge projection method for surface contouring of an object with low reflectivity is ...
The use of projected fringes for the measurement of surface profile is a well-developed technique. I...
International audienceWe propose an experimental set-up working in the optical domain for determinin...
A new optical sensor based on fringe projection technique for the accurate and fast measurement of t...
This paper describes an optical technique for contour measurement based on the fibre optic fringe pr...
Fringe projection is a whole field, non-contacting optical technique allowing direct measurement of ...
A projected fringe interferometer for measuring the topography of an object is presented. The interf...
This design note describes an optoelectronic technique able to obtain the surface topography. The se...
We introduce a new 3-D sensor based on a diffractive optical element (DOE). Structured light is obta...
A roughness sensing system, based on the fringe projection technique, is introduced. Roughness param...
A novel optical edge projection method is proposed for surface contouring of an object with low refl...
A new optoelectronic system based on a projection unit in which light, coming from a laser diode cou...
In order to realize real-time measurements based on fringe projection technique different approaches...
A fringe-projection system for microscopic applications, fringe-projecting microscopy, is developed ...
During recent years, the use of fringe projection techniques for generating three-dimensional (3D) s...
A novel optical edge projection method for surface contouring of an object with low reflectivity is ...
The use of projected fringes for the measurement of surface profile is a well-developed technique. I...
International audienceWe propose an experimental set-up working in the optical domain for determinin...
A new optical sensor based on fringe projection technique for the accurate and fast measurement of t...
This paper describes an optical technique for contour measurement based on the fibre optic fringe pr...
Fringe projection is a whole field, non-contacting optical technique allowing direct measurement of ...
A projected fringe interferometer for measuring the topography of an object is presented. The interf...
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