Optical systems can benefit strongly from freeform surfaces; however, the choice of the right surface representation is not trivial and many aspects must be considered. In this work, we discuss the general approach classical globally defined representations, as well as the basic mathematics and properties of the most commonly used descriptions and present a new description developed by us for describing freeform surfaces
In this paper, we summarize our initial experiences in designing head-worn displays with free-form o...
In this paper, we summarize our initial experiences in designing head-worn displays with free-form o...
In this paper, we summarize our initial experiences in designing head-worn displays with free-form o...
Optical systems can benefit strongly from freeform surfaces; however, the choice of the right repres...
In recent years, great efforts can be observed in the community of optical design to use the additio...
In recent years, great efforts can be observed in the community of optical design to use the additio...
In recent years, great efforts can be observed in the community of optical design to use the additio...
The geometrical method for constructing optical surfaces for illumination purpose developed by Olike...
Freeforms in illumination systems are directly constructed by adapting some ideas of Oliker and co-w...
Freeform surfaces are a new and exciting opportunity in lens design. The technological boundary cond...
Freeform surfaces enable innovative optics. They are not limited by axis symmetry and hence they are...
During the development process of nonimaging systems the geometrical modeling of optical surfaces pl...
A freeform optical surface is typically defined as any surface that does not have an axis of rotatio...
A systematic method for the design of unsymmetrical optical systems is described. Freeform optical s...
Optical systems can benefit strongly from freeform surfaces, however the choice of the right represe...
In this paper, we summarize our initial experiences in designing head-worn displays with free-form o...
In this paper, we summarize our initial experiences in designing head-worn displays with free-form o...
In this paper, we summarize our initial experiences in designing head-worn displays with free-form o...
Optical systems can benefit strongly from freeform surfaces; however, the choice of the right repres...
In recent years, great efforts can be observed in the community of optical design to use the additio...
In recent years, great efforts can be observed in the community of optical design to use the additio...
In recent years, great efforts can be observed in the community of optical design to use the additio...
The geometrical method for constructing optical surfaces for illumination purpose developed by Olike...
Freeforms in illumination systems are directly constructed by adapting some ideas of Oliker and co-w...
Freeform surfaces are a new and exciting opportunity in lens design. The technological boundary cond...
Freeform surfaces enable innovative optics. They are not limited by axis symmetry and hence they are...
During the development process of nonimaging systems the geometrical modeling of optical surfaces pl...
A freeform optical surface is typically defined as any surface that does not have an axis of rotatio...
A systematic method for the design of unsymmetrical optical systems is described. Freeform optical s...
Optical systems can benefit strongly from freeform surfaces, however the choice of the right represe...
In this paper, we summarize our initial experiences in designing head-worn displays with free-form o...
In this paper, we summarize our initial experiences in designing head-worn displays with free-form o...
In this paper, we summarize our initial experiences in designing head-worn displays with free-form o...