During the development process of nonimaging systems the geometrical modeling of optical surfaces plays a decisive role. The presented mathematical algorithm generates optical freeform surfaces in a direct, non-iterative, calculation according to the specifications given by the optical designer. The shown method is applicable in particular to systems with very small light sources, e.g. LEDs, laser diodes and gas discharge lamps
The ever-increasing use of LED as a solid-state light source in general and specialized lighting has...
Two optical design scenarios—imaging and illumination—were investigated for their use of Cartesian- ...
Zahlreiche Anwendungen in der Beleuchtung und Messtechnik erfordern das Design kompakter, energieeff...
The geometrical method for constructing optical surfaces for illumination purpose developed by Olike...
A systematic method for the design of unsymmetrical optical systems is described. Freeform optical s...
Freeforms in illumination systems are directly constructed by adapting some ideas of Oliker and co-w...
This dissertation investigates various design metrologies on designing freeform surfaces for LED ill...
Freeform optics constitutes a new technology that is currently driving substantial changes in illumi...
Optical systems can benefit strongly from freeform surfaces; however, the choice of the right surfac...
Freeform optics constitutes a new technology that is currently driving substantial changes in illumi...
We have developed optimization methods for generating free-form surfaces. The main applications are ...
Freeform surfaces are a new and exciting opportunity in lens design. The technological boundary cond...
Zahlreiche Anwendungen in der Beleuchtung und Messtechnik erfordern das Design kompakter, energieeff...
We have developed optimization methods for generating free-form surfaces. The main applications are ...
Zahlreiche Anwendungen in der Beleuchtung und Messtechnik erfordern das Design kompakter, energieeff...
The ever-increasing use of LED as a solid-state light source in general and specialized lighting has...
Two optical design scenarios—imaging and illumination—were investigated for their use of Cartesian- ...
Zahlreiche Anwendungen in der Beleuchtung und Messtechnik erfordern das Design kompakter, energieeff...
The geometrical method for constructing optical surfaces for illumination purpose developed by Olike...
A systematic method for the design of unsymmetrical optical systems is described. Freeform optical s...
Freeforms in illumination systems are directly constructed by adapting some ideas of Oliker and co-w...
This dissertation investigates various design metrologies on designing freeform surfaces for LED ill...
Freeform optics constitutes a new technology that is currently driving substantial changes in illumi...
Optical systems can benefit strongly from freeform surfaces; however, the choice of the right surfac...
Freeform optics constitutes a new technology that is currently driving substantial changes in illumi...
We have developed optimization methods for generating free-form surfaces. The main applications are ...
Freeform surfaces are a new and exciting opportunity in lens design. The technological boundary cond...
Zahlreiche Anwendungen in der Beleuchtung und Messtechnik erfordern das Design kompakter, energieeff...
We have developed optimization methods for generating free-form surfaces. The main applications are ...
Zahlreiche Anwendungen in der Beleuchtung und Messtechnik erfordern das Design kompakter, energieeff...
The ever-increasing use of LED as a solid-state light source in general and specialized lighting has...
Two optical design scenarios—imaging and illumination—were investigated for their use of Cartesian- ...
Zahlreiche Anwendungen in der Beleuchtung und Messtechnik erfordern das Design kompakter, energieeff...