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SPIE Optical Design and Engineering
Source type:
conference
Alternate names:
Optical Design and Engineering VII,
Optical Design and Engineering,
Optical Design and Engineering IX
Fully OA:
No
DOAJ:
No
OpenAlex ID:
S7407106907
Application of particle swarm optimization to the automatic design of optical systems
2018
·
Christoph Menke
·
SPIE Optical Design and Engineering
·
30
Three-mirror freeform imagers
2018
·
Jonathan C. Papa
, Joseph M. Howard
, et al.
·
SPIE Optical Design and Engineering
·
15
Infrared structure light projector design for 3D sensing
2018
·
Bohan Lyu
, Meng-Ko Tsai
, et al.
·
SPIE Optical Design and Engineering
·
11
Optical design of the post focal relay of MAORY
2018
·
Matteo Lombini
, Mauro Patti
, et al.
·
SPIE Optical Design and Engineering
·
10
PDF
SimVis simulations of multifocal IOL designs based on public-literature data
2021
·
Lucie Sawides
, Alberto de Castro
, et al.
·
SPIE Optical Design and Engineering
·
9
The optical design of the MAJIS instrument on board of the JUICE mission
2018
·
Irene Guerri
, Anna Fabbri
, et al.
·
SPIE Optical Design and Engineering
·
9
MAORY optical design analysis and tolerances
2018
·
Mauro Patti
, Matteo Lombini
, et al.
·
SPIE Optical Design and Engineering
·
7
Hybrid ray tracing method for photorealistic image synthesis in head-up displays
2018
·
Igor S. Potemin
, Dmitry Zhdanov
, et al.
·
SPIE Optical Design and Engineering
·
7
Use of computer graphics methods for efficient stray light analysis in optical design
2018
·
Andrey Zhdanov
, Alexey Voloboy
, et al.
·
SPIE Optical Design and Engineering
·
6
Optical design of a hyperspectral drone advanced camera for soil monitoring using an electro-optical liquid crystal technology
2018
·
Guglielmo Rossi
, Federico Landini
, et al.
·
SPIE Optical Design and Engineering
·
6
Optical design and unification of optical systems of objectives for microscopes
2018
·
Olga A. Vinogradova
, Vladimir N. Frolov
, et al.
·
SPIE Optical Design and Engineering
·
6
Study of infrared optical payloads to be integrated in a nanosat
2018
·
Guillaume Druart
, Renaud Allioux
, et al.
·
SPIE Optical Design and Engineering
·
5
Design for manufacture of a varifocal rotation optics
2018
·
Ingo Sieber
, Peter Stiller
, et al.
·
SPIE Optical Design and Engineering
·
5
Spectrograph with a composite holographic dispersive element
2021
·
Eduard R. Muslimov
, Nadezhda K. Pavlycheva
, et al.
·
SPIE Optical Design and Engineering
·
4
An analytic model for cantilever optimization for photoacoustic gas sensing with capacitive transduction
2021
·
Wioletta Trzpil
, Roman Rousseau
, et al.
·
SPIE Optical Design and Engineering
·
4
Pixels with add-on structures to enhance quantum efficiency in the near infrared
2021
·
Felix Bardonnet
, Axel Crocherie
, et al.
·
SPIE Optical Design and Engineering
·
4
The method of confocal mirror design
2018
·
José Sasián
·
SPIE Optical Design and Engineering
·
4
Design and analysis of silicon ring resonator for bio-sensing application
2018
·
Shwetha M.
, Narayan K.
, et al.
·
SPIE Optical Design and Engineering
·
4
Image simulation using decomposition of the point spread function
2018
·
Jim Schwiegerling
·
SPIE Optical Design and Engineering
·
4
Practical use of saddle-point construction in lens design
2018
·
Zhe Hou
, Irina L. Livshits
, et al.
·
SPIE Optical Design and Engineering
·
4
STOP analysis for a low-orbit telescope with the STAR module in Ansys Zemax OpticStudio
2024
·
Flurin Herren
, Sandra Gely
, et al.
·
SPIE Optical Design and Engineering
·
3
Realizing ‘First Time Right’ designs of imaging systems using off-the-shelf lenses
2024
·
Alejandro Madrid Sánchez
, Hugo Thienpont
, et al.
·
SPIE Optical Design and Engineering
·
3
Application of the global discrete-continuous optimization method with selective variables averaging to design of a fast NIR lens
2021
·
Alexander Terentyev
, Eduard R. Muslimov
, et al.
·
SPIE Optical Design and Engineering
·
3
Controlling the accuracy of fabricating computer-generated holograms on circular and X-Y laser writing systems
2021
·
Ruslan V. Shimansky
, Dmitrij A. Belousov
, et al.
·
SPIE Optical Design and Engineering
·
3
Study of an infrared hybrid chalcogenide silicon lenses compatible with wafer-level manufacturing process for automotive applications
2021
·
Guillaume Druart
, Florence de la Barrière
, et al.
·
SPIE Optical Design and Engineering
·
3
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Works count:
222
Citation count:
275
H-index:
7
I10-index:
4
2yr mean citedness:
0.307
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