All Stories

  1. Polarimetric Methods for the Characterization of Biological Samples
  2. Interpretation of measured 3×3 partial depolarizing Mueller matrices
  3. Revealing hidden bioimaging information by isotropic depolarization filtering
  4. IPP and PRT Depolarizing Spaces for the Study of Depolarizing Samples: A Review
  5. Causal inference between depolarizing response and microscopic atributtes of samples doped with nanospheres using Monte-Carlo simulation (Conference Presentation)
  6. Modeling and validation of a Mueller matrix imaging polarimeter based on liquid crystals and a polarimetric camera
  7. Generalized Eigenvalue Calibration Method for Mueller Imaging Polarimeters Based on Micro-Polarized Sensors With Optimal Set of Calibration Samples
  8. Enhanced Circularly Polarized Lasing in Nanocellulose‐Silica Composites
  9. Isotropic depolarization filter: outperforming biological samples imaging visualization via polarimetric data processing
  10. Enhanced characterization of depolarizing samples using indices of polarization purity and polarizance–reflection–transformation spaces
  11. Gray and white matter discrimination in ex-vivo cow brain tissue through polarimetric-based pseudocoloration methods
  12. Experimental errors in a Mueller matrix imaging polarimeter based on liquid crystal variable retarders
  13. Analysis of the Image Magnification Produced by Inline Holographic Systems Based on the Double-Sideband Filter
  14. Polarizance-Reflection-Transformation Representation Space for Sensing and Distinguishing Pure Systems
  15. Optimization and calibration of a polarization-camera-based Mueller imaging polarimeter for biological samples examination
  16. Polarimetric-based pseudocoloration techniques for identification of brain tissue
  17. Optimized configuration for liquid crystal Stokes polarimeters in the presence of fast-axis orientation errors
  18. Connecting the microscopic depolarizing origin of samples with macroscopic measures of the Indices of Polarimetric Purity
  19. Mueller matrix imaging polarimeter with polarization camera self-calibration applied to structured light components
  20. Biological tissue-enhanced visualization through polarimetric observables
  21. Optimizing the classification of biological tissues using polarized data supported by machine learning
  22. Polarimetric Images of Biological Tissues Based on the Arrow Decomposition of Mueller Matrices
  23. Study of the suitability of polarimetric metrics to implement tissue classification models based on artificial intelligence
  24. Enhancing biological tissue structures visualization through polarimetric parameters
  25. Depolarizing metrics in the biomedical field: Vision enhancement and classification of biological tissues
  26. Calculation and restoration of lost spatial information in division-of-focal-plane polarization remote sensing using polarization super-resolution technology
  27. Characterization of vine, Vitis vinifera, leaves by Mueller polarimetric microscopy
  28. Optimizing the classification of biological tissues using machine learning models based on polarized data
  29. Automatic pseudo-coloring approaches to improve visual perception and contrast in polarimetric images of biological tissues
  30. Spatial depolarization patterns generated with dynamic retardance functions
  31. Polarimetric observables for the enhanced visualization of plant diseases
  32. Optics LAB as a base for transdisciplinary knowledge between art and science
  33. Organic tissue recognition through polarimetric-based algorithm
  34. Development of optical digital interferometry for visualizing and modelling the mass diffusion of ammonia in water in an absorption process
  35. 4-domain twisted liquid crystal micropolarizer array for visible linear polarization imaging
  36. Unraveling the physical information of depolarizers
  37. Super-broadband geometric phase devices based on circular polarization converter with mirror symmetry
  38. Polarimetric data-based model for tissue recognition
  39. Customized depolarization spatial patterns with dynamic retardance functions
  40. Retrieving physical information of depolarizing systems
  41. Indices of polarimetric purity: application in biological tissues
  42. Polarimetric imaging microscopy for advanced inspection of vegetal tissues
  43. Interferometry training through a virtual learning environment
  44. Mueller Matrix Polarimetric Imaging Analysis of Optical Components for the Generation of Cylindrical Vector Beams
  45. Displacement-free stereoscopic phase measuring deflectometry based on phase difference minimization
  46. Depolarization metric spaces for biological tissues classification
  47. Depolarizing spaces for biological tissue classification based on a wavelength combination
  48. Influence of temporal averaging in the performance of a rotating retarder imaging Stokes polarimeter
  49. Training in polarization through a virtual learning environment
  50. Liquid Crystal Spatial Light Modulator with Optimized Phase Modulation Ranges to Display Multiorder Diffractive Elements
  51. Misalignment error analysis in polychromatic division of focal plane Stokes polarimeters
  52. Depolarizing metrics for plant samples imaging
  53. Deflectometry encoding the measured angle in a time-dependent intensity signal
  54. Wavefront imaging by using an inline holographic microscopy system based on a double-sideband filter
  55. Microparticle Manipulation and Imaging through a Self-Calibrated Liquid Crystal on Silicon Display
  56. Completeness condition for unambiguous profile reconstruction by sub-aperture stitching
  57. Generation of reconfigurable optical traps for microparticles spatial manipulation through dynamic split lens inspired light structures
  58. LCoS display phase self-calibration method based on diffractive lens schemes
  59. Dynamic microparticle manipulation through light structures generated by a self-calibrated Liquid Crystal on Silicon display
  60. Indices of polarimetric purity to enhance the image quality in biophotonics applications
  61. Indices of polarimetric purity for biological tissues inspection
  62. Self-addressed diffractive lens schemes for the characterization of LCoS displays
  63. Polarimetric imaging of biological tissues based on the indices of polarimetric purity
  64. Optical triple random-phase encryption
  65. Quantitative performance of a polarization diffraction grating polarimeter encoded onto two liquid-crystal-on-silicon displays
  66. Methods for the performance enhancement and the error characterization of large diameter ground-based diffractive telescopes
  67. Synthesis and characterization of depolarizing samples based on the indices of polarimetric purity
  68. Dual polarization split lenses
  69. Polarization gating based on Mueller matrices
  70. Double-sideband filter for digital holography
  71. Snapshot Stokes polarimeters based on a single biaxial crystal
  72. Design of polarimeters based on liquid crystals and biaxial crystals for polarization metrology
  73. Image enhancement by spatial frequency post-processing of images obtained with pupil filters
  74. Optical image encryption technique based on deterministic phase masks
  75. Complete snapshot Stokes polarimeter based on a single biaxial crystal
  76. Shaping light with split lens configurations
  77. Nanometer accuracy with continuous scans at the ALBA-NOM
  78. Beam amplitude and polarization control by Liquid Crystal cells
  79. Single biaxial crystal based polarimeters
  80. Method based on the double sideband technique for the dynamic tracking of micrometric particles
  81. Implementation and performance of an in-line incomplete Stokes polarimeter based on a single biaxial crystal
  82. Multidisciplinary educational activity based on optical experiments conducted within an art context
  83. Inline digital holographic movie based on a double-sideband filter
  84. Arbitrary state of polarization with customized degree of polarization generator
  85. A laboratory of image processing and holography for physics students
  86. Simple spectral technique to identify the ordinary and extraordinary axes of a liquid crystal retarder
  87. Interferometric characterization of the structured polarized light beam produced by the conical refraction phenomenon
  88. Snapshot polarimeter based on the conical refraction phenomenon
  89. In-line digital holography with double knife edge
  90. Parallel aligned liquid crystal on silicon display based optical set-up for the generation of polarization spatial distributions
  91. Labeling technique for nonplanar surfaces based on the combination of a diffractive axilens with digital holography methods
  92. Compact LCOS–SLM Based Polarization Pattern Beam Generator
  93. Transformation of vector beams with radial and azimuthal polarizations in biaxial crystals
  94. Digital holographic movie by using a point diffraction interferometer
  95. Polarization imaging with enhanced spatial resolution
  96. Optimization, tolerance analysis and implementation of a Stokes polarimeter based on the conical refraction phenomenon
  97. Polarization tailored novel vector beams based on conical refraction
  98. Optical retarder system with programmable spectral retardance
  99. Flexible polarimeter architecture based on a birefringent grating
  100. Use of ferroelectric liquid crystal panels to control state and degree of polarization in light beams
  101. Non Ripple-Effect Discrete Fourier Integration Method
  102. Comparison of Two Methods to Design Computer Generated Holograms of Discrete Points Objects
  103. Different applications of liquid crystal panels
  104. Conical refraction as a tool for polarization metrology
  105. Uses of spatial light modulators for colour optical processing
  106. Design of a polarimeter with two ferroelectric liquid crystal panels
  107. Error compensation for the calibration of mechanical mirror benders
  108. Super-resolution imaging technique based on a LCoS display: Increase of CCD resolution limit
  109. Optimization and tolerance analysis of a polarimeter with ferroelectric liquid crystals
  110. Building polarimeters with liquid crystal cells
  111. Multiplexing structured illumination in spatial light modulators to achieve superresolution
  112. Methods to obtain the waveform profile from slope measurements
  113. Super-resolution imaging based on liquid crystal on silicon displays technology
  114. Super resolution imaging achieved by using on-axis interferometry based on a Spatial Light Modulator
  115. Point diffraction interferometer with a liquid crystal monopixel
  116. Polarimetric method for liquid crystal displays characterization in presence of phase fluctuations
  117. Holographic superresolution using spatial light modulator
  118. Diffraction efficiency considerations and experimental realization for adaptive phase gratings with liquid crystal panels
  119. Teaching Fraunhofer diffraction via experimental and simulated images in the laboratory
  120. Programmable color tuning of a multiline laser by means of a twisted nematic liquid crystal display
  121. Composed filter for attenuating bi-frequential noise on LCD-generated ronchigrams
  122. Enhancement of the broadband modulation diffraction efficiency of liquid-crystal displays
  123. New method to improve the accuracy in a sequential lateral shearing interferometer
  124. Optimized Stokes polarimeters based on a single twisted nematic liquid-crystal device for the minimization of noise propagation
  125. Study of stokes polarimeters based on a single twisted nematic liquid crystal panel
  126. Enhancement of a PALCoS display efficiency by reducing the influence of different non-desired phenomena
  127. Modulation diffraction efficiency of spatial light modulators
  128. Study of polarimeters based on liquid crystal panels
  129. Some applications of liquid crystal panels in diffractive optics
  130. Characterization of the anamorphic and spatial frequency dependent phenomenon in Liquid Crystal on Silicon displays
  131. Jones matrix treatment for optical Fourier processors with structured polarization
  132. Les càmeres digitals, la xarxa... i el darrer Nobel de física
  133. Edge detector tolerant to object defocusing
  134. Characterization of a parallel aligned liquid crystal on silicon and its application on a Shack-Hartmann sensor
  135. Complete Stokes polarimeters based on liquid crystal displays
  136. The minimum Euclidean distance principle applied to improve the modulation diffraction efficiency in digitally controlled spatial light modulators
  137. Optimization and performance criteria of a Stokes polarimeter based on two variable retarders
  138. Analysis of LCoS displays performance in diffractive optics
  139. Analysis, optimization and implementation of a variable retardance based polarimeter
  140. Methods to improve the accuracy of the surface reconstruction with a Fizeau interferometer
  141. Characterization and analysis of LCoS displays: application to diffractive optics
  142. Influence of the temporal fluctuations phenomena on the ECB LCoS performance
  143. Analysis of the positioning error on lateral shearing surface reconstruction with a Fizeau interferometer
  144. Variable waveplate-based polarimeter for polarimetric metrology
  145. Anamorphic zoom system based on liquid crystal displays
  146. Training physics degree students in a research optics laboratory
  147. A laboratory of polarization in a Master degree of photonics
  148. Influence of the incident angle in the performance of Liquid Crystal on Silicon displays
  149. Calibrating the Elements of a Multispectral Imaging System
  150. Time fluctuations of the phase modulation in a liquid crystal on silicon display: characterization and effects in diffractive optics
  151. Test images of a sector star versus radial and axial merit functions
  152. Time-resolved Mueller matrix analysis of a liquid crystal on silicon display
  153. Three-zone pupil filters
  154. Influence of the incident angle in the performance of LCoS displays
  155. Analysis of polarization vortices generated from a polarization diffractive mask
  156. The assessment of phase only filters in imaging systems by the classical optical merit functions
  157. Wavelength dependence of polarimetric and phase-shift characterization of a liquid crystal on silicon display
  158. Combined Mueller and Jones matrix method for the evaluation of the complex modulation in a liquid-crystal-on-silicon display
  159. Two-zone pupil filters
  160. Mueller-Stokes characterization and optimization of a liquid crystal on silicon display showing depolarization
  161. Light Intensity Profile Control along the Optical Axis with Complex Pupils Implemented onto a Phase-Only SLM
  162. Two Dimensional integration methods in polar coordinates system to measure the surface topography by optical deflectometry
  163. Electrical origin and compensation for two sources of degradation of the spatial frequency response exhibited by liquid crystal displays
  164. Polarization vortices generation by diffraction from a four quadrant polarization mask
  165. Two-dimensional method for surface determination by optical deflectometry
  166. Improved expressions for performance parameters for complex filters
  167. Tailoring the depth of focus for optical imaging systems using a Fourier transform approach
  168. High depth of focus by combining annular lenses
  169. Analysis of Fabry–Perot interference effects on the modulation properties of liquid crystal displays
  170. Multiplexed lenses written onto a liquid crystal display to increase depth of focus
  171. Binary polarization pupil filter: Theoretical analysis and experimental realization with a liquid crystal display
  172. Polarization diffractive elements displayed with liquid crystal spatial light modulators
  173. Two applications of liquid crystal displays in diffractive optics under polychromatic illumination
  174. Nanofabrication of Fresnel zone plate lenses for X-ray optics
  175. Achromatic diffractive lens written onto a liquid crystal display
  176. Depth of focus increase by multiplexing programmable diffractive lenses
  177. Simple Jones Method for describing Modulation Properties of Reflective Liquid Crystal Spatial Light Modulators
  178. Fourier transform approach for the design of arbitrary axial intensity distribution functions
  179. Encoding 3D correlation in an optical processor
  180. Complementary approaches with and without a Fourier plane for optical image processing education
  181. The use of liquid crystal panels for the study of holograms
  182. Operation of liquid-crystal displays for optical computing
  183. Evolution of the transverse response of an optical system with complex filters
  184. Digital holography with a point diffraction interferometer
  185. Characterization of the retardance of a wave plate to increase the robustness of amplitude-only and phase-only modulations of a liquid crystal display
  186. Frequency response of five integration methods to obtain the profile from its slope
  187. New model for the internal quantum efficiency of photodiodes based on photocurrent analysis
  188. Anamorphic and spatial frequency dependent phase modulation on liquid crystal displays. Optimization of the modulation diffraction efficiency
  189. Frequency responses and resolving power of numerical integration of sampled data
  190. Programmable apodizer to compensate chromatic aberration effects using a liquid crystal spatial light modulator
  191. Redundancy of stereoscopic images: Experimental evaluation
  192. Image Pattern Recognition with Separable Trade-Off Correlation Filters
  193. Modulation light efficiency of diffractive lenses displayed in a restricted phase-mostly modulation display
  194. Simple method for multiplexing channels in a Fourier optical processor
  195. A fast optical scanning deflectometer for measuring the topography of large silicon wafers
  196. Jones matrix treatment for polarization Fourier optics
  197. Correction of aberrations in an optical correlator by using it as a point diffraction interferometer
  198. Diffraction efficiency of phase-only diffractive elements displayed onto twisted nematic liquid crystal displays
  199. Jones matrix treatment for polarization fourier optics
  200. Simple expressions for performance parameters of complex filters, with applications to super-Gaussian phase filters
  201. Symmetry properties with pupil phase-filters
  202. Elliptic light polarization modulation of liquid crystal panels
  203. Filtering tests for the alignment of a convergent correlator
  204. Real time texture classification with convregent diffractometer
  205. Comparison of three methods of integration to obtain the profile from its slope
  206. Low spatial frequency characterization of holographic recording materials applied to correlation
  207. Multichannel analysis to obtain invariant pattern recognition with defocused images
  208. Review of operating modes for twisted nematic liquid crystal displays for applications in optical image processing
  209. Low spatial frequency characterization of holographic recording materials applied to correlation
  210. Filter design of composite trade-off filter with support regions to obtain invariant pattern recognition with defocused images
  211. Evaluation and correction of aberrations in an optical correlator by phase-shifting interferometry
  212. Multichannel optical correlator for texture classification
  213. Complex encoding of rotation-invariant filters onto a single phase-only spatial light modulator
  214. Phase-only filtering on the three-dimensional Fourier spectrum of color images
  215. Rotation invariant color pattern recognition by use of a three-dimensional Fourier transform
  216. Parallel classification of multiple objects using a phase-only multichannel optical correlator
  217. Optimization of the polychromatic discrimination capability in multichannel pattern recognition
  218. Integration in the Fourier domain for restoration of a function from its slope: comparison of four methods
  219. Optical encoding of color three-dimensional correlation
  220. Phase and amplitude modulation of elliptic polarization states by nonabsorbing anisotropic elements: application to liquid-crystal devices
  221. Convergent optical correlator alignment based on frequency filtering
  222. Characterization of the Liquid Crystal Display Modulation. Optimization for Some Applications
  223. Optimization of liquid crystal displays behavior in optical image processing and in diffractive optics
  224. 3D filter design for color pattern recognition
  225. Fractional derivatives—analysis and experimental implementation
  226. Programmable amplitude apodizers in liquid crystal spatial light modulators
  227. Quantitative prediction of the modulation behavior of twisted nematic liquid crystal displays based on a simple physical model
  228. Invariant pattern recognition with defocused images
  229. Parallel multichannel optical correlator for frequency subband decomposition
  230. Real-time correlator with liquid crystal panels: modulation optimization
  231. Simultaneous encoding of amplitude apodizers and Fresnel lenses in spatial light modulators
  232. <title>Phase filter multiplexing for pattern recognition process</title>
  233. Amplitude apodizers encoded onto Fresnel lenses implemented on a phase-only spatial light modulator
  234. Encoding complex diffractive optical elements onto a phase-only liquid-crystal spatial light modulator
  235. Optimal multichannel estimation of the location of a target with nonoverlapping noise
  236. Characterization of edge effects in twisted nematic liquid crystal displays
  237. Fully complex synthetic discriminant functions written onto phase-only modulators
  238. Inherent apodization of lenses encoded on liquid-crystal spatial light modulators
  239. Invariant pattern recognition against defocus based on subband decomposition of the filter
  240. Colour pattern recognition by three-dimensional correlation
  241. Optical correlator as a tool for physicists and engineers training in signal processing
  242. Production of computer-generated phase holograms using graphic devices: application to correlation filters
  243. Copying low spatial frequency diffraction gratings in photopolymer as phase holograms
  244. Shift-invariant optoelectronic associative memory by using a cascade of correlators
  245. Gray-level computer-generated hologram filters for multiple-object correlation
  246. Axially invariant pupil filters
  247. Image processing with the radial Hilbert transform: theory and experiments
  248. Axially invariant pupil filters
  249. Multichannel pattern recognition of color images
  250. Bessel function output from an optical correlator with a phase-only encoded inverse filter
  251. Adapting the input scene and the filter to the operating curves of the modulators in real-time correlators
  252. Encoding amplitude information onto phase-only filters
  253. Multichannel correlation by color multiplexing
  254. Image segmentation with a white light optical correlator
  255. Optical architectures for real-time image processing and pattern recognition
  256. Transverse and axial response of super-Gaussian rings
  257. Use of the periodic structure of spatial light modulators for parallel pattern recognition
  258. Pattern location estimation for multichannel images
  259. Programmable axial apodizing and hyperresolving amplitude filters with a liquid-crystal spatial light modulator
  260. Optical codification for multiclass pattern recognition using a parallel correlator
  261. A parallel implementation of the optical Gabor-wavelet transform
  262. Optical Color Pattern Recognition with High Discrimination Capability Using Binary Amplitude Phase-Only Filters
  263. Fullin-situcharacterization of spatial light modulators in an optical correlator. Filter adaptation to operating curves
  264. Binary amplitude phase-only filter with high multiobject discrimination capability
  265. Input-image homogenization as a method to improve a correlator’s discrimination capability
  266. Correlation enhancement by adapting the filter to in-situ measured operating curves of the SLMs
  267. Pure phase correlation in a phase-only joint transform correlator
  268. Joint transform correlator architecture with a single LCTV operating in phase-mostly mode
  269. One-step multichannel pattern recognition based on the pixelated structure of a spatial light modulator
  270. Influence of nonuniform pupils in imaging periodical structures by photolithographic systems
  271. Implementation of bipolar real-valued input scenes in a real-time optical correlator: application to color pattern recognition
  272. Detection theory approach to multichannel pattern location
  273. Real-time binary-amplitude phase-only filters
  274. Color component transformations for optical pattern recognition
  275. Optoelectronic Thresholder for Pattern Recognition with Double Feedback Module
  276. Implementation of optimized binary amplitude phase-only filters in phase-only modulators
  277. Pure phase correlation applied to multi-object colour scenes
  278. Pattern recognition with a phase-shifting interferometric correlator. Discrimination-capability enhancement
  279. Coherent recognition of colored patterns
  280. Phase quantization effects on Fresnel lenses encoded in low resolution devices
  281. Design of correlation filters invariant to degradations characterizable by an optical transfer function
  282. Design of correlation filters invariant to degradations characterizable by an optical transfer function
  283. Study of the influence of nonuniform pupils in photolithographic systems through the apparent transfer function
  284. <title>Encoding multiplexed Fresnel lenses in low-resolution devices</title>
  285. Accuracy of location measurement of a noisy target in a nonoverlapping background
  286. Minimum mean square error filters for spatially non-overlapping phase target and input scene noise
  287. Pure phase correlation with improved discrimination capability
  288. Color pattern recognition with circular component whitening
  289. Application of the Gabor multiscale decomposition of an image to pattern recognition
  290. Design of phase-only filters with binary amplitude optimizing the discrimination: direct search or simulated annealing?
  291. Whitening preprocessing of color components for pattern recognition
  292. Complex sidelobe removal by a multichannel procedure
  293. The assessment of nonuniform pupils in photolithography
  294. Effects of Amplitude and Phase Mismatching Errors in the Generation of a Kinoform for Pattern Recognition
  295. Comparison of computer-generated holograms produced by laser printers and lithography: application to pattern recognition
  296. Derivation of weighting coefficients for multiplexed phase-diffractive elements
  297. Diffraction theory of optimized low-resolution Fresnel encoded lenses
  298. <title>Application of twisted nematic liquid crystal displays in optical correlation technics</title>
  299. Computation of arbitrarily constrained synthetic discriminant functions
  300. New arrangement for limited intensity invariance pattern recognition with high diffraction efficiency
  301. Control of the polychromatic response of an optical system through the use of annular color filters
  302. Correlation methods in polychromatic objects recognition: application of lithographic filters
  303. Improvement of light efficiency of the optimal filter for optical pattern recognition
  304. Diffraction efficiency of low-resolution Fresnel encoded lenses
  305. Computation of phase-only synthetic discriminant fubctions: a new algorithm
  306. <title>Real-time quantized phase-only filters generation on Epson liquid crystal TV</title>
  307. Phase-only filter with improved discrimination
  308. Optoelectronic pure phase correlator
  309. Optimal filter approximation by means of a phase-only filter with quantization
  310. Sidelobe elimination for generalized synthetic discriminant functions by a two-filter correlation and subsequent postprocessing of the intensity distributions
  311. Multichannel colour pattern recognition using a minimum average correlation energy filter
  312. Nonlinearity effects in the pure phase correlation method in multiobject scenes
  313. Circular-harmonic minimum average correlation energy filter for color pattern recognition
  314. Pupil symmetries for identical axial response
  315. Recognition of partially occluded objects by correlation methods
  316. Diffraction theory of Fresnel lenses encoded in low-resolution devices
  317. Experimental implementation of correlation filters for optical pattern recognition in defocused images
  318. Implementation of real filters in a joint transform correlator using a positive-only display
  319. Computer-generated binary phase-only filters with enhanced light efficiency recorded in silver halide sensitized gelatin
  320. <title>Edge-extraction preprocessing in pattern recognition</title>
  321. Analytical and Numerical Approximations in Fresnel Diffraction
  322. Polychromatic effects of annular color filters in optical systems
  323. Contrast performance of pure phase correlation
  324. Limited impulse response circular harmonic phase-only filter
  325. Multichannel rotation-invariant pattern recognition for polychromatic objects using circular harmonic filters
  326. Pattern recognition with quantized computer-generated filters
  327. Different strategies in optical recognition of polychromatic images
  328. Experimental results in color pattern recognition by multichannel matched filtering
  329. Color-invariant character recognition and character-background color identification by multichannel matched filter
  330. Pattern detection using a modified composite filter with nonlinear joint transform correlator
  331. Intermodulation effects in pure phase-only correlation method
  332. Amplitude-encoded phase-only filters for pattern recognition: influence of the bleaching procedure
  333. Influence of Amplitude-only Filters in Optical Systems with Residual Longitudinal Chromatic Aberration
  334. CAROTENOID AND CONJUGATED POLYAMINE LEVELS AS INDICATORS OF ULTRAVIOLET-C INDUCED STRESS IN Arabidopsis thaliana
  335. Optical pattern recognition in defocused images using correlation filters
  336. Maréchal Intensity Criteria for Apertures with Polynomial Non-uniform Transmission. Evaluation of the Diffraction Focus and the Strehl Ratio
  337. The role of amplitude and phase of the Fourier transform in the digital image processing
  338. Phase-only filters codified with Burckhardt’s method
  339. Experimental multichannel recognition capability of polychromatic objects using optical correlators
  340. Filter quanitization effects on the correlation
  341. Circular harmonic correlation filters for rotationally invariant color pattern recognition
  342. Polychromatic axial behavior of axial apodizing and hyperresolving filters
  343. Aberrated Optical Systems with Optimum Apodizers for the Strehl Ratio: Axial and Extra-axial Point-spread Function and Modulation-transfer Function
  344. Optical Implementation Of A Composite Filter Using A Joint-Transform Correlator
  345. Recognition Of Polychromatic Test By Multi-Channel Correlation Filtering
  346. Three-dimensional Differences in the Polychromatic Responses of Non-uniform Transmission Filters and Equivalent Pupils
  347. Matched filter and phase only filter performance in colour image recognition
  348. Axial and Extra-axial Responses in Aberrated Optical Systems with Apodizers. Optimization of the Strehl Ratio
  349. Illuminance And Chromaticity Of The Image Of Optical Systems With Non Uniform Transmission Filters
  350. An Approximate Method to Obtain the Amplitude Distribution on the Exit Reference Sphere Due to a Non-uniform Transmission Filter
  351. Optimum Sidelobe-Reducing Invariant Matched Filters For Pattern Recognition
  352. Optical edge detection by a holographic filtering method
  353. Resolving power and encircled energy in aberrated optical systems with filters optimized for the Strehl ratio
  354. Influence Of The Choice Of Expansion Center On The Rotationally Invariant Correlation Filters Performance
  355. Use Of The Transfer Function For Evaluating Imaging Instruments With A Non Rotationally Symmetrical Point Spread Function (P.S.F.). Application To Optical Systems.
  356. Optimization Of The Axial And Extra-Axial Strehl Ratio In Aberrant Systems By Apodization Filters
  357. The use of commercial fine-grain films for computer-generated holograms
  358. Medicine: Socialization for what?
  359. Optimal target location in multichannel images