All Stories

  1. Tunable field depth: hyperbolic optical masks
  2. FPGA-based reconfigurable unit for image encryption using orthogonal functions
  3. Spatial Optical Solitons in Mexico
  4. Tunable Field Depth: Hyperbolic Optical Masks
  5. Tuning field depth at high resolution by pupil engineering
  6. Tunable Optical Masks for extended Depth of Field
  7. Adolf Lohmann’s approach to Phase-Space Optics
  8. Optical Processors as Conceptual Tools for Designing Nonconventional Devices
  9. Novel free-form optical pairs for tunable focalizers
  10. Vortex pairs for nonconventional imaging devices
  11. Tunable focalizers: axicons, lenses, and axilenses
  12. Helical apodizers for tunable hyper Gaussian masks
  13. Front Matter: Volume 8833
  14. Tunable apodizers and tunable focalizers using helical pairs
  15. Hyper Gaussian windows with fractional wavefronts
  16. Multiple-frame photography for extended depth of field
  17. Tunable axial bursts using annularly distributed phase masks
  18. Key concepts for extending the depth of field with high resolution
  19. Tunable Gaussian mask for extending the depth of field
  20. Tunable Complex Amplitude Masks for Computer Imaging
  21. Optical coherent processors in phase-space representations
  22. Optical processor arrays for controlling focal length or for tuning the depth of field
  23. Tunable Gaussian Apodizer
  24. Tunable optical arrays for extended depth of field
  25. Noncoherent imagery: a novel approach
  26. Complex Amplitude Filters for Extended Depth of Field
  27. Temporal similarity for optical short pulses
  28. Electro-optic time lens with an extended time aperture
  29. Tailoring temporal intensities at first- and second-dispersion order
  30. Periodic time lens: Reducing time aberrations
  31. Pseudo zone plate for extended focal depth
  32. Novel Optical Devices for Extended Field of View
  33. Adaptive photodetector for assisted Talbot effect
  34. Conjugate phase plate use in analysis of the frequency response of imaging systems designed for extended depth of field
  35. Phase-Space Representations in Optics: introduction to the feature issue
  36. Ambiguity function analysis of pulse train propagation: applications to temporal Lau filtering
  37. Bow-tie effect: differential operator
  38. Temporal Lau effect: Noncoherent regeneration of periodic pulse trains
  39. Bow-Tie Effect: Differential Operator
  40. Extended Depth of Field: Axially Merging Foci
  41. Angular Size Measurement: Noncoherent Talbot Images
  42. Annular phase-only mask for high focal depth
  43. Increased depth of field with phase-only filters: ambiguity function (Invited Paper)
  44. Fresnel similarity
  45. Phase-Space Representations in Optics: Fundamentals and Applications
  46. Asymmetric phase masks for extended depth of field
  47. High focal depth with fractional-power wave fronts
  48. Multichannel image storage with image processing capabilities
  49. Holography and the Wigner function
  50. Moire patterns: nonconventional applications
  51. Phase mask for high focal depth
  52. Antialiasing filter with high-pupil apertures
  53. Axicons with a dark spot on axis
  54. Monitoring the reduction of multiplicative noise in periodic patterns
  55. Self-fractional Fourier transforms
  56. Slit interference: ray description
  57. Pseudorandom gratings with missing diffraction orders
  58. Pseudorandom gratings for noncoherent theta-decoders
  59. Multiplicative noise reduction in periodic patterns
  60. All defocused OTFs in a rectangular coordinate display
  61. Geometrical approaches to the defocused optical transfer function
  62. Apodizers with random transmittance
  63. Pseudorandom zone plates with nth missing foci
  64. Matrix description of near-field diffraction and the fractional Fourier transform
  65. Numerical optimization of phase-only elements based on the fractional Talbot effect
  66. Optical simulation of free-space propagation
  67. Pseudorandom gratings for noncoherent theta-decoders
  68. Multiplicative noise reduction using the Lau effect
  69. Simultaneous Cartesian coordinate display of defocused optical transfer functions
  70. Binary gratings for encoding multilevel phase array illuminators
  71. Random gratings as correlator sensors
  72. Binary holograms for multilevel phase gratings
  73. Fibers supporting super-Gaussian beams: cladding effects
  74. Matrix formulation of the Fresnel transform of complex transmittance gratings
  75. Trading dimensionality in signal processing
  76. Fresnel diffraction of substructured gratings
  77. Self-imaging in GRIN media
  78. Pseudorandom gratings for a Lau sensor
  79. Continuous-order derivative of a function with a known Fourier transform
  80. Supergaussian modes in GRIN fibers
  81. Young's experiment in signal synthesis
  82. Fractional Talbot effect: analysis in phase space
  83. Tunable axial superresolution by annular binary filters. Application to confocal microscopy
  84. Simple coherence measurement with a modified Lau interferometer: erratum
  85. Circular gratings encoding phase daisy variations
  86. Supergaussian rings: focusing properties
  87. Simple coherence measurement with a modified Lau interferometer
  88. Fresnel diffraction of substructured gratings: matrix description
  89. Synthesis of analog apodizers with binary angular sectors
  90. Zone plates encoding limaçonal variations
  91. Strehl ratio versus defocus for noncentrally obscured pupils
  92. Multilevel phase gratings for array illuminators
  93. Airy function and Laguerre polynomials: optical display and processing
  94. Axial irradiance shaping with binary polar curves
  95. On-axis diffractional behavior of two-dimensional pupils
  96. Polarization sensitive holographic interferometer
  97. Bessel functions: parallel display and processing
  98. Plane-wave front: Novel representations
  99. Computer generated holography: novel procedure
  100. Supergaussian beams of continuous order as GRIN modes
  101. Off-axis focal shift for rotationally nonsymmetric screens
  102. Synthesis of 1D complex amplitudes using Young's experiment
  103. Moiré with zone plates pseudo-randomly encoded
  104. Degree of coherence: a lensless measuring technique
  105. Talbot interferometry: a new geometry
  106. Moiré synthesis of self-imaging fields
  107. Zone plates for zero axial irradiance
  108. Talbot array illuminators with binary phase gratings
  109. Wavefields of hypergaussian screens
  110. Irradiance at Fresnel planes of a phase grating
  111. Polarization sensitive Young interferometer
  112. Phase grating: Analytical formulas for the near field
  113. Zero axial irradiance by annular screens with angular variation
  114. Synthesis of 1-D phase profiles with variable optical path
  115. Novel modes in α-power GRIN
  116. Zero axial irradiance with Rademacher's zone plates
  117. Axial apodization using polar curves
  118. Multiple incoherent 2D optical correlator
  119. Nondiffracting beams and the self-imaging phenomenon
  120. Image synthesis using the Lau effect
  121. Nondiffracting wavefields in grin and free-space
  122. Ray trajectories and caustic: Clairaut's equation
  123. Space-variant aberrations: Differential operator
  124. Quasi-periodical wavefields
  125. High-order aberrations: a balance procedure
  126. Diffractionless beams in free-space and GRIN
  127. Zero axial irradiance by annular screens with angular variation
  128. Power spectrum of gratings and zone plates apodized by Legendre profiles
  129. Zone plates for arbitrarily high focal depth
  130. Image synthesis using the Lau effect
  131. Bidirectional Nonorthogonal Schardin-Lau Interferometer
  132. Zone plates with cells apodized by Legendre profiles
  133. Holographic interferometer with tunable radial and lateral displacement
  134. Zone plate for arbitrarily high focal depth
  135. Focal depth: optimum annular apodizer
  136. Lau effect with only phase gratings
  137. Arbitrarily high focal depth with a quasioptimum real and positive transmittance apodizer
  138. Lau rings: In-register incoherent superposition of radial self-images
  139. Abbe-Porter experiment and logic operations
  140. Noncoherent Talbot effect: Coherence theory and applications
  141. Talbot interferometer with simultaneous dark and bright fields
  142. Apodization of annular apertures: Strehl ratio
  143. Incoherent speckle optical synthesizer
  144. High focal depth by quasibifocus
  145. Differential operator for scalar wave propagation
  146. Schardin-Lau interferometer
  147. Aberration balancing for shade annular pupils
  148. Strehl ratio with low sensitivity to spherical aberration
  149. Lensless theta decoder with high light throughput
  150. High focal depth by apodization and digital restoration
  151. Quasihomogeneous sources with longitudinal periodicity
  152. Continuous order derivative for optical signals and images
  153. Arbitrarily high focal depth with finite apertures
  154. Ambiguity function as a design tool for high focal depth
  155. Bessel annular apodizers: imaging characteristics
  156. Geometrical Transformations In The Fraunhofer Plane
  157. Focal Length Measuring Technique Using The Talbot Effect
  158. Phase-space representation of the Strehl ratio: ambiguity function
  159. High Accuracy Alignment And Range Measurement
  160. Non-Conventional Tunable Spatial Filtering
  161. Isotropic Hilbert transform by anisotropic spatial filtering
  162. Lensless theta decoder
  163. Spatial filters for replicating images
  164. Theta-modulation decoder based on the Lau effect
  165. Annular apodizers for low sensitivity to defocus and to spherical aberration
  166. Objects that exhibit high focal depth
  167. Spatial filter for increasing the depth of focus
  168. Interferometry Based on the Lau Effect a Quasi-ray Description
  169. The influence of wave aberrations: an operator approach
  170. Quasi Ray-optical Approach to Longitudinal Periodicities of Free and Bounded Wavefields
  171. Misfocus tolerance seen by simple inspection of the ambiguity function
  172. Centro-symmetry and Partial Coherence
  173. Symmetries and Periodicities of the Strehl Ratio
  174. Multiple interaction bandstop filters based on the Talbot effect
  175. Bilinear Optical Systems
  176. Talbot and Lau Effects, a Parageometrical Approach
  177. Ambiguity Function and Wigner Distribution Function Applied to Partially Coherent Imagery
  178. Differential Operator For Three-Dimensional Imaging
  179. Tunable bandstop filter for binary objects: A self-imaging technique
  180. Spatial Periodicities in Coherent and Partially Coherent Fields
  181. Line-spread function relatively insensitive to defocus
  182. Focus-error operator and related special functions
  183. Lau effect: OTF theory
  184. Centro-symmetry in Fraunhofer Diffraction Patterns
  185. Symmetries in Coherent and Partially Coherent Fields
  186. Spatial Periodicities in Partially Coherent Fields
  187. The ambiguity function as a polar display of the OTF
  188. Real-Time Pseudocolor Density Encoder
  189. Impulse And Edge Responses In Phase Imagery
  190. A Proposal to Classify Methods Employed to Detect Thin Phase Structures Under Coherent Illumination
  191. Necessary and Sufficient Conditions for Thin Phase Imagery
  192. Generalized holographic formation of a lensless Fourier transform 3: Spherical wave illumination
  193. Transfer function with quadratic detection: coherent illumination
  194. Generalized holographic formation of a lensless Fourier transform 2: Wavelength variation
  195. Square root operation by dynamic sampling
  196. Novel applications of image subtraction
  197. Generalized holographic formation of a lensless Fourier transform 1:Different geometries
  198. Classification scheme and properties of schlieren techniques
  199. Edge filters for phase contrast imagery 1: Theoretical design
  200. Quasi-Fourier transform of an object from a Fresnel hologram