All Stories

  1. A Simple Model for Assessing Millimeter-Wave Attenuation in Brownout Conditions
  2. MMW imaging system based on GDD focal plane array with improved technology for detection of concealed objects
  3. Design of 4π High-Efficiency Directional Radiation Detector Based on Compton Scattering
  4. Performance Enhancement of Inexpensive Glow Discharge Detector Operating in Up-Conversion Mode in Millimeter Wave Detection for Focal Plane Arrays
  5. Improved Performance in the Detection of ACO-OFDM Modulated Signals Using Deep Learning Modules
  6. Upconversion of millimeter waves to visible waves: inexpensive focal plane array MMW imaging and ultra-fast wireless communication
  7. Effect of the Zenith Angle on Optical Wave Propagation in Anisotropic Non-Kolmogorov Atmospheric Turbulence: A New Experiment-Based Model
  8. Effects of aerosol modulation transfer function on target identification
  9. Characterization of free space optical data center channel
  10. Inexpensive Millimeter-Wave Communication Channel Using Glow Discharge Detector and Satellite Dish Antenna
  11. QPSK detection using glow discharge detector and a photodiode for millimeter‐wave and terahertz communication
  12. Deep Learning for Improving Performance of OOK Modulation Over FSO Turbulent Channels
  13. MMW coherence detection for 5th generation of cellular communication
  14. Up-conversion MMW imaging system based on Glow Discharge Detector row attached to commercial contact image sensor
  15. Application of remote sensing for detecting plant disease using color and morphological features
  16. Optics at Ben-Gurion University of the Negev: introduction to the focus issue
  17. Ultra-wideband and inexpensive glow discharge detector for millimeter-wave wireless communication based on upconversion to visual light
  18. Robust, Sensitive, and Inexpensive 2D Focal Plane Array Upconverting MMW Imaging Into the Visible
  19. Applicability of digital color imaging for monitoring nitrogen uptake and fertilizer requirements in crops
  20. Inexpensive and simple MMW imaging using optical detection of light emitted from glow discharge detectors
  21. Ultrafast, sensitive, and inexpensive 3 dimensional MMW/THz imaging system using Glow Discharge Detector Array and CCD camera based on upconversion to visual band
  22. Atmospheric effects on laser eye safety and damage to instrumentation
  23. MMW/THz imaging using upconversion to visible, based on glow discharge detector array and CCD camera
  24. Electromagnetic Wave Propagation in the Turbulent Atmosphere With an Anisotropic Exponent of the Spectrum
  25. Optical Waves and Laser Beams in the Irregular Atmosphere
  26. Detection and upconversion of three-dimensional MMW/THz images to the visible
  27. Remote sensing in precision farming: real-time monitoring of water and fertilizer requirements of agricultural crops
  28. Up-conversion of MMW radiation to visual band using glow discharge detector and silicon detector
  29. Atmospheric Optics
  30. Atmospheric Blur and Image Restoration
  31. Terahertz Frequency Modulated Continuous Wave Radar using Glow Discharge Detector
  32. Switching and Fast Operation of Glow Discharge Detector for Millimeter Wave Focal Plane Array Imaging Systems
  33. Feasibility of Radon projection acquisition for compressive imaging in MMW region based new video rate 16×16 GDD FPA camera
  34. Capability of long distance 100  GHz FMCW using a single GDD lamp sensor
  35. Real time three-dimensional space video rate sensors for millimeter waves imaging based very inexpensive plasma LED lamps
  36. Detection of hidden objects using a real-time 3-D millimeter-wave imaging system
  37. Fourier imaging and distance approximation using time of flight method for terahertz wave imaging
  38. Polarization effects on heterodyne detection and imaging using Glow Discharge Detector at millimeter wavelengths
  39. Large distance 3D imaging of hidden objects
  40. Aerosol MTF revisited
  41. Calibration Method for MMW Imaging Using Inexpensive Miniature Neon Indicator Lamp Detectors
  42. Real-time 3D millimeter wave imaging based FMCW using GGD focal plane array as detectors
  43. Imaging Through the Atmosphere
  44. 3D Millimeter Wave imaging system using chirp radar and Glow Discharge Detector pixel
  45. Heterodyne detection and polarization effects at 300 GHz using Ne indicator lamp glow discharge detectors
  46. Oversampling advances in millimeter-wave scan imaging using inexpensive neon indicator lamp detectors
  47. Heterodyne detection at 300 GHz using neon indicator lamp glow discharge detector
  48. Heterodyne detection at 300 GHz using glow discharge detectors with efficient quasi-optical design
  49. Performance quantification of a millimeter-wavelength imaging system based on inexpensive glow-discharge-detector focal-plane array
  50. Blind source separation of images based upon fractional autocorrelation
  51. Relatively Inexpensive Real Time Active Millimeter Wave and Terahertz Imaging Systems
  52. W-Band Chirp Radar Mock-Up Using a Glow Discharge Detector
  53. Atmospheric effects on target acquisition
  54. Infrared image denoising by nonlocal means filtering
  55. Down-conversion detection in 300 GHz radiation using Glow Discharge Detector (GDD)
  56. Sub-wavelength resolution of MMW imaging systems using extremely inexpensive scanning Glow Discharge Detector (GDD) double row camera
  57. Measurements and simulations of the optical parameters of the Glow Discharge Detector (GDD) Focal Plane Array (FPA) millimeter wavelength imaging system
  58. High resolution remote sensing of particles and aerosols in the W-band (92–100 GHz)
  59. Low-cost THz heterodyne detection by miniature neon indicator lamp glow discharge detector
  60. Super resolution and optical properties of THz double row array based on inexpensive Glow Discharge Detector (GDD) pixels
  61. Optimizing the design of a silicon photomultiplier-based radiation detector
  62. Atmospheric scintillations and laser safety
  63. mm wave and THz imaging using very inexpensive neon-indicator lamp detector focal-plane arrays
  64. Heterodyne Detection by Miniature Neon Indicator Lamp Glow Discharge Detectors
  65. Inexpensive THz Focal Plane Array Imaging Using Miniature Neon Indicator Lamps as Detectors
  66. Optical design considerations and constraints for implementation of Silicon photomultiplier as a light sensor
  67. Inexpensive imaging at THz frequencies with Ne indicator lamp detector arrays
  68. THz imaging using Glow Discharge Detector (GDD) focal plane arrays and large aperture quasi optic mirrors
  69. Silicon photomultiplier and radiation detection: follow-up study and the path forward
  70. Low-cost plasma terahertz heterodyne image detection
  71. Optical imaging of hidden objects behind clothing
  72. Some limitations on optical communication reliability through Kolmogorov and non-Kolmogorov turbulence
  73. Generalized atmospheric turbulence: implications regarding imaging and communications
  74. Applied Aspects of Optical Communication and LIDAR
  75. THz imaging of inexpensive glow discharge detector (GDD) pixel
  76. THz Polarization Effects on Detection Responsivity of Glow Discharge Detectors (GDDs)
  77. First operation of 8×8 glow discharge detector VLSI focal plane array toward mm wave and THz radiation video rate imaging
  78. Imaging and communications through non-Kolmogorov turbulence
  79. Active terahertz imaging with Ne indicator lamp detector arrays
  80. Spectral analysis of a one-dimensional scattering medium with the differential multiply subtractive Kramers-Kronig method
  81. Propagation of electromagnetic waves in Kolmogorov and non-Kolmogorov atmospheric turbulence: three-layer altitude model
  82. Novel mm-wave and THz radiation active imaging system based on glow discharge detector (GDD) pixel
  83. Laser beam wander in the atmosphere: implications for optical turbulence vertical profile sensing with imaging LIDAR
  84. Design of inexpensive diffraction limited focal plane arrays for millimeter wavelength and terahertz radiation using glow discharge detector pixels
  85. Terahertz detection mechanism of inexpensive sensitive glow discharge detectors
  86. Lidar study of aerosol turbulence characteristics in the troposphere: Kolmogorov and non-Kolmogorov turbulence
  87. Comparing statistical and spatial characteristics of urban and rural infrared images, part 2: background simulation
  88. Comparing statistical and spatial characteristics of urban and rural infrared images, part 1: data analysis
  89. Slant-path generalized atmospheric MTF
  90. Relatively inexpensive terahertz imaging
  91. Slant-path atmospheric MTF
  92. Inexpensive detector for terahertz imaging
  93. Glow discharge detector for terahertz and millimeter wave radiation detection and imaging
  94. Kolmogorov and non-Kolmogorov turbulence and its effects on optical communication links
  95. Prediction of data stream parameters in atmospheric turbulent wireless communication links
  96. Range gated active night vision system for automobiles
  97. Aerosol size distribution measurements and modeling in urban environments for rainy atmospheric conditions
  98. Middle East desert aerosol size distribution measurements and modeling in urban, coastal, and continental regions
  99. Aerosol particle concentration and size distribution measurements and modeling in the urban environment for semi-arid and rainy atmospheric conditions
  100. Registration of motion-distorted interlaced images captured by a scanning vector imaging sensor
  101. Non-Kolmogorov atmospheric turbulence and optical signal propagation
  102. Lidar studies of aerosols and non-Kolmogorov turbulence in the Mediterranean troposphere
  103. Aerosol and turbulence characterization at different heights in semi-arid regions
  104. Middle East model of vertical turbulence profile
  105. Aerosol size distribution variance at different elevations
  106. Influence of sea-breeze winds on aerosol particle concentration and size distribution for up to 50-km overland distances in the Middle East
  107. OPTICAL PROCESSING SYSTEMS
  108. Middle East measurements of concentration and size distribution of aerosol particles for coastal zones
  109. Modeling and measurements of near-ground atmospheric optical turbulence according to weather for Middle East environments
  110. Atmospheric turbulence at different elevations: consequences on laser beam wander and widening at target
  111. Turbulence strength parameter in laboratory and natural optical experiments in non-Kolmogorov cases
  112. Behavior of structure function of refraction coefficients in different turbulent fields
  113. Prediction and modeling of line-of-sight bending near ground level for long atmospheric paths
  114. Restoration of images captured by a staggered time delay and integration camera in the presence of mechanical vibrations
  115. Atmospheric optical turbulence over land in middle east coastal environments: prediction modeling and measurements
  116. LIDAR measurements of atmospheric turbulence vertical profiles
  117. Validity of Kolmogorov turbulence at higher elevations
  118. Aerosol models for Middle East coastal zones: a modified NAM model
  119. Effects of attenuation of 1.064-μm optical waves by humid aerosols and fog over horizontal atmospheric communication links
  120. Validity of the Kolmogorov turbulence at higher elevations
  121. Atmospheric modulation transfer function in the infrared
  122. Motion-blurred image restoration using modified inverse all-pole filters
  123. Landsat TM Satellite Image Restoration Using Kalman Filters
  124. Restoration of images captured by a staggered TDI camera in the presence of mechanical vibrations
  125. Image restoration from camera vibration and object motion blur in infrared staggered time-delay and integration systems
  126. Criteria for satellite image restoration success
  127. Hardware-efficient technique for minimizing startup transients in Direct Form II digital filters
  128. Effects of image restoration on target acquisition
  129. Imaging through the Atmosphere
  130. Performance limitation of laser satellite communication due to vibrations and atmospheric turbulence: down-link scenario
  131. Influence of motion sensor error on image restoration from vibrations and motion
  132. Satellite image restoration filter comparison
  133. Motion-blurred image restoration using modified inverse all-pole filters
  134. Differential sensing of vibration for high-quality restoration of motion-blurred images
  135. Changes in modulation transfer function and optical resolution in helical turbulent media
  136. Recognition of motion-blurred images by use of the method of moments
  137. Possible solutions to mitigate vibration effects in laser intersatellite links
  138. Stabilization, restoration, and resolution enhancement of a video sequence captured by a moving and vibrating platform
  139. Landsat TM satellite image restoration using Kalman filter
  140. Effects of image restoration on target acquisition
  141. Enhanced-resolution image restoration from a sequence of low-frequency vibrated images by use of convex projections
  142. Effect of sampling on target detection
  143. Laser beam widening as a function of elevation in the atmosphere for horizontal propagation
  144. Atmospheric turbulence modulation transfer function for infrared target acquisition modeling
  145. Vibration noise control in laser satellite communication
  146. Acquisition time calculation and influence of vibrations for microsatellite laser communication in space
  147. Influence of severe vibrations on the visual perception of video sequences
  148. Influence of motion sensor error on image restoration from vibrations and motion
  149. Measured profiles of aerosols and turbulence for elevations of 2 to 20 km and consequences of widening of laser beams
  150. Mixed-Signal Architecture for Real-Time Two-Dimensional Live TV Image Restoration
  151. Medical image restoration of dynamic lungs using optical transfer function of lung motion
  152. Restoration of nonlinear motion-distorted composite frame
  153. Influence of severe vibrations on the visual perception of video sequences
  154. Influence of aerosols and optical turbulence strength on laser beam widening in the atmosphere
  155. Criteria for satellite image restoration success
  156. Restoration and resolution enhancement of a single image from a vibration-distorted image sequence
  157. Restoration of an image degraded by vibrations using only a single frame
  158. SATELLITE IMAGE RESTORATION BASED ON ATMOSPHERIC MTF EVALUATION
  159. Vertical profiles of aerosol and optical turbulence strength and their effects on atmospheric propagation
  160. Myopic deconvolution of adaptive optics images by use of object and point-spread function power spectra: comment
  161. Acquisition system for microsatellites laser communication in space
  162. Vertical profiles of aerosol and optical turbulence strength and their effects on atmospheric propagation
  163. Vibrated image restoration from a single frame
  164. Restoration and resolution enhancement of a single image from a vibration-distorted image sequence
  165. Satellite image restoration filter comparison
  166. Optical transfer function analysis of images blurred by nonharmonic vibrations characterized by their power spectrum density
  167. Comparison of direct blind deconvolution methods for motion-blurred images
  168. Imaging through the atmosphere: an overview
  169. Bandwidth maximization for satellite laser communication
  170. Motion-distorted composite-frame restoration
  171. Causes of atmospheric blur: comment on Atmospheric scattering effect on spatial resolution of imaging systems
  172. Causes of atmospheric blur in remote sensing: a system engineering approach to imaging
  173. General restoration filter for vibrated-image restoration
  174. Imaging vertically through the atmosphere: restoration of satellite images based on atmospheric MTF evaluation
  175. Blur in imaging through the atmosphere: a system engineering approach to imaging
  176. Role of the atmosphere in target acquisition: models versus experiment
  177. Bandwidth maximization for satellite laser communication
  178. Using satellite vibrations to improve performance of free-space satellite laser communication
  179. Comparison of direct methods for restoration of motion-blurred images
  180. Motion-distorted composite frame restoration
  181. Experimental investigation of the influence of the relative position of the scattering layer on image quality: the shower curtain effect
  182. Performance limitations of a free-space optical communication satellite network owing to vibrations: heterodyne detection
  183. Incorporating the entire modulation transfer function into an infrared target acquisition model
  184. Experimental comparison of three target acquisition models
  185. Relative effects of distortion and noise on target acquisition: the advisability of image restoration
  186. Direct method for restoration of motion-blurred images
  187. Adaptive bandwidth for satellite optical communication
  188. Optimum transmitter optics aperture for satellite optical communication
  189. Adaptive suboptimum detection of an optical pulse-position-modulation signal with a detection matrix and centroid tracking
  190. Aerosol light scatter vs turbulence effects in image blur
  191. Experimental comparison of three target acquisition models
  192. Relative effects of blur and noise on target acquisition: the advisability of image restoration
  193. Performance limitations of free-space optical communication satellite networks due to vibrations: direct detection digital mode
  194. Restoration of atmospherically blurred images according to weather-predicted atmospheric modulation transfer functions
  195. Real-time two-dimensional electronic image filtering and live TV restoration
  196. Adaptive suboptimum detection of optical PPM signal with detection matrix and centroid tracking
  197. Performance limitations of free space optical communication satellite networks due to vibrations: heterodyne detection
  198. Influence of sensor motion on infrared target acquisition
  199. Aerosol modulation transfer function: an overview
  200. Vibrated image restoration from two consecutive images
  201. Performance limitations of free-space optical communication satellite networks due to vibrations: direct-detection digital mode
  202. Image restoration for target detection: will it help?
  203. Evaluation of the PSF from motion-blurred images
  204. Imaging through the atmosphere from satellites: restoration of images based on atmospheric MTF
  205. Identification of Blur Parameters from Motion Blurred Images
  206. Beam width and transmitter power adaptive to tracking system performance for free-space optical communication
  207. Restoration of motion-blurred images
  208. General restoration filter for vibrated image restoration
  209. Free-space optical communication satellite networks-vibration effects and possible solutions
  210. Restoration of images degraded by extreme mechanical vibrations
  211. Adaptive optical transmitter and receiver for space communication through thin clouds
  212. Analytical method to calculate optical transfer functions for image motion and vibrations using moments
  213. Laser satellite communication network-vibration effect and possible solutions
  214. Performance limitations of free-space optical communication satellite networks due to vibrations—analog case
  215. Contrast vs noise effects on image quality
  216. Identification of blur parameters from motion-blurred images
  217. Beamwidth and transmitter power adaptive to tracking-system performance for free-space optical communication
  218. Analytical method to calculate optical transfer functions for image motion using moments and its implementation in image restoration
  219. Restoration of satellite images based on atmospheric MTF
  220. Optimum transmitter optics aperture for free space satellite optical communication as a function of tracking system performance
  221. Restoration of atmospherically blurred images using weather-predicted atmospheric modulation transfer function (MFT)
  222. Investigation of the influence of inhomogenous scattering media on image quality: the shower curtain effect
  223. Probing and monitoring aerosol and atmospheric clouds with an electro-optic oscillator
  224. Accurate method for prediction of atmospheric transmission according to weather
  225. Incorporating the entire modulation transfer function into a target acquisition model
  226. Free-space satellite optical communication: adaptive information bandwidth to maintain constant bit error rate during periods of high satellite vibration amplitudes
  227. Prediction of overall atmospheric modulation transfer function with standard weather parameters: comparison with measurements with two imaging systems
  228. Target acquisition modeling for contrast-limited imaging: effects of atmospheric blur and image restoration
  229. Automatic target recognition during sensor motion and vibration
  230. Search strategy for optimal infrared target acquisition performance
  231. Medical image restoration of dynamic lungs using optical transfer function of lung motion
  232. Free-space optical communication: detector array aperture for optical communication through thin clouds
  233. Prediction of overall atmospheric MTF with standard weather parameters: comparison with measurements with two imaging systems
  234. Quantitative evaluation of target acquisition capability when restoring images blurred by sensor motion
  235. Statistical model for aerosol size distribution parameters according to weather parameters
  236. Effects of atmospheric blur and image restoration on target acquisition range and probability
  237. Free-space optical communication: detector array aperture for optical communication through thin clouds
  238. Effect of particulates on performance of space optical communication and an adaptive method to minimize such effects
  239. Contrast-limited target acquisition: atmospheric and motion effects
  240. High-resolution restoration of images distorted by the atmosphere, based on an average atmospheric modulation transfer function
  241. Image motion restoration from a sequence of images
  242. Identification of the blur extent from motion-blurred images
  243. Experimental comparison of turbulence modulation transfer function and aerosol modulation transfer function through the open atmosphere
  244. Imaging through the atmosphere: practical instrumentation-based theory and verification of aerosol modulation transfer function: reply to comment
  245. Statistical models for the desert aerosol size distributions and comparison to MODTRAN models
  246. Prediction of airborne particle statistics according to weather forecasts: concentration and scattering area
  247. Thermal image target acquisition probabilities in the presence of vibrations
  248. Incorporation of atmospheric blurring effects in target acquisition modeling of thermal images
  249. Restoration of thermal images distorted by the atmosphere, using predicted atmospheric modulation transfer function
  250. Comparison between high-resolution restoration techniques of atmospherically distorted images
  251. Effects of practical aerosol forward scatter of infrared and visible light on atmospheric coherence diameter
  252. Influence of sensor motion on target acquisition
  253. Effects of absorption on image quality through a particulate medium
  254. Technique for active measurement of atmospheric transmittance using an imaging system: implementation at 10.6-μm wavelength
  255. Effects of aerosol forward scatter on the long- and short-exposure atmospheric coherence diameter
  256. Simple Mathematical Models for Temporal, Spatial, Angular, and Attenuation Characteristics of Light Propagating Through the Atmosphere for Space Optical Communication:
  257. High-resolution real-time restoration of atmospherically distorted infrared images
  258. Thermal imaging atmospheric effects and image restoration
  259. Target acquisition modeling of forward-motion considerations for airborne reconnaissance over hostile territory
  260. Analysis of Optical Pulse Distortion Through Clouds for Satellite to Earth Adaptive Optical Communication
  261. Automatic target recognition during sensor motion and vibration
  262. Effect of particulates on performance of optical communication in space and an adaptive method to minimize such effects
  263. Sensitive gas tube near-UV photon-counting detector based on excited-state photoionization
  264. Target acquisition probabilities for image motion and vibration
  265. Restoration of thermal images distorted by the atmosphere, using predicted atmospheric modulation transfer function
  266. Incorporation of atmospheric blurring effects in target acquisition modeling
  267. Restoration of images degraded by mechanical vibrations
  268. Prebreakdown gas tube detector of near UV radiation based on photoionization of excited states: time response to short N2laser pulses
  269. Effects of aerosol forward scatter on long- and short- exposure atmospheric coherence diameter
  270. High-resolution restoration of images distorted by the atmosphere, based upon average atmospheric modulation transfer function
  271. Statistical model for aerosol size distribution parameters according to weather parameters
  272. Adaptive optical transmitter and receiver for space communication through clouds
  273. A near UV envelope detector in the prebreakdown regime based on photoionization of excited gas atoms
  274. Theoretical and experimental investigation of image quality through an inhomogeneous turbulent medium
  275. Thermal imaging through the atmosphere: atmospheric modulation transfer function theory and verification
  276. Image resolution limits resulting from mechanical vibrations. Part IV: real-time numerical calculation of optical transfer functions and experimental verification
  277. Restoration of thermal images distorted by the atmosphere, based on measured and theoretical atmospheric modulation transfer function
  278. Restoration of thermal images distorted by the atmosphere, based upon measured and theoretical atmospheric modulation transfer function
  279. Motion considerations for airborne reconnaissance of a target over hostile territory
  280. Theoretical and experimental investigation of image quality through an inhomogeneous turbulent medium
  281. Thermal imaging through the atmosphere: atmospheric MTF theory and verification
  282. Aerosol scattering and absorption modulation transfer function
  283. Thermal imaging through the atmosphere: atmospheric MTF theory and verification
  284. Real-time numerical calculation of optical transfer function for image motion and vibration. Part 1: experimental verification
  285. Effects of aerosol forward-scatter of infrared and visible light on atmospheric coherence diameter: theory and validation
  286. Prediction of atmospheric extinction coefficient and comparison of transmission measurement methods: black target contrast versus aerosol scattering calculations
  287. Imaging through the atmosphere: practical instrumentation-based theory and verification of aerosol modulation transfer function
  288. Numerical calculation of MTF for image motion: experimental verification
  289. Aerosol and turbulence modulation transfer functions: comparison measurements in the open atmosphere
  290. Restoration of images degraded by motion
  291. Comparison of turbulence MTF and aerosol MTF
  292. Prediction of aerosol distributions parameters according to weather forecast: status report
  293. Imaging through the atmosphere - Practical instrumentation-based theory and verification of aerosol MTF
  294. Effects of aerosol forward scatter on atmospheric coherence diameter: theory and validation
  295. On the relationship of number of students to academic level
  296. Forecasting optical turbulence strength on the basis of macroscale meteorology and aerosols: models and validation
  297. Image resolution limits resulting from mechanical vibrations. Part III:numerical calculation of modulation transfer function
  298. Multiple-diode laser optomechanical issues
  299. Numerical calculation of image motion and vibration modulation transfer functions: a new method
  300. Numerical calculation of image motion and vibration modulation transfer function
  301. Prediction of Cn2 on the basis of macroscale meteorology including aerosols
  302. Prediction of coarse aerosol statistics according to weather forecast
  303. Prediction of thermal-image quality as a function of weather forecast
  304. Overall atmospheric MTF and aerosol MTF cutoff
  305. Forecasting optical turbulence strength: effects of macroscale meteorology and aerosols
  306. Image resolution limits resulting from mechanical vibrations
  307. Prediction of thermal image quality as a function of weather forecasts
  308. Numerical calculation of modulation transfer functions for low-frequency mechanical vibrations
  309. Prediction of image propagation quality through the atmosphere:the dependence of atmospheric modulation transfer function on weather
  310. Prediction Of Image Quality Through The Atmosphere As A Function Of Weather Forecast
  311. Prediction Of Image Quality Through The Desert Atmosphere
  312. Can Image Quality Through The Atmosphere Be Predicted In Advance?
  313. Overview Of Imaging Through The Atmosphere
  314. Prediction Of Effects Of Weather On Image Quality Propagated Through The Atmosphere
  315. Prediction of effects of weather on image quality: preliminary results of model validation
  316. Advance Prediction Of Effects Of Atmosphere On Image Quality
  317. Imaging Through The Atmosphere For Airborne Reconnaissance
  318. <title>Short Wavelength Responsivity Improvement And Long Wavelength Responsivity Degradation In Photodiodes As A Result Of Gamma Irradiation</title>
  319. Image Resolution Limits Resulting From Mechanical Vibrations
  320. Imaging Through The Atmosphere For Airborne Reconnaissance
  321. Space as an Adverse Environment: Vacuum Surface and Gamma Ray Irradiation Effects on LED's and Photodiodes
  322. Optoelectronic Diodes And CCDs In Vacuum
  323. Non-Optogalvanic Signal Characteristic Times in Prebreakdown Discharges
  324. How Weather Affects Seeing Through The Atmosphere
  325. Long wavelength bulk absorption cutoffs in GaAs light-emitting diodes exhibiting vacuum and gamma-irradiation emission wavelength tunability
  326. Image Resolution Limits Resulting From Mechanical Vibrations
  327. Short Wavelength Responsivity Improvement and Long Wavelength Responsivity Degradation in Photodiodes as a Result of Gamma Irradiation
  328. Laser-triggered dynamic breakdown of gases and laser-induced prebreakdown signals
  329. A simple qualitative model of surface versus bulk effects in gamma‐ray irradiatedp‐ndiodes
  330. Dynamic nonoptogalvanic signal polarity and magnitude in prebreakdown gas discharges
  331. Effects Of Aerosols On Imaging Through The Atmosphere: A Review Of Spatial Frequency And Wavelength Dependent Effects
  332. Observation Of Light Detection By Glass-Metal Seals: The Possibility Of Optical-Fiber Light Detectors
  333. Meteorological Effects On Image Quality: Reconnaissance Considerations
  334. Wavelength Effects of Soil-derived Aerosols on Atmospheric Scattering Coefficient
  335. Microwave Point Contact Diode Responsivity Improvement through Surface Effects in Vacuum (Short Papers)
  336. Theory of a fast, sensitive, submillimeter wave glow discharge detector
  337. Significant photodiode quantum efficiency improvement and spectral response alteration through surface effects in vacuum
  338. Observation of light detection by glass-metal seals: their influence on measurements involving discharges as light detectors and the possibility of optical-fiber light detectors
  339. Photodiode Quantum Efficiency Improvement through Vacuum Surface Effects
  340. Gamma Ray Irradiated LEDs In Vacuum: Surface Emission And Significant Wavelength Tuning Via Surface States
  341. Gamma ray irradiated LED's: Surface emission and significant wavelength tuning via surface states
  342. Observation of Cooper minima in excited-s-state photoionization cross sections in neon and argon
  343. Effects Of Aerosols On Imaging Through The Atmosphere: Spatial Frequency And Wavelength Dependent Effects
  344. Wavelength tuning of GaAs LED's through surface effects
  345. Heterodyne detection through rain, snow, and turbid media: effective receiver size at optical through millimeter wavelengths
  346. Spectral tuning and linewidth narrowing of shallow-junction surface emitting GaAs LED́s through γ-ray irradiation
  347. Optogalvanic response to light: photon energy vs photon number
  348. Spatial-frequency- and wavelength-dependent effects of aerosols on the atmospheric modulation transfer function
  349. Spatial-frequency dependence of scattered background light: The atmospheric modulation transfer function resulting from aerosols
  350. Spectral Tuning Of Shallow-Junction Surface-Emitting Light-Emitting Diodes (LEDs) Through γ-Ray Irradiation
  351. Spectral effects of desert dust on imaging through the atmosphere
  352. Wavelength variation of visible and near-infrared resolution through the atmosphere: dependence on aerosol and meteorological conditions
  353. General wavelength dependence of imaging through the atmosphere
  354. Characteristics of holographic scanners utilizing a concave auxiliary reflector
  355. Characteristics of active and passive 2-D holographic scanner imaging systems for the middle infrared
  356. Gas discharge response to light: dependence of linearity on space charge for optogalvanic and excited-state photoionization signals
  357. EFFECTS OF SPACE CHARGE ON THE "EFFECTIVE CROSS SECTION"
  358. IF Conversion Gain of Glow Discharge Lamps X-Band Mixers for High LO Power Levels
  359. Ultraviolet photoconductive detectors in Zn3P2
  360. Photoionization of excited atoms in dc gas discharges by low‐intensity light and its analogy to gas‐breakdown with high‐intensity lasers
  361. Photoionization of excited atoms by low intensity light: experimental test of the effective cross section
  362. Atomic deexcitation effects of X-rays on gases
  363. Spectral characteristics of image quality for imaging horizontally through the atmosphere: erratum
  364. Antenna properties of glow-discharge detectors of microwave radiation
  365. Photo Ionization of Excited Atoms in Gas-Filled Photodiodes: Improved Detectivity with Microsecond-Order Risetime
  366. A curriculum in electrooptics for electrical engineers
  367. The Effective Cross Section
  368. Glow Discharge Detection of Long Wavelength Electromagnetic Radiation: Cascade Ionization Process Internal Signal Gain and Temporal and Spectral Response Properties
  369. Spectral Dependence of Rise Time in Gas Filled Phototubes: Implications concerning Possible Miniaturization of Gas Discharge Detectors of Electromagnetic Radiation
  370. Very High Sensitivity Heterodyne Detection of X-Band Radiation with Neon Indicator Lamps
  371. The role of excited atoms in UV photopreionization TEA lasers
  372. Internal signal gain in subnormal glow-discharge detection of microwave radiation†
  373. Multiphoton ionization front excited states
  374. Spectral characteristics of image quality for imaging horizontally through the atmosphere
  375. Improved detection of ultraviolet radiation with gas-filled phototubes through photoionization of excited atoms
  376. A sensitive ultraviolet radiation detector based on photoionization of excited atoms
  377. DESIGN OF GLOW DISCHARGE PLASMA LAMPS FOR ECONOMIC REAL-TIME MICROWAVE HOLOGRAPHY
  378. Correction to "Video detection of millimeter waves with glow discharge tubes"
  379. Electro-Optical Color Sorting of Agricultural Particles
  380. Abnormal glow discharge detection of visible radiation
  381. Low-cost tuned filters using subnormal glow discharges
  382. Effects of ionizing radiation on glow discharge detectors
  383. Low-cost glow discharge tube microwave frequency sensor
  384. Subnormal Glow Discharge Detection of Optical and Microwave Radiation
  385. Signal processing scheme for reducing atmospheric modulation noise in optical communication
  386. Commercial Glow Discharge Tubes As Detectors of X-Band Radiation (Short Papers)
  387. Noise spectra of commercial indicator-lamp glow-discharge detectors
  388. Video detection of millimeter waves with glow discharge tubes: Part I—Physical description; part II—Experimental results
  389. Millimetre-wave holography recording with glow discharge detectors
  390. Correction to "On the mechanism of glow discharge detection of microwave and millimeter wave radiation"
  391. On the mechanism of glow discharge detection of microwave and millimeter-wave radiation
  392. A low-cost millimeter-wave glow-discharge detector
  393. Background noise in optical communication systems
  394. Evaluation of the blur parameters from motion blurred images
  395. Identification of motion blur for blind image restoration
  396. Restoration of images degraded by mechanical vibrations
  397. Analytical method to calculate optical transfer functions for image motion and its implementation in vibrated image restoration
  398. Restoration of images degraded by mechanical vibrations