Subject index for the SID Journal (J)
and Information Display (ID) for 1994
- Air traffic control
- Hopkin, V, Color on Air-Traffic-Control Displays, ID 10/1, 14-8.
- Alignment layers
- Sumiyoshi, K et al, Complementary TN-LCD with wide-viewing-angle gray scale, J 2/1, 31-6.
- Amplification, parametric
- Kuijk, K E, Capacitive effects in NLR-matrix TV-LCDs: III. Instability, J 2/2, 87-93.
- Angular dependence of lc transmission
- Sumiyoshi, K et al, Complementary TN-LCD with wide-viewing-angle gray scale, J 2/1, 31-6.
- ANVIS
- Howard, C et al, Color in natural landscapes, J 2/1, 47-55.
- Aperture ratio
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- Avionics displays
- Post, D L et al, A new color display for head-mounted use, J 2/4, 155-63.
- Batteries
- Davis, J W, Fertilizing the Green Machine, ID 10/3, 8-11.
- Binocular displays
- Grigsby, S S et al, Visual processing and partial-overlap head-mounted displays, J 2/2, 69-74.
- Binocular vision
- Grigsby, S S et al, Visual processing and partial-overlap head-mounted displays, J 2/2, 69-74.
- Bistability hysteresis
- Groeneveld, C M, Bistability in the voltage holding ratio and transmission-voltage curve of AMLCDs, J 2/4, 181-6.
- Book review
- Bahadur, B et al, Liquid Crystals--Applications and Uses, J 2/1, 63-4.
- Cathode-ray-tube faceplates
- Brain, J, Fiber Optics for Displays, ID 10/4&5, 14-5.
- Cathode-ray tubes
- Alexander, R, Where Are CRT Monitors Made?, ID 10/9, 9-13.
- Asano, T et al, 6.9-in. high-resolution projection CRT for HDTV display, J 2/3, 113-8.
- Banbury, J R et al, Electron-gun design for high-performance CRTs, J 2/3, 119-27.
- Chellew, K et al, Getting Behind the Shadow Mask, ID 10/1, 8-13.
- Compton, K, Microprocessor Control for Monochrome CRT Monitors, ID 10/9, 14-6.
- Donofrio, R, The Vigor of a Centenarian, ID 10/12, 12-4.
- Keller, P A, Odd Cathode-Ray Tubes, ID 10/6, 17-21.
- Norris, B, Eurodisplay '93, ID 10/2, 24-6.
- Norris, B, The European Monitor Market Scene, ID 10/9, 17-21.
- Shiramatsu, N et al, Removing Moire Patterns from Shadow-Mask CRTs, ID 10/6, 12-6.
- Cathode-ray tubes, flat
- Tully, P, Matsushita's Color Flat Panel, ID 10/6, 9-11.
- CATSEYE
- Howard, C et al, Color in natural landscapes, J 2/1, 47-55.
- Color
- Hopkin, V, Color on Air-Traffic-Control Displays, ID 10/1, 14-8.
- Color coding
- Hopkin, V, Color on Air-Traffic-Control Displays, ID 10/1, 14-8.
- Color crts
- Chellew, K et al, Getting Behind the Shadow Mask, ID 10/1, 8-13.
- Color displays
- Tanaka, K et al, Holographically formed LC/polymer device for reflective color, J 2/1, 37-40.
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- Color flat-panel-display simulation
- Samadani, R et al, Periodic plane tilings: Application to layout simulations for color flat-panel displays, J 2/2, 95-
- Computer-aided design
- Chellew, K et al, Getting Behind the Shadow Mask, ID 10/1, 8-13.
- Computer-generated imagery
- Howard, C et al, Color in natural landscapes, J 2/1, 47-55.
- Computers
- Davis, J W, Fertilizing the Green Machine, ID 10/3, 8-11.
- Crosstalk
- Kuijk, K E, Capacitive effects in NLR-matrix TV-LCDs: 1. Influence of column signal, J 2/2, 75-80.
- Kuijk, K E, Capacitive effectis in NLR-matrix TV-LCDs: II. Influence of row signal, J 2/2, 81-6.
- Kuijk, K E, Capacitive effects in NLR-matrix TV-LCDs: III. Instability, J 2/2, 87-93.
- Crt measurements
- Chellew, K et al, Getting Behind the Shadow Mask, ID 10/1, 8-13.
- Crt phosphors
- Asano, T et al, 6.9-in. high-resolution projection CRT for HDTV display, J 2/3, 113-8.
- Crt projectors
- Crane, P, Evaluation of wide-field-of-view display systems for air-combat training, J 2/1, 59-61.
- Crt resolution
- Peterdi, J, Measuring modulation depth in CRTs, J 2/1, 15-20.
- Crts, flat
- Tannas, L E, Flat-Panel-Display Technologies in Japan, ID 10/2, 13-21.
- Crt testing
- Peterdi, J, Measuring modulation depth in CRTs, J 2/1, 15-20.
- Depth constancy
- Patterson, R et al, Depth perception in stereoscopic displays, J 2/2, 105-12.
- Depth perception
- Patterson, R et al, Depth perception in stereoscopic displays, J 2/2, 105-12.
- Direct-view displays
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- Display controllers
- Frenkel, M, Making the Image Dance, ID 10/4&5, 16-8.
- Peddie, J, The Evolution of Display Controllers, ID 10/1, 19-21.
- Display evaluation
- Hatoh, H et al, Viewing-angle characteristics of LCDs, J 2/1, 21-9.
- Display manufacturing
- Alexander, R, Where Are CRT Monitors Made?, ID 10/9, 9-13.
- Boothman, M et al, Large 1X Masks for Flat Panels, ID 10/11, 18-22.
- Mello-Robinett, R et al, Flat-Panel Display Manufacturing, ID 10/11, 12-7.
- Pothoven, F et al, Lasers and Flat-Panel Displays, ID 10/11, 24-7.
- Tannas, L E, Flat-Panel-Display Technologies in Japan, ID 10/2, 13-21.
- Werner, K, First Display Manufacturing Technology Conference, ID 10/3, 15-7.
- Display markets
- Mentley, D E, Projection-Display Market Update, ID 10/3, 12-4.
- Norris, B, The European Monitor Market Scene, ID 10/9, 17-21.
- Tannas, L E, Flat-Panel-Display Technologies in Japan, ID 10/2, 13-21.
- Display performance
- Hopkin, V, Color on Air-Traffic-Control Displays, ID 10/1, 14-8.
- Displays
- Hopkin, V, Color on Air-Traffic-Control Displays, ID 10/1, 14-8.
- Displays, color
- Birk, J D, Emissives Get Brighter--with Colors, ID 10/12, 20-2.
- Hopkin, V, Color on Air-Traffic-Control Displays, ID 10/1, 14-8.
- Mikoshiba, S, Color Plasma Displays: Where Are We Now?, ID 10/10, 21-3.
- Post, D L et al, A new color display for head-mounted use, J 2/4, 155-63.
- Displays, electroluminescent
- Birk, J D, Emissives Get Brighter--with Colors, ID 10/12, 20-2.
- Tannas, L E, Flat-Panel-Display Technologies in Japan, ID 10/2, 13-21.
- Displays, field emission
- Norris, B, Eurodisplay '93, ID 10/2, 24-6.
- Displays, flat-panel
- Mello-Robinett, R et al, Flat-Panel Display Manufacturing, ID 10/11, 12-7.
- Tannas, L E, Flat-Panel-Display Technologies in Japan, ID 10/2, 13-21.
- Displays, gas-discharge
- Amano, Y, New hybrid ac-dc plasma display panel, J 2/1, 57-8.
- Birk, J D, Emissives Get Brighter--with Colors, ID 10/12, 20-2.
- Mikoshiba, S, Color Plasma Displays: Where Are We Now?, ID 10/10, 21-3.
- Tannas, L E, Flat-Panel-Display Technologies in Japan, ID 10/2, 13-21.
- Displays, head-mounted
- Post, D L et al, A new color display for head-mounted use, J 2/4, 155-63.
- Displays, head-up
- Grigsby, S S et al, Visual processing and partial-overlap head-mounted displays, J 2/2, 69-74.
- Displays, helmet-mounted
- Fischer, R E, Optics for Head-Mounted Displays, ID 10/7&8, 12-6.
- Grigsby, S S et al, Visual processing and partial-overlap head-mounted displays, J 2/2, 69-74.
- Post, D L et al, A new color display for head-mounted use, J 2/4, 155-63.
- Displays, non-volatile
- Mosley, A, Ferroelectric LCDs: The Way to the Marketplace, ID 10/2, 7-11.
- Displays, partial-overlap
- Grigsby, S S et al, Visual processing and partial-overlap head-mounted displays, J 2/2, 69-74.
- Displays, plasma
- Amano, Y, New hybrid ac-dc plasma display panel, J 2/1, 57-8.
- Birk, J D, Emissives Get Brighter--with Colors, ID 10/12, 20-2.
- Mikoshiba, S, Color Plasma Displays: Where Are We Now?, ID 10/10, 21-3.
- Tannas, L E, Flat-Panel-Display Technologies in Japan, ID 10/2, 13-21.
- Displays, projection
- Asano, T et al, 6.9-in. high-resolution projection CRT for HDTV display, J 2/3, 113-8.
- Mentley, D E, Projection-Display Market Update, ID 10/3, 12-4.
- Displays,stereoscopic
- Nicolas, C et al, Stereoscopic LCD video projector, J 2/4, 165-7.
- Patterson, R et al, Depth perception in stereoscopic displays, J 2/2, 105-12.
- Displays, storage
- Mosley, A, Ferroelectric LCDs: The Way to the Marketplace, ID 10/2, 7-11.
- Display standards
- Greeson, J C, Display Standards in Trouble, ID 10/12, 24-7.
- Information Display, The Marks on the Back of the Box, ID 10/11, 23.
- Displays, tiled
- Samadani, R et al, Periodic plane tilings: Application to layout simulations for color flat-panel displays, J 2/2, 95-
- Distortion
- Nanno, Y et al, Advanced capacitively coupled driving method for TFT-LCDs, J 2/3, 143-7.
- Electron guns
- Asano, T et al, 6.9-in. high-resolution projection CRT for HDTV display, J 2/3, 113-8.
- Banbury, J R et al, Electron-gun design for high-performance CRTs, J 2/3, 119-27.
- Electron optics
- Banbury, J R et al, Electron-gun design for high-performance CRTs, J 2/3, 119-27.
- Fiber optics
- Brain, J, Fiber Optics for Displays, ID 10/4&5, 14-5.
- Flat--panel displays
- Amano, Y, New hybrid ac-dc plasma display panel, J 2/1, 57-8.
- Tannas, L E, Flat-Panel-Display Technologies in Japan, ID 10/2, 13-21.
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- Gas-discharge displays
- Amano, Y, New hybrid ac-dc plasma display panel, J 2/1, 57-8.
- Gray scale
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- HMDs
- Post, D L et al, A new color display for head-mounted use, J 2/4, 155-63.
- Holography
- Tanaka, K et al, Holographically formed LC/polymer device for reflective color, J 2/1, 37-40.
- Human factors
- Crane, P, Evaluation of wide-field-of-view display systems for air-combat training, J 2/1, 59-61.
- Image compression
- Frenkel, M, Making the Image Dance, ID 10/4&5, 16-8.
- Image reconstruction
- Samadani, R et al, Periodic plane tilings: Application to layout simulations for color flat-panel displays, J 2/2, 95-
- Image sampling
- Samadani, R et al, Periodic plane tilings: Application to layout simulations for color flat-panel displays, J 2/2, 95-
- Large displays
- Crane, P, Evaluation of wide-field-of-view display systems for air-combat training, J 2/1, 59-61.
- Lasers
- Pothoven, F et al, Lasers and Flat-Panel Displays, ID 10/11, 24-7.
- LCD addressing
- Conner, A R, Active Matrix, Passive Matrix ... or Something in Between, ID 10/12, 16-9.
- Gulick, P et al, Active Addressing of Passive-Matrix Dispays, ID 10/10, 14-7.
- LCDS
- Bahadur, B et al, Liquid Crystals--Applications and Uses, J 2/1, 63-4.
- Boothman, M et al, Large 1X Masks for Flat Panels, ID 10/11, 18-22.
- Conner, A R, Active Matrix, Passive Matrix ... or Something in Between, ID 10/12, 16-9.
- Gulick, P et al, Active Addressing of Passive-Matrix Dispays, ID 10/10, 14-7.
- Hatoh, H et al, Viewing-angle characteristics of LCDs, J 2/1, 21-9.
- Ishikawa, M et al, Viewing-angle evaluation method of color shift for gray-scale LCDs, J 2/4, 169-73.
- Naciri, J et al, Ferroelectric liquid-crystalline polymers with fast electro-optic switching times, J 2/4, 175-80.
- Norris, B, Eurodisplay '93, ID 10/2, 24-6.
- Post, D L et al, A new color display for head-mounted use, J 2/4, 155-63.
- Pothoven, F et al, Lasers and Flat-Panel Displays, ID 10/11, 24-7.
- Sumiyoshi, K et al, Complementary TN-LCD with wide-viewing-angle gray scale, J 2/1, 31-6.
- Tanaka, K et al, Holographically formed LC/polymer device for reflective color, J 2/1, 37-40.
- Tannas, L E, Flat-Panel-Display Technologies in Japan, ID 10/2, 13-21.
- van Aerle, N, Tool to evaluate the LC-aligning properties of rubbed polymer orientation layers, J 2/1, 41-6.
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- LCDs, active-matrix
- Bitzakidis, S, Improvements in the moving-image quality of AMLCDs, J 2/3, 149-54.
- Conner, A R, Active Matrix, Passive Matrix ... or Something in Between, ID 10/12, 16-9.
- Groeneveld, C M, Bistability in the voltage holding ratio and transmission-voltage curve of AMLCDs, J 2/4, 181-6.
- Kuijk, K E, Capacitive effects in NLR-matrix TV-LCDs: 1. Influence of column signal, J 2/2, 75-80.
- Kuijk, K E, Capacitive effectis in NLR-matrix TV-LCDs: II. Influence of row signal, J 2/2, 81-6.
- Kuijk, K E, Capacitive effects in NLR-matrix TV-LCDs: III. Instability, J 2/2, 87-93.
- Nanno, Y et al, Advanced capacitively coupled driving method for TFT-LCDs, J 2/3, 143-7.
- Post, D L et al, A new color display for head-mounted use, J 2/4, 155-63.
- Pothoven, F et al, Lasers and Flat-Panel Displays, ID 10/11, 24-7.
- Sumiyoshi, K et al, Complementary TN-LCD with wide-viewing-angle gray scale, J 2/1, 31-6.
- Tannas, L E, Flat-Panel-Display Technologies in Japan, ID 10/2, 13-21.
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- Yoshida, H et al, Direct-view PDLC with crossed Nicols and uniaxial film, J 2/3, 135-42.
- LCDs, alignment layers
- Groeneveld, C M, Bistability in the voltage holding ratio and transmission-voltage curve of AMLCDs, J 2/4, 181-6.
- LCDs, color
- Yoshida, H et al, Direct-view PDLC with crossed Nicols and uniaxial film, J 2/3, 135-42.
- LCDs, color change
- Hatoh, H et al, Viewing-angle characteristics of LCDs, J 2/1, 21-9.
- LCDs, color shift
- Ishikawa, M et al, Viewing-angle evaluation method of color shift for gray-scale LCDs, J 2/4, 169-73.
- LCDs, diode-matrix
- Kuijk, K E, Capacitive effects in NLR-matrix TV-LCDs: 1. Influence of column signal, J 2/2, 75-80.
- Kuijk, K E, Capacitive effectis in NLR-matrix TV-LCDs: II. Influence of row signal, J 2/2, 81-6.
- Kuijk, K E, Capacitive effects in NLR-matrix TV-LCDs: III. Instability, J 2/2, 87-93.
- LCDs, drive methods
- Nanno, Y et al, Advanced capacitively coupled driving method for TFT-LCDs, J 2/3, 143-7.
- LCDs, ferroelectric
- Mosley, A, Ferroelectric LCDs: The Way to the Marketplace, ID 10/2, 7-11.
- LCD simulation
- Samadani, R et al, Periodic plane tilings: Application to layout simulations for color flat-panel displays, J 2/2, 95-
- LCDs, nlr-matrix
- Kuijk, K E, Capacitive effects in NLR-matrix TV-LCDs: 1. Influence of column signal, J 2/2, 75-80.
- Kuijk, K E, Capacitive effectis in NLR-matrix TV-LCDs: II. Influence of row signal, J 2/2, 81-6.
- Kuijk, K E, Capacitive effects in NLR-matrix TV-LCDs: III. Instability, J 2/2, 87-93.
- LCDs, orientation layers
- Groeneveld, C M, Bistability in the voltage holding ratio and transmission-voltage curve of AMLCDs, J 2/4, 181-6.
- LCDs, polymer-dispersed
- Tanaka, K et al, Holographically formed LC/polymer device for reflective color, J 2/1, 37-40.
- Yoshida, H et al, Direct-view PDLC with crossed Nicols and uniaxial film, J 2/3, 135-42.
- LCDs, supertwist
- Conner, A R, Active Matrix, Passive Matrix ... or Something in Between, ID 10/12, 16-9.
- Tannas, L E, Flat-Panel-Display Technologies in Japan, ID 10/2, 13-21.
- LCDs, viewing angle
- Ishikawa, M et al, Viewing-angle evaluation method of color shift for gray-scale LCDs, J 2/4, 169-73.
- Yoshida, H et al, Direct-view PDLC with crossed Nicols and uniaxial film, J 2/3, 135-42.
- LC transmission, angular dependence
- Sumiyoshi, K et al, Complementary TN-LCD with wide-viewing-angle gray scale, J 2/1, 31-6.
- Light valves, CRT-addressed liquid-crystal
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- Light valves, laser-addressed liquid-crystal
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- Light valves, liquid-crystal
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- Liquid-crystal domains
- Sumiyoshi, K et al, Complementary TN-LCD with wide-viewing-angle gray scale, J 2/1, 31-6.
- Liquid-crystal polymers
- Naciri, J et al, Ferroelectric liquid-crystalline polymers with fast electro-optic switching times, J 2/4, 175-80.
- Liquid crystals
- Bahadur, B et al, Liquid Crystals--Applications and Uses, J 2/1, 63-4.
- Naciri, J et al, Ferroelectric liquid-crystalline polymers with fast electro-optic switching times, J 2/4, 175-80.
- van Aerle, N, Tool to evaluate the LC-aligning properties of rubbed polymer orientation layers, J 2/1, 41-6.
- Liquid crystals, chemical-synthesis methods
- Naciri, J et al, Ferroelectric liquid-crystalline polymers with fast electro-optic switching times, J 2/4, 175-80.
- Liquid crystals, ferroelectric
- Mosley, A, Ferroelectric LCDs: The Way to the Marketplace, ID 10/2, 7-11.
- Naciri, J et al, Ferroelectric liquid-crystalline polymers with fast electro-optic switching times, J 2/4, 175-80.
- Luminance
- Howard, C et al, Color in natural landscapes, J 2/1, 47-55.
- Luminous efficacy
- Nicolas, C et al, Stereoscopic LCD video projector, J 2/4, 165-7.
- Modulation depth
- Peterdi, J, Measuring modulation depth in CRTs, J 2/1, 15-20.
- Moire
- Shiramatsu, N et al, Removing Moire Patterns from Shadow-Mask CRTs, ID 10/6, 12-6.
- Monitors
- Alexander, R, Where Are CRT Monitors Made?, ID 10/9, 9-13.
- Compton, K, Microprocessor Control for Monochrome CRT Monitors, ID 10/9, 14-6.
- Davis, J W, Fertilizing the Green Machine, ID 10/3, 8-11.
- Information Display, The Marks on the Back of the Box, ID 10/11, 23.
- Norris, B, The European Monitor Market Scene, ID 10/9, 17-21.
- Moving-picture quality
- Bitzakidis, S, Improvements in the moving-image quality of AMLCDs, J 2/3, 149-54.
- Multimedia
- Frenkel, M, Making the Image Dance, ID 10/4&5, 16-8.
- Natural landscapes
- Howard, C et al, Color in natural landscapes, J 2/1, 47-55.
- Nematic liquid crystals
- Myrvold, B O et al, Thickness of the surface layer in polymer-aligned liquid-crystal cells, J 2/3, 129-34.
- Night-vision simulation
- Howard, C et al, Color in natural landscapes, J 2/1, 47-55.
- Optical phase retardation
- van Aerle, N, Tool to evaluate the LC-aligning properties of rubbed polymer orientation layers, J 2/1, 41-6.
- Optics
- Fischer, R E, Optics for Head-Mounted Displays, ID 10/7&8, 12-6.
- Orientation
- van Aerle, N, Tool to evaluate the LC-aligning properties of rubbed polymer orientation layers, J 2/1, 41-6.
- Orientation layers
- van Aerle, N, Tool to evaluate the LC-aligning properties of rubbed polymer orientation layers, J 2/1, 41-6.
- Picture quality
- Bitzakidis, S, Improvements in the moving-image quality of AMLCDs, J 2/3, 149-54.
- Pilot training
- Crane, P, Evaluation of wide-field-of-view display systems for air-combat training, J 2/1, 59-61.
- Plane color tilings
- Samadani, R et al, Periodic plane tilings: Application to layout simulations for color flat-panel displays, J 2/2, 95-
- Plasma displays, ac
- Amano, Y, New hybrid ac-dc plasma display panel, J 2/1, 57-8.
- Plasma displays, dc
- Amano, Y, New hybrid ac-dc plasma display panel, J 2/1, 57-8.
- Polarization
- Nicolas, C et al, Stereoscopic LCD video projector, J 2/4, 165-7.
- Polymers
- Tanaka, K et al, Holographically formed LC/polymer device for reflective color, J 2/1, 37-40.
- Power management
- Davis, J W, Fertilizing the Green Machine, ID 10/3, 8-11.
- Pretilt angle
- Myrvold, B O et al, Thickness of the surface layer in polymer-aligned liquid-crystal cells, J 2/3, 129-34.
- van Aerle, N, Tool to evaluate the LC-aligning properties of rubbed polymer orientation layers, J 2/1, 41-6.
- Projection displays
- Crane, P, Evaluation of wide-field-of-view display systems for air-combat training, J 2/1, 59-61.
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- Projectors, crt
- Mentley, D E, Projection-Display Market Update, ID 10/3, 12-4.
- Projectors, LCD
- Mentley, D E, Projection-Display Market Update, ID 10/3, 12-4.
- Nicolas, C et al, Stereoscopic LCD video projector, J 2/4, 165-7.
- Projectors, lcd overhead
- Conner, A R, Active Matrix, Passive Matrix ... or Something in Between, ID 10/12, 16-9.
- Mentley, D E, Projection-Display Market Update, ID 10/3, 12-4.
- Projectors, light-valve
- Mentley, D E, Projection-Display Market Update, ID 10/3, 12-4.
- Reflectance, spectral
- Howard, C et al, Color in natural landscapes, J 2/1, 47-55.
- Reflective displays
- Tanaka, K et al, Holographically formed LC/polymer device for reflective color, J 2/1, 37-40.
- Resolution
- Peterdi, J, Measuring modulation depth in CRTs, J 2/1, 15-20.
- Resolution, display
- Fischer, R E, Optics for Head-Mounted Displays, ID 10/7&8, 12-6.
- Resolution, eye
- Fischer, R E, Optics for Head-Mounted Displays, ID 10/7&8, 12-6.
- Response time
- Bitzakidis, S, Improvements in the moving-image quality of AMLCDs, J 2/3, 149-54.
- Retardation films
- Yoshida, H et al, Direct-view PDLC with crossed Nicols and uniaxial film, J 2/3, 135-42.
- Retinal disparity
- Patterson, R et al, Depth perception in stereoscopic displays, J 2/2, 105-12.
- RGB codes
- Howard, C et al, Color in natural landscapes, J 2/1, 47-55.
- Rubbing
- van Aerle, N, Tool to evaluate the LC-aligning properties of rubbed polymer orientation layers, J 2/1, 41-6.
- Scene color
- Howard, C et al, Color in natural landscapes, J 2/1, 47-55.
- Simulation, liquid-crystal display
- Samadani, R et al, Periodic plane tilings: Application to layout simulations for color flat-panel displays, J 2/2, 95-
- Simulators
- Crane, P, Evaluation of wide-field-of-view display systems for air-combat training, J 2/1, 59-61.
- Standards
- Greeson, J C, Display Standards in Trouble, ID 10/12, 24-7.
- Information Display, The Marks on the Back of the Box, ID 10/11, 23.
- Stereopsis
- Patterson, R et al, Depth perception in stereoscopic displays, J 2/2, 105-12.
- Subtractive color
- Post, D L et al, A new color display for head-mounted use, J 2/4, 155-63.
- Surface alignment
- Myrvold, B O et al, Thickness of the surface layer in polymer-aligned liquid-crystal cells, J 2/3, 129-34.
- Surface layer
- Myrvold, B O et al, Thickness of the surface layer in polymer-aligned liquid-crystal cells, J 2/3, 129-34.
- TFTs, a-si
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- TFTs, poly-Si
- Wu, I-W, High-definition displays and technology trends in TFT-LCDs, J 2/1, 1-14.
- Trade shows
- Farrell, J E et al, SID '94, ID 10/3, 18-21.
- Norris, B, SMAU '93, ID 10/1, 23-6.
- Norris, B, Eurodisplay '93, ID 10/2, 24-6.
- Norris, B, CeBIT '94, ID 10/7&8, 17-20.
- Norris, B, Computex Taipei '94, ID 10/10, 18-20.
- Werner, K, The Way to San Jose, ID 10/9, 22-34.
- Tristimulus values
- Howard, C et al, Color in natural landscapes, J 2/1, 47-55.
- Video
- Frenkel, M, Making the Image Dance, ID 10/4&5, 16-8.
- Video telephones
- Pratap, M, AT&T Picasso Still-Image Phone, ID 10/4&5, 19-22.
- Viewing angle
- Hatoh, H et al, Viewing-angle characteristics of LCDs, J 2/1, 21-9.