Japanese Sitemap Toppage Publications >> NHK Laboratories Note | 2005-2000 | 1999 | 1998 | 1997 | 1996 | 1995 |   1999 No.461 (Oct.) STUDY OF A MEASUREMENT METHOD OF ZOOMING BY A CAMERAMAN Multimedia Services Research Division No.460 (July.) OBJECT-BASED CODING FOR FUTURE BROADCASTING Advanced Audio and Video Coding Research Division No.459 (Jun.) A PRECISE VTR TRACKING METHOD USING BURIED PILOT SIGNALS Recording Technology and Mechanical Engineering No.458 (May.) Magneto-optical properties of garnet multi-layered film for wavelength multiplex recording media prepared by pulsed laser deposition Recording Technology and Mechanical Engineering No.457 (Apr.) EVALUATION OF MOTION-PICTURE QUALITY ON 42-IN.PDP Display and Optical Devices Research Division No.456 (Feb.) A SYSTEM FOR MEASURING THE DIRECTIONAL PARAMETERS OF ROOM ACOUSTICS.Three Dimensional Audio-Visual System Research Division  1998 No.455 (Nov.) READ/WRITE CHARACTERISTICS OF Co-Cr-Ta/Ni-Fe DOUBLE-LAYER TAPE FOR DIGITAL VIDEO RECORDING Recording Technology and Mechanical engineering No.454 (Sep.) SIMULATION OF RECORDING PROCESS OF PERPENDICULAR THIN FILM MEDIA WITH AN INITIAL LAYER IN ULTRA-HIGH RECORDING DENSITY Recording Technology and Mechanical Engineering No.453 (May.) MULTIMODAL SPEECH RECOGNITION Human Science Research Division No.452 (Apr.) RELIABILITY INDEX OF MOTION ESTIMATION BASED ON EIGENVALUE ALGORITHM Advanced Audio and Video Coding Research Division No.451 (Feb.) REAL-TIME PICKUP METHOD FOR THREE-DIMENSIONAL IMAGE BASED ON INTEGRAL PHOTOGRAPHY Three Dimensional Audio-Visual Systems Research Division No.450 (Jan.) REDUCTION OF MOTION JUDDER ON CONVERTED IMAGES BY TELECINE AT THE TV STATION Advanced Audio and Video Coding Research Division  1997 No.449 (Dec.) ULTRAHIGH-SENSITIVITY CAMERA WITH NEW SUPER-HARP TUBE Advanced Imaging Devices Research Division No.448 (Nov.) TERRESTRIAL ISDB SYSTEM USING BAND SEGMENTED TRANSMISSION SCHEME Digital Broadcasting Networks No.447 (Oct.) VIRTUAL STUDIO SYSTEM FOR TV PROGRAM PRODUCTION Multimedia Services Research Division No.446 (May.) ALGORITHM AND ARCHITECTURE FOR A HIGH-SPEED MAJORITY LOGIC DECODER LSI Image Devices Research Division No.445 (Apr.) A COMBINATORIAL CONSIDERATION ON THE PERFECT RECOVERY RATE OF MAJORITY-LOGIC-DECODABLE CODES Image Devices Research Division  1996 No.444 (Nov.) VISUAL MONITORING OF MULTICHANNEL STEREO SIGNALS Auditory Science & Acoustics Research Division No.443 (Sep.) THREE DIMENSIONAL ANALYSIS OF THE MAGNETIZATION PROCESS OF THIN FILM MEDIA FOR PERPENDICULAR MAGNETIC RECORDING Recording and Mechanical Engineering Research Division No.442 (Jun.) REAL-TIME LOCUS INDICATION SYSTEM FOR A FLYING GOLF BALL Program Production Technology Research Division and Recording and Mechanical Engineering Research Division No.441 (Apr.) HIGHLY REALISTIC AUTOSTEREOSCOPIC 3D HDTV DISPLAY SYSTEM Human Vision Research Division and Auditory Science and Acoustics Research Division and Broadcast Engineering Department of NHK No.440 (Feb.) DESIGN AND EXPERIMENTAL EVALUATION OF A NEW VTR HEAD SCANNING METHOD (LINEAR SCANNING METHOD) Recording and Mechanical Engineering Research Division  1995 No.439 (Nov.) A 40-inch Hi-Vision DC Plasma Display Image Devices Research Division No.438 (Oct.) LONG-LIFE COLOR DC-PDP WITH TRANSPARENT CATHODE Image Devices Research Division No.437 (Sep.) ADAPTIVELY WEIGHTED CODE DIVISION MULTIPLEXING FOR HIERARCHICAL DIGITAL BROADCASTING Lightwave and Radio Engineering Research Division No.436 (May.) PORTABLE DIGITAL SATELLITE NEWS GATHERING (SNG) RF TERMINAL USING A FLAT ANTENNA Lightwave and Radio Engineering Research Division No.435 (Apr.) TRANSLATION WORKBENCH FOR GENERATING SUBTITLES FOR ENGLISH TV NEWS Program Production Technology Research Division No.434 (Mar.) REAL TIME SPEECH RATE CONVERSION SYSTEM FOR ELDERLY LISTENERS Auditory Science & Acoustics Research Division No.433 (Feb.) NEW OPTICS OF A ROTATING HEAD FOR AN OPTICAL TAPE RECORDING SYSTEM Advanced Materials and Devices Research Division No.432 (Jan.) AMPLIFIED MOS IMAGER Image Devices Research Division and Program Production Technology Reseach Division

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