Lines |
Triple Play Service using PON |
B-1 |
Long Distance Telephone Network with Duplex Loaded Cables and Loading Coils |
B-2 |
Long Distance Transmission with Unloaded Cables |
B-3 |
Mass Opening of Telephone Networks using PEF-P and CCP Cables in Cities |
B-4 |
Switching |
Crossbar Switching Systems |
B-5 |
Electronic Switching Systems |
B-6 |
Digital Switching Systems |
B-7 |
Communication Network Design Theory |
B-8 |
Integrated Nodes |
B-9 |
Modeling and Performance Evaluation of Computer Networks |
B-10 |
Ultra-high-speed Packet Network and Network Control Technology |
B-11 |
Automatic Switching Systems |
B-12 |
Automatic Switching Systems |
B-13 |
Transmission |
Multiple Telegraph Systems by Polyphase Displacement Method |
B-14 |
Coaxial FDM Transmission Systems |
B-15 |
Coaxial PCM Communication Systems |
B-16 |
Single Mode Optical Transmission Systems |
B-17 |
Digital Coherent Optical Transmission Systems |
B-18 |
Terabit WDM Optical Amplification Relay Transmission System |
B-19 |
Transmission System using New Synchronous Interface |
B-20 |
Optical Frequency Division Multiplexing (Optical FDM) |
B-21 |
Photonic Transport Network |
B-22 |
10 Terabit-class OTN Basic Technology |
B-23 |
Ultra-high-speed OTDM Technology |
B-24 |
Optical Soliton Transmission Technology |
B-25 |
Optical CDMA Networks |
B-26 |
Photo Telegraph Transmitters |
B-27 |
Kurosawa Typewriter: Domestic Japanese-language Printing Telegraph |
B-28 |
Telex Service Started: Subscriber Telegraph Equipment |
B-29 |
Elastic Optical Network Technology |
B-30 |
Wireless |
Space Communication Technology |
B-31 |
Telemeters for Observation Rockets |
B-32 |
Quasi-millimeter Wave Satellite Communication Technology |
B-33 |
20GHz Band Digital Wireless Relay Systems |
B-34 |
Low Power Microwave Communication Systems |
B-35 |
Fundamental Study of Digital Modulation |
B-36 |
Phased Array Antenna |
B-37 |
Car Phone Systems |
B-38 |
High Sensitivity Radio Telescope Technology |
B-39 |
Fundamental Research on Millimeter-wave Technology |
B-40 |
Antennas for International Satellite Communications |
B-41 |
Antennas and Electromagnetic Radiation in Plasma in Nuclear Fusion |
B-42 |
Fundamental Research in the Early Days of Digital Mobile Communications |
B-43 |
Digital Mobile Radio for Police |
B-44 |
Mobile Satellite Communication Systems |
B-45 |
Advanced Technology for Antennas |
B-46 |
2nd Generation Digital Mobile Communication Systems |
B-47 |
Personal Handy-phone Systems |
B-48 |
SS/TDMA Satellite Communication Systems |
B-49 |
Broadband Wireless LAN Technology |
B-50 |
Mobile FM Multiplex Broadcasting |
B-51 |
Spread Spectrum Communication Technology |
B-52 |
Advancement of Digital Mobile Radio Technology |
B-53 |
Third Generation Digital Mobile Communications (IMT2000:International Mobile Telecommunication 2000) |
B-54 |
Fourth Generation Digital Mobile Communications (LTE: Long Term Evolution) |
B-55 |
Microwave Wireless Relay Systems |
B-56 |
Pager Technology: First Mass Wireless Service |
B-57 |
Yagi-Uda Antenna |
B-58 |
Self-complementary Antenna |
B-59 |
TYK Wireless Telephone |
B-60 |
Mt. Fuji Radar |
B-61 |
MU radar |
B-62 |
Communication Infrastructure for Multi-purpose Use of Short Range Communication (DSRC) |
B-63 |
Yosami Radio Transmitting Station |
B-64 |
Advanced Antenna Design Methods |
B-65 |
IrDA Standardization |
B-66 |
Successful Wireless Photo Transmission between Germany and Japan at the Berlin Olympics, Establishment of Ultra-high Frequency Multiplex Line in Hachijojima, Tokyo (Mt. Fuji Relay) |
B-67 |
Phase Modulation Method for Confidential Communication |
B-68 |
Study of Ionosphere in Radio Wave Propagation |
B-69 |
Ultrasonic Vibration Device |
B-70 |
Wireless Multiplex Telephone System using Ultrashort Wave |
B-71 |
Information Processing |
Data Communication System of Regional Banks Association of Japan |
B-72 |
Data Communication System of World Expo |
B-73 |
Scientific Computation Data Communication System "DEMOS" |
B-74 |
International Telex Electronic Exchange System |
B-75 |
Electronic Number Guidance Method |
B-76 |
OSI Communication System |
B-77 |
Intelligent Information Communication System Design Method |
B-78 |
International Internet Connection, Construction of Japan's First Portal Site |
B-79 |
Line Spectrum Pair (LSP) Method for High Compression Rate Voice Coding |
B-80 |
Broadcasting |
Advanced Technology of Broadcasting System |
B-81 |
Television Multiplex Broadcasting System |
B-82 |
Ghost Prevention Technology |
B-83 |
Television Synchronous Broadcasting System |
B-84 |
Satellite Digital Broadcasting |
B-85 |
Digital Terrestrial Broadcasting |
B-86 |
Next-generation IPTV Technology |
B-87 |
Pioneer of TV Technology |
B-88 |
Coding Technology and Transmission Equipment of Digital Video |
B-89 |
Broadcasting and Communication Cooperation System using HTML5 “Hybridcast” |
B-90 |
Direct Satellite Broadcasting Technology |
B-91 |
Color TV Signal High Efficiency Digital Transmission Technology |
B-92 |
Live-action based Virtual Studios |
B-93 |
Advanced Technology |
Electromagnetic Compatibility (EMC) Technology |
B-94 |
Premises |
Desk Phones |
B-95 |
Facsimiles |
B-96 |
Communication Standard Equipment |
B-97 |
Magnetic Card-type Public Telephones |
B-98 |