Publisher:Ohmsha,Ltd.

Global Environment Remote Sensing (published)
	Ken'ichi Okamoto ed Contents   Chapter1 Overview of Remote Sensing   Chapter2 Basics of Remote Sensing   Chapter3 Remote Sensors   Chapter4 Remote Sensing in the Troposphere and the Stratosphere   Chapter5 Remote Sensing of the Mesosphere and Thermosphere   Chapter6 Remote Sensing of the Ground and Sea Surface   Chapter7 Remote Sensing in the Cryosphere
Science Of Space Environment (published)
	Tadanori Ondoh and Katsuhide Marubashi eds. Contents   Chapter1 Overview of the Science of the Space Environment   Chapter2 The Sun and the Solar Wind   Chapter3 The Ionosphere   Chapter4 Ionospheric Radio Propagations   Chapter5 The Magnetosphere   Chapter6 The Magnetospheric Particle Environment   Chapter7 The Space Radiation Environment and the Space Weather Information   Chapter8 The Geospace Radio Environment
Modern Millimeter-WaveTechnologies (published)
	Tasuku Teshirogi and Tsukasa Yoneyama eds. Contents   Chapter1 Overview   Chapter2 Transmission of Millimeter-Waves   Chapter3 Millimeter-Wave Passive Circuit Components   Chapter4 Radiation of Millimeter-Waves   Chapter5 Millimeter-Wave Propagation   Chapter6 Solid-State Millimeter-Wave Devices   Chapter7 Millimeter-Wave Integrated Circuit Technology   Chapter8 Interaction between Light-and Millimeter-Waves   Chapter9 Millimeter-Wave Application Systems
Digital Broadcasting(published)
	Tadashi Shiomi and Mitsutoshi Hatori eds. Contents   Chapter1 Broadcast Systems Overview   Chapter2 The Fundamentals of Broadcasting Techniques   Chapter3 Digital Modulation and Error Correcting Codes   Chapter4 Terrestrial Broadcasts   Chapter5 Satellite Broadcast Television   Chapter6 CATV(Cable Television)   Chapter7 Future Trends in Broadcasting Services
Mobile Communications(published)
	Hideichi Sasaoka ed. Contents   Chapter1 Introduction   Chapter2 Radio Wave Propagation in Land Mobile Communications Systems   Chapter3 Digital Modulation and Demodulation   Chapter4 Techniques for Improving Spectrum Efficiency   Chapter5 High Spectrum Efficiency Modulation Systems   Chapter6 Zone Configuration and Channel Assignment Techniques   Chapter7 Code-Division Multiple Access Techniques   Chapter8 Improving Transmission Quality   Chapter9 Diversity Reception Techniques   Chapter10 Error Control Techniques   Chapter11 Adaptive Equalization Techniques   Chapter12 Adaptive Array Techniques
Very Long Baseline Interferometer (published)
	Fujinobu Takahashi, Tetsuro Kondo, Yukio Takahashi, Yasuhiro Koyama Contents   Chapter1 Introduction   Chapter2 Basic Concepts : A Quick Tour of VLBI   Chapter3 Data Processing Techniques   Chapter4 Data Analysis   Chapter5 Geodetic VLBI Experiments   Chapter6 Application of VLBI techniques   Chapter7 In Conclusion This advanced textbook focuses on VLBI technology. VLBI uses interferometers as a technique for studying space form a space geodesy standpoint. It covers the developmental history right up to data analysis, processing technologies, and potential application areas.
Satellite Communications (published) System and its Design Technology
	Takashi Iida ed. Contents   Chapter1 Introduction   Chapter2 Satellite Orbits and Attitude   Chapter3 Satellite Communications Links   Chapter4 Communications Systems Hardware   Chapter5 Communications Satellite Development   Chapter6 Satellite Communications and Radio Wave Propagation   Chapter7 System Design and Multiple Access   Chapter8 Digital Modulation and Demodulation Technology   Chapter9 Error Control and Coding Technology   Chapter10 Technology Topics in Satellite Communications
This book describes the fundamental technologies required to obtain a comprehensive understanding of satellite communications systems, and targets both undergraduate and graduate students who will take on the task of further developing these technologies in the 21st century. It is based on the experience of leading researchers at the Communications Research Laboratory, who have been researching and developing satellite communications technology as part of Japan's national space development effort. The following objectives were established in the preparation of this book. (1) Provide a detailed description of satellite orbits to deepen understudying of satellite communications systems using as examples not only geostationary s atellites but also low-earth-orbit (LEO) satellites, which have been receiving particular attention in recent years. (2) Focus on digital satellite communications systems considering the future direction of satellite communications. (3) Provide detailed technical descriptions by specialists who have been in charge of satellite communications experiments using concise and straightforward language to make it easy for the reader to follow the line of reasoning.

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