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One way of outlining the subject of ''radio science'' is listing the topics associated with it by authoritative bodies. ==URSI== The International Union of Radio Science has several commissions corresponding to the following topics of interest:〔()〕 * Commission A - Electromagnetic Metrology * * Antennas * * Atomic-based mechatronics * * Bioeffects and medical applications * * EMC and EM metrology * * High-frequency and millimeter wireless metrology * * Impulse radar * * Interconnect and packaging * * Materials * * Measurements and calibration in propagation * * Microwave to submillimeter measurements/standards * * Noise * * Quantum metrology and fundamental concepts * * Space plasma characterization * * Techniques for remote sensing * * Test facilities * * THz metrology * * Time and frequency * * Time-domain metrology * Commission B - Fields and Waves * * Antenna arrays * * Antennas: recent advances and future outlook * * Antenna theory * * design and measurements * * Cognitive radio * * Complex media (bandgap structures * * biological and geophysical media * * metamaterials * * and others) * * Educational methods and tools * * Electromagnetic interaction and coupling * * Guided waves and waveguiding structures * * High-frequency techniques * * Imaging * * inverse scattering and remote sensing * * Mathematical modeling of electromagnetic problems * * Microstrip antennas and printed devices * * Multiphysics electromagnetics * * Nanoscale electromagnetics * * Nonlinear electromagnetics * * Numerical methods (differential-and integral-equation based * * hybrid and other techniques) * * Optical phenomena * * Optimization techniques in electromagnetics * * Propagation phenomena and effects * * Rough surfaces and random media * * Scattering and diffraction * * Theoretical electromagnetics * * THz antennas and propagation * * Transient fields effects and systems * * Ultra-wideband electromagnetics * * Wireless communications * Commission C - Radiocommunication Systems and Signal Processing * * Cognitive radio and software defined radio * * Distributed sensor networks and sensors array processing * * Energy-efficient ("green") communications * * Information theory, coding, modulation and detection * * MIMO and MISO systems * * Novel radio communication systems * * Physics-based signal processing * * Radar target detection, localization, and tracking * * Radio localization and positioning * * Signal and image processing * * Spectrum and medium utilization * * Statistical signal processing of waves in random media * * Synthetic aperture and space-time processing * * Wireless networking * Commission D - Electronics and Photonics * * Broadband ubiquitous network * * Energy harvesting in wireless systems * * Fiber lasers and solid state lasers * * Graphene nanoelectronics applications * * Multi-physics modeling in radio frequency nanoelectronics * * Optical sensors and biosensors * * Plasmonics * * RF MEMS and NEMS * * Signal processing antennas * * 60 GHz electronics * * Trends in RFID for identification and sensing * * Trends in THz communications * Commission E - Electromagnetic Environment and Interference * * Communication in the presence of noise * * Crosstalk * * Electromagnetic compatibility education * * Electromagnetic compatibility measurements and standards * * Electromagnetic noise of natural origin * * Electromagnetic radiation hazards * * High-power effects of transients on electronic systems * * Spectrum management and utilization * Commission F - Wave Propagation and Remote Sensing * * Propagation measurements/models for fixed and mobile links * * Measurements of fixed and mobile channels * * Propagation models * * Multipath mitigation * * Fixed terrestrial links: measurements and design strategies * * Surface/atmosphere interaction * * Dispersion/delay * * Effects of natural/man-made structures * * Outdoor to indoor propagation * * Multi link MIMO channels * * UWB channel characteristics,Small cell propagation * * Remote sensing of the Earth/planets by radio waves * * Passive sensing at millimeter wavelengths * * Interferometry and SAR * * Sensing of snow in open and forested environments * * Remote sensing of precipitation * * Atmospheric sensing * * Sensing of soil moisture and biomass * * Ocean and ice sensing * * Urban environments * * Radio Frequency Interference (RFI) * * Underground imaging * * Propagation and remote sensing in complex and random media * Commission G - Ionospheric Radio and Propagation * * Ionospheric imaging * * Ionospheric morphology * * Ionospheric modeling and data assimilation * * Radar and radio techniques for ionospheric diagnostics * * Space weather - radio effects * * Transionospheric radio propagation and systems effects * Commission H - Waves in Plasma * * Chaos and turbulence in plasma * * Plasma instabilities and wave propagation * * Spacecraft-plasma interactions * * Solar/planetary plasma interactions * * Wave-wave and wave-particle interactions * * Waves in laboratory plasmas * Commission J - Radio Astronomy * * Detection of short-duration transients * * Developments in array technology for radio astronomy * * New telescopes, techniques, and observations * * Radio frequency interference mitigation and spectrum usage * * SKA * * Timely technical tutorials * Commission K - Electromagnetics in Biology and Medicine * * Biological effects * * Dosimetry and exposure assessment * * Electromagnetic imaging and sensing applications * * Human body interactions with antennas and other electromagnetic devices * * Therapeutic, rehabilitative, and other biomedical applications 抄文引用元・出典: フリー百科事典『 ウィキペディア（Wikipedia）』 ■ウィキペディアで「Outline of radio science」の詳細全文を読む スポンサード リンク
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