FI (list display)

  • H04B10/00
  • Transmission systems employing electromagnetic waves other than radio-waves, e.g. infrared, visible or ultraviolet light, or employing corpuscular radiation, e.g. quantum communication [5, 2013.01] HB CC 5K102
  • H04B10/03
  • .Arrangements for fault recovery [2013.01] HB CC 5K102
  • H04B10/032
  • ..using working and protection systems [2013.01] HB CC 5K102
  • H04B10/035
  • ..using loopbacks [2013.01] HB CC 5K102
  • H04B10/038
  • ..using bypasses [2013.01] HB CC 5K102
  • H04B10/07
  • .Arrangements for monitoring or testing transmission systems; arrangements for fault measurement of transmission systems [2013.01] HB CC 5K102
  • H04B10/071
  • ..using a reflected signal, e.g. using optical time domain reflectometers [OTDR] [2013.01] HB CC 5K102
  • H04B10/073
  • ..using an out-of-service signal(H04B10/071 takes precedence) [2013.01] HB CC 5K102
  • H04B10/075
  • ..using an in-service signal(H04B10/071 takes precedence) [2013.01] HB CC 5K102
  • H04B10/077
  • ...using a supervisory or additional signal [2013.01] HB CC 5K102
  • H04B10/077,110
  • ....Fault locations of transmission paths HB CC 5K102
  • H04B10/077,150
  • ....monitoring the performance and measuring transportation parameters HB CC 5K102
  • H04B10/077,170
  • ....monitoring line amplifiers and line repeaters HB CC 5K102
  • H04B10/077,190
  • ....monitoring line transmitters and line repeaters HB CC 5K102
  • H04B10/079
  • ...using measurements of the data signal [2013.01] HB CC 5K102
  • H04B10/079,110
  • ....Fault locations of transmission paths HB CC 5K102
  • H04B10/079,150
  • ....Monitoring the performance and measuring transmission parameters HB CC 5K102
  • H04B10/079,170
  • ....monitoring line amplifiers and line repeaters HB CC 5K102
  • H04B10/079,190
  • ....monitoring line transmitters and line repeaters HB CC 5K102
  • H04B10/11
  • .Arrangements specific to free-space transmission, i.e. transmission through air or vacuum [2013.01] HB CC 5K102
  • H04B10/112
  • ..Line-of-sight transmission over an extended range [2013.01] HB CC 5K102
  • H04B10/114
  • ..Indoor or close-range type systems [2013.01] HB CC 5K102
  • H04B10/116
  • ...Visible light communication [2013.01] HB CC 5K102
  • H04B10/118
  • ..specially adapted for satellite communication [2013.01] HB CC 5K102
  • H04B10/25
  • .Arrangements specific to fibre transmission [2013.01] HB CC 5K102
  • H04B10/2507
  • ..for the reduction or elimination of distortion or dispersion [2013.01] HB CC 5K102
  • H04B10/2513
  • ...due to chromatic dispersion [2013.01] HB CC 5K102
  • H04B10/2513,170
  • ....using transmitter provided with pulse reshaping, e.g. prechirping or dispersion-supported transmission (DST) HB CC 5K102
  • H04B10/2519
  • ....using Bragg gratings [2013.01] HB CC 5K102
  • H04B10/2525
  • ....using dispersion-compensating fibres [2013.01] HB CC 5K102
  • H04B10/2525,130
  • .....Dispersion-management, i.e. using a combination of different kinds of fibers on transmission systems HB CC 5K102
  • H04B10/2531
  • ....using spectral inversion [2013.01] HB CC 5K102
  • H04B10/2537
  • ...due to scattering processes, e.g. Raman or Brillouin scattering [2013.01] HB CC 5K102
  • H04B10/2543
  • ...due to fibre non-linearity, e.g. Kerr effect [2013.01] HB CC 5K102
  • H04B10/255
  • ....Self-phase modulation [SPM] [2013.01] HB CC 5K102
  • H04B10/2557
  • ....Cross-phase modulation [XPM] [2013.01] HB CC 5K102
  • H04B10/2563
  • ....Four-wave mixing [FWM] [2013.01] HB CC 5K102
  • H04B10/2569
  • ...due to polarization mode dispersion [PMD] [2013.01] HB CC 5K102
  • H04B10/2575
  • ..Radio-over-fibre, e.g. radio frequency signal modulated onto an optical carrier [2013.01] HB CC 5K102
  • H04B10/2575,110
  • ...Optical arrangements for cable television or image distribution HB CC 5K102
  • H04B10/2575,120
  • ...Optical arrangements for wireless network HB CC 5K102
  • H04B10/2581
  • ..Multimode transmission [2013.01] HB CC 5K102
  • H04B10/2587
  • ..using a single light source for multiple stations [2013.01] HB CC 5K102
  • H04B10/27
  • .Arrangements for networking [2013.01] HB CC 5K102
  • H04B10/272
  • ..Star-type networks [2013.01] HB CC 5K102
  • H04B10/275
  • ..Ring-type networks [2013.01] HB CC 5K102
  • H04B10/278
  • ..Bus-type networks [2013.01] HB CC 5K102
  • H04B10/29
  • .Relay stations [2013.01] HB CC 5K102
  • H04B10/291
  • ..in which processing or amplification is carried out without conversion of the main signal from optical form [2013.01] HB CC 5K102
  • H04B10/293
  • ...Signal power control [2013.01] HB CC 5K102
  • H04B10/294
  • ....in a multiwavelength system, e.g. gain equalization [2013.01] HB CC 5K102
  • H04B10/296
  • .....Transient power control, e.g. due to channel add/drop or rapid fluctuations in the input power[2013.01] HB CC 5K102
  • H04B10/297
  • ...Bidirectional amplification [2013.01] HB CC 5K102
  • H04B10/299
  • ...Signal waveform processing, e.g. reshaping or retiming [2013.01] HB CC 5K102
  • H04B10/40
  • .Transceivers [2013.01] HB CC 5K102
  • H04B10/43
  • ..using a single component as both light source and receiver, e.g. using a photoemitter as a photoreceiver [2013.01] HB CC 5K102
  • H04B10/50
  • .Transmitters [2013.01] HB CC 5K102
  • H04B10/508
  • ..Pulse generation, e.g. generation of solitons [2013.01] HB CC 5K102
  • H04B10/516
  • ..Details of coding or modulation [2013.01] HB CC 5K102
  • H04B10/524
  • ...Pulse modulation [2013.01] HB CC 5K102
  • H04B10/532
  • ...Polarization modulation [2013.01] HB CC 5K102
  • H04B10/54
  • ...Intensity modulation [2013.01] HB CC 5K102
  • H04B10/548
  • ...Phase or frequency modulation [2013.01] HB CC 5K102
  • H04B10/556
  • ....Digital modulation, e.g. differential phase shift keying [DPSK] or frequency shift keying [FSK] [2013.01] HB CC 5K102
  • H04B10/564
  • ..Power control [2013.01] HB CC 5K102
  • H04B10/572
  • ..Wavelength control [2013.01] HB CC 5K102
  • H04B10/58
  • ..Compensation for non-linear transmitter output [2013.01] HB CC 5K102
  • H04B10/588
  • ...in external modulation systems [2013.01] HB CC 5K102
  • H04B10/60
  • .Receivers [2013.01] HB CC 5K102
  • H04B10/61
  • ..Coherent receivers [2013.01] HB CC 5K102
  • H04B10/63
  • ...Homodyne [2013.01] HB CC 5K102
  • H04B10/64
  • ...Heterodyne [2013.01] HB CC 5K102
  • H04B10/66
  • ..Non-coherent receivers, e.g. using direct detection [2013.01] HB CC 5K102
  • H04B10/67
  • ...Optical arrangements in the receiver [2013.01] HB CC 5K102
  • H04B10/69
  • ...Electrical arrangements in the receiver [2013.01] HB CC 5K102
  • H04B10/69,110
  • ....Arrangements for optimizing a light detector of the receiver HB CC 5K102
  • H04B10/69,130
  • ....Arrangements for optimizing a light detector of the receiver HB CC 5K102
  • H04B10/69,150
  • ....Arrangements for optimizing identification elements of the receiver, e.g. using automatic control for threshold HB CC 5K102
  • H04B10/69,170
  • ....Arrangements for reducing noise and distortion HB CC 5K102
  • H04B10/70
  • .Photonic quantum communication [2013.01] HB CC 5K102
  • H04B10/80
  • .Optical aspects relating to the use of optical transmission for specific applications, not provided for in groups H04B10/03 to H04B10/70 , e.g. optical power feeding or optical transmission through water [2013.01] HB CC 5K102
  • H04B10/80,160
  • ..Arrangements for power supply HB CC 5K102
  • H04B10/85
  • ..Protection from unauthorized access, e.g. eavesdrop protection [2013.01] HB CC 5K102
  • H04B10/90
  • .Non-optical transmission systems, e.g. transmission systems employing non-photonic corpuscular radiation [2013.01] HB CC 5K102
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