If you wish to contribute or participate in the discussions about articles you are invited to contact the Editor

Oldest pages

Jump to navigation Jump to search

Showing below up to 250 results in range #1 to #250.

View (previous 250 | ) (20 | 50 | 100 | 250 | 500)

  1. Aircraft-Based Augmentation System‏‎ (13:34, 17 February 2011)
  2. Ground-Based Augmentation System‏‎ (13:48, 17 February 2011)
  3. Minimum Operational Performance Specification‏‎ (14:05, 22 February 2011)
  4. Minimum Aviation System Performance Standards‏‎ (14:09, 22 February 2011)
  5. LogoTest‏‎ (09:43, 11 October 2011)
  6. Systems‏‎ (14:07, 1 November 2011)
  7. AltBOC Modulation‏‎ (09:05, 25 November 2011)
  8. Binary Coded Symbols (BCS)‏‎ (09:06, 25 November 2011)
  9. Binary Offset Carrier (BOC)‏‎ (09:06, 25 November 2011)
  10. Binary Phase Shift Keying Modulation (BPSK)‏‎ (09:06, 25 November 2011)
  11. Coherent Adaptive Sub-Carrier Modulation (CASM) and Interplex‏‎ (09:08, 25 November 2011)
  12. Composite BOC (CBOC)‏‎ (09:08, 25 November 2011)
  13. Cramér Rao Lower Bound‏‎ (09:08, 25 November 2011)
  14. Equivalent Carrier to Noise Ratio in presence of RF interference‏‎ (09:09, 25 November 2011)
  15. GNSS Interference Model‏‎ (09:10, 25 November 2011)
  16. GNSS Modulation Schemes‏‎ (09:10, 25 November 2011)
  17. Gaussian Minimum Shift Keying (GMSK)‏‎ (09:11, 25 November 2011)
  18. Generic BCS Signals‏‎ (09:11, 25 November 2011)
  19. Hard Limiting‏‎ (09:12, 25 November 2011)
  20. Intervoting (Interplex plus Majority Voting)‏‎ (09:12, 25 November 2011)
  21. Linear Modulation (Spatial Combining)‏‎ (09:13, 25 November 2011)
  22. Majority Signal Voting‏‎ (09:14, 25 November 2011)
  23. Minimum Shift Keying (MSK)‏‎ (09:14, 25 November 2011)
  24. Power Spectral Density of Cosine-phased BOC signals‏‎ (09:15, 25 November 2011)
  25. Power Spectral Density of Sine-phased BOC signals‏‎ (09:15, 25 November 2011)
  26. Power Spectral Density of the AltBOC Modulation‏‎ (09:16, 25 November 2011)
  27. Power Spectral Density of the CBCS Modulation‏‎ (09:16, 25 November 2011)
  28. Quadrature Product Sub-carrier Modulation‏‎ (09:17, 25 November 2011)
  29. Sinusoidal Binary Offset Carrier (SOC) Signals‏‎ (09:18, 25 November 2011)
  30. Sinusoidal Multilevel Coded Symbol (SMCS) Signals‏‎ (09:19, 25 November 2011)
  31. Spectral Separation Coefficient (SSC)‏‎ (09:19, 25 November 2011)
  32. Square-Root Raised Cosine Signals (SRRC)‏‎ (09:19, 25 November 2011)
  33. Time-Multiplexed BOC (TMBOC)‏‎ (09:20, 25 November 2011)
  34. Autocorrelation & Power Spectral Density‏‎ (08:18, 23 January 2012)
  35. Antisymmetric Sequences‏‎ (08:19, 23 January 2012)
  36. Transmission Control Protocol/Internet Protocol‏‎ (11:22, 21 February 2012)
  37. GLONASS Navigation Message‏‎ (10:15, 23 February 2012)
  38. GLONASS Satellite Coordinates Computation‏‎ (10:16, 23 February 2012)
  39. Receiver noise‏‎ (10:35, 23 February 2012)
  40. Atmospheric Effects Modelling‏‎ (11:19, 23 February 2012)
  41. Best Linear Unbiased Minimum-Variance Estimator (BLUE)‏‎ (11:20, 23 February 2012)
  42. Block-Wise Weighted Least Square‏‎ (11:20, 23 February 2012)
  43. CEP to ITRF‏‎ (11:25, 23 February 2012)
  44. Carrier Phase Cycle-Slip Detection‏‎ (11:25, 23 February 2012)
  45. Carrier phase ambiguity fixing with three frequencies‏‎ (11:25, 23 February 2012)
  46. Carrier-smoothing of code pseudoranges‏‎ (11:25, 23 February 2012)
  47. Celestial Ephemeris Pole‏‎ (11:25, 23 February 2012)
  48. Code and Carrier Based Positioning (PPP)‏‎ (11:25, 23 February 2012)
  49. Code-Carrier Divergence Effect‏‎ (11:26, 23 February 2012)
  50. Combination of GNSS Measurements‏‎ (11:26, 23 February 2012)
  51. Computation of GNSS Satellite Coordinates‏‎ (11:26, 23 February 2012)
  52. Conventional Celestial Reference System‏‎ (11:26, 23 February 2012)
  53. Conventional Terrestrial Reference System‏‎ (11:26, 23 February 2012)
  54. Coordinate Systems‏‎ (11:26, 23 February 2012)
  55. Cycle-Slips Detection with three-frequency signals‏‎ (11:26, 23 February 2012)
  56. Earth Revolution Time‏‎ (11:28, 23 February 2012)
  57. Earth Rotation Time‏‎ (11:28, 23 February 2012)
  58. Emission Time Computation‏‎ (11:28, 23 February 2012)
  59. Examples of multi-frequency Cycle-Slip Detectors‏‎ (11:28, 23 February 2012)
  60. GNSS Measurement features and noise‏‎ (11:33, 23 February 2012)
  61. ICRF to CEP‏‎ (11:33, 23 February 2012)
  62. Instrumental Delay‏‎ (11:33, 23 February 2012)
  63. Ionosphere-free Combination for Dual Frequency Receivers‏‎ (11:33, 23 February 2012)
  64. Klobuchar Ionospheric Model‏‎ (11:34, 23 February 2012)
  65. Matrix Definitions Phi and Q‏‎ (11:34, 23 February 2012)
  66. Multipath‏‎ (11:34, 23 February 2012)
  67. Phase & Group Velocity‏‎ (11:35, 23 February 2012)
  68. Linear observation model for PPP‏‎ (11:35, 23 February 2012)
  69. Mapping of Niell‏‎ (11:35, 23 February 2012)
  70. Regional Datums and Map Projections‏‎ (11:41, 23 February 2012)
  71. Sidereal Time‏‎ (11:41, 23 February 2012)
  72. Solar Time‏‎ (11:41, 23 February 2012)
  73. Solid Tides‏‎ (11:41, 23 February 2012)
  74. Solving navigation equations‏‎ (11:41, 23 February 2012)
  75. Time Systems‏‎ (11:41, 23 February 2012)
  76. Transformation between Terrestrial Frames‏‎ (11:41, 23 February 2012)
  77. Transforming Celestial to Terrestrial Frames‏‎ (11:42, 23 February 2012)
  78. Two-body Problem‏‎ (11:42, 23 February 2012)
  79. Anti-Spoofing‏‎ (12:49, 18 March 2012)
  80. Microwave Amplification by Stimulated Emission of Radiation‏‎ (12:55, 18 March 2012)
  81. GPS Time and Frequency Transfer Techniques‏‎ (09:46, 21 June 2012)
  82. Tropospheric Delay‏‎ (09:51, 13 January 2013)
  83. Receiver Antenna Phase Centre‏‎ (10:02, 13 January 2013)
  84. Earth Deformation Effect‏‎ (10:13, 13 January 2013)
  85. Solar and Sidereal Times relationship‏‎ (10:31, 13 January 2013)
  86. Osculating Elements‏‎ (10:34, 13 January 2013)
  87. Geometric Range Modelling‏‎ (11:41, 13 January 2013)
  88. Satellite Coordinates‏‎ (11:43, 13 January 2013)
  89. Satellite Coordinates Computation‏‎ (11:53, 13 January 2013)
  90. Detector based in code and carrier phase data: The Melbourne-Wübbena combination‏‎ (12:08, 13 January 2013)
  91. GNSS Measurements Modelling‏‎ (09:33, 17 January 2013)
  92. Cartesian and ellipsoidal coordinates‏‎ (11:53, 3 February 2013)
  93. Ellipsoidal and Cartesian Coordinates Conversion‏‎ (11:56, 3 February 2013)
  94. Examples of single frequency Cycle-Slip Detectors‏‎ (08:03, 22 March 2013)
  95. Pole Tide‏‎ (07:33, 5 April 2013)
  96. Carrier phase ambiguity fixing with two frequencies‏‎ (07:37, 5 April 2013)
  97. Code Based Positioning (SPS)‏‎ (07:39, 5 April 2013)
  98. Atmospheric Refraction‏‎ (11:02, 15 July 2013)
  99. Outdoor Navigation‏‎ (15:41, 24 July 2013)
  100. Positioning Error‏‎ (12:43, 16 August 2013)
  101. GBAS (disambiguation)‏‎ (15:23, 2 December 2013)
  102. Reference Systems and Frames‏‎ (16:26, 10 January 2014)
  103. Transformation between Celestial and Terrestrial Frames‏‎ (16:31, 10 January 2014)
  104. GNSS‏‎ (18:11, 28 January 2014)
  105. User Guide‏‎ (08:03, 5 February 2014)
  106. Photography Geocoding‏‎ (17:08, 16 May 2014)
  107. Social Networking‏‎ (17:45, 16 May 2014)
  108. Personal Applications‏‎ (17:46, 16 May 2014)
  109. GNSS:Multimedia‏‎ (09:12, 23 May 2014)
  110. User Guides‏‎ (17:41, 26 May 2014)
  111. Signal Multiplex Techniques for GNSS‏‎ (17:54, 26 May 2014)
  112. FDMA vs. CDMA‏‎ (17:54, 26 May 2014)
  113. GNSS signal‏‎ (10:14, 30 May 2014)
  114. Carrier Phase Wind-up Effect‏‎ (08:03, 1 June 2014)
  115. Bancroft Method‏‎ (11:12, 7 July 2014)
  116. Detector based in carrier phase data: The geometry-free combination‏‎ (07:22, 8 July 2014)
  117. Electromagnetic Beam Bending‏‎ (17:00, 8 September 2014)
  118. Satellite Antenna Phase Centre‏‎ (17:06, 8 September 2014)
  119. MBOC Modulation‏‎ (17:37, 8 September 2014)
  120. Criticality of GNSS Applications‏‎ (15:17, 18 September 2014)
  121. StarFire‏‎ (15:24, 18 September 2014)
  122. Tourist Information‏‎ (16:16, 18 September 2014)
  123. Location based Information Streams‏‎ (16:16, 18 September 2014)
  124. Aerial Survey‏‎ (16:24, 18 September 2014)
  125. Rail Applications‏‎ (16:25, 18 September 2014)
  126. Autonomous Driving‏‎ (16:28, 18 September 2014)
  127. Satellite Realtime Navigation‏‎ (16:28, 18 September 2014)
  128. Precise Orbit Determination‏‎ (16:29, 18 September 2014)
  129. Personal Products‏‎ (16:30, 18 September 2014)
  130. Antennas‏‎ (16:33, 18 September 2014)
  131. Correlators‏‎ (16:33, 18 September 2014)
  132. Digital Signal Processing‏‎ (16:33, 18 September 2014)
  133. Receiver Operations‏‎ (16:34, 18 September 2014)
  134. Tracking Loops‏‎ (16:34, 18 September 2014)
  135. System Design Details‏‎ (16:34, 18 September 2014)
  136. Data Demodulation and Processing‏‎ (16:36, 18 September 2014)
  137. Lock Detectors‏‎ (16:36, 18 September 2014)
  138. Frequency Lock Loop (FLL)‏‎ (16:36, 18 September 2014)
  139. Delay Lock Loop (DLL)‏‎ (16:36, 18 September 2014)
  140. Multicorrelator‏‎ (16:37, 18 September 2014)
  141. Availability‏‎ (16:47, 18 September 2014)
  142. Tolling‏‎ (17:00, 18 September 2014)
  143. Continuity‏‎ (17:00, 18 September 2014)
  144. Surveying, Mapping and GIS Applications‏‎ (17:02, 18 September 2014)
  145. Target Acquisition‏‎ (17:02, 18 September 2014)
  146. Other Applications‏‎ (17:03, 18 September 2014)
  147. Military Applications‏‎ (17:03, 18 September 2014)
  148. Ground-Based Augmentation System (GBAS)‏‎ (17:07, 18 September 2014)
  149. Maritime En Route Navigation‏‎ (17:09, 18 September 2014)
  150. RAIM‏‎ (17:09, 18 September 2014)
  151. RAIM Algorithms‏‎ (17:11, 18 September 2014)
  152. Principles of Compatibility among GNSS‏‎ (17:11, 18 September 2014)
  153. RAIM Fundamentals‏‎ (17:11, 18 September 2014)
  154. Wide Area RTK (WARTK)‏‎ (17:13, 18 September 2014)
  155. Real Time Kinematics‏‎ (17:14, 18 September 2014)
  156. WARTK Systems‏‎ (17:16, 18 September 2014)
  157. GLONASS Services‏‎ (17:16, 18 September 2014)
  158. GLONASS Ground Segment‏‎ (17:16, 18 September 2014)
  159. GPS Receivers‏‎ (17:17, 18 September 2014)
  160. TTFF‏‎ (17:19, 18 September 2014)
  161. BeiDou Space Segment‏‎ (17:20, 18 September 2014)
  162. GNSS Testing‏‎ (17:21, 18 September 2014)
  163. Military Navigation‏‎ (14:17, 16 October 2014)
  164. Galileo IOV Satellites‏‎ (08:58, 3 November 2014)
  165. Monitoring Climate Using Ground-based GNSS Measurements‏‎ (14:34, 28 January 2015)
  166. GNSS Applications‏‎ (13:38, 30 January 2015)
  167. Multilevel Coded Spreading Symbols (MCS)‏‎ (05:58, 10 May 2015)
  168. Time References‏‎ (14:42, 1 June 2015)
  169. GNSS Market Report‏‎ (18:38, 1 June 2015)
  170. Gallery‏‎ (10:38, 29 June 2015)
  171. Main Page2‏‎ (12:05, 11 November 2015)
  172. GPS‏‎ (17:54, 9 December 2015)
  173. Ionospheric Delay‏‎ (11:08, 17 January 2016)
  174. Parameters adjustment for PPP‏‎ (11:37, 17 January 2016)
  175. Carrier Phase Ambiguity Fixing‏‎ (20:51, 25 July 2016)
  176. Phase Lock Loop (PLL)‏‎ (15:41, 4 November 2016)
  177. Ocean loading‏‎ (13:46, 24 January 2017)
  178. New Airbus A350 comes EGNOS-capable‏‎ (09:31, 1 August 2017)
  179. New video: Galileo towards the future‏‎ (09:32, 1 August 2017)
  180. Twin Galileos meet ready for Thursday’s launch‏‎ (09:32, 1 August 2017)
  181. Service interruption for Galileo system upgrade‏‎ (09:32, 1 August 2017)
  182. Galileo meets Galileo as launch draws near‏‎ (09:32, 1 August 2017)
  183. Apprentices sought for ESA’s satnav summer school‏‎ (09:32, 1 August 2017)
  184. Galileo launch postponed‏‎ (09:32, 1 August 2017)
  185. Galileo satellites encapsulated for launch‏‎ (09:32, 1 August 2017)
  186. Colloquium on scientific and fundamental aspects of Galileo‏‎ (09:32, 1 August 2017)
  187. Quality check on Galileo performance‏‎ (09:32, 1 August 2017)
  188. Galileo duo handed over in excellent shape‏‎ (09:32, 1 August 2017)
  189. Galileo satellite recovered and transmitting navigation signals‏‎ (09:32, 1 August 2017)
  190. EGNOS expands: aircraft use of precision satnav increasing‏‎ (09:32, 1 August 2017)
  191. Galileo satellites ready for fuelling as launcher takes shape‏‎ (09:32, 1 August 2017)
  192. Galileo satellites – status update‏‎ (09:32, 1 August 2017)
  193. Galileo satellites fuelled and ready for launcher attachment‏‎ (09:32, 1 August 2017)
  194. Latest Galileo satellites reach launch site‏‎ (09:32, 1 August 2017)
  195. Global satnav augmentation systems settle on common channels post-2020‏‎ (09:32, 1 August 2017)
  196. Galileo system updated and back to work‏‎ (09:32, 1 August 2017)
  197. Galileo satellites seated atop Soyuz launcher‏‎ (09:32, 1 August 2017)
  198. Salvaged Galileo performs its first navigation fix‏‎ (09:32, 1 August 2017)
  199. Sixth Galileo satellite reaches corrected orbit‏‎ (09:32, 1 August 2017)
  200. New sites will boost European search and rescue‏‎ (09:32, 1 August 2017)
  201. New video: Galileo deployment phase‏‎ (09:32, 1 August 2017)
  202. Two new satellites join the Galileo constellation‏‎ (09:33, 1 August 2017)
  203. Mission team ready for Galileo launch‏‎ (09:33, 1 August 2017)
  204. Call For Media: Press briefing on launch of Galileo satellites 9/10‏‎ (09:33, 1 August 2017)
  205. Four Galileos together in ESA test centre‏‎ (09:33, 1 August 2017)
  206. Latest Galileos closing in on launch‏‎ (09:33, 1 August 2017)
  207. Soyuz Galileo launch: injection anomaly‏‎ (09:33, 1 August 2017)
  208. China to join effort developing post-2020 aircraft satnav standards‏‎ (09:33, 1 August 2017)
  209. Four Galileo satellites at ESA test centre‏‎ (09:33, 1 August 2017)
  210. Next two Galileo satellites reach Europe’s Spaceport‏‎ (09:33, 1 August 2017)
  211. New launch date for Galileo‏‎ (09:33, 1 August 2017)
  212. Galileo satellites well on way to working orbit‏‎ (09:33, 1 August 2017)
  213. Galileo satellite set for new orbit‏‎ (09:33, 1 August 2017)
  214. Update on Galileo launch injection anomaly‏‎ (09:33, 1 August 2017)
  215. Galileo satellites enclosed for Friday’s launch‏‎ (09:33, 1 August 2017)
  216. ESA and CNES experts ready for Galileo’s first orbits‏‎ (09:33, 1 August 2017)
  217. Galileo satellites set for year-long Einstein experiment‏‎ (09:47, 1 August 2017)
  218. Mission control ready for next Galileo pair‏‎ (09:47, 1 August 2017)
  219. Galileo clock anomalies under investigation‏‎ (09:47, 1 August 2017)
  220. Galileo’s dozen: 12 satellites now in orbit‏‎ (09:47, 1 August 2017)
  221. Galileo signals covering more of the sky‏‎ (09:47, 1 August 2017)
  222. Fantastic four: November’s Galileos reach Europe’s Spaceport‏‎ (09:47, 1 August 2017)
  223. Contract to bring EGNOS to next level‏‎ (09:47, 1 August 2017)
  224. Galileos take their seats on launcher upper stage‏‎ (09:47, 1 August 2017)
  225. Northern exposure for satnav summer school‏‎ (09:47, 1 August 2017)
  226. EGNOS team receive prestigious award‏‎ (09:47, 1 August 2017)
  227. Launch of new Galileo navigation quartet‏‎ (09:47, 1 August 2017)
  228. New Galileos join Europe’s satnav constellation‏‎ (09:47, 1 August 2017)
  229. Salvaged Galileos to help satnav specialists find their way‏‎ (09:47, 1 August 2017)
  230. Galileos in the zone for launch‏‎ (09:47, 1 August 2017)
  231. Green light for ESA’s advanced satnav technology and innovation programme‏‎ (09:47, 1 August 2017)
  232. Galileo pair preparing for December launch‏‎ (09:47, 1 August 2017)
  233. Two more Galileo satellites poised for launch in May‏‎ (09:47, 1 August 2017)
  234. Flying the fantastic four‏‎ (09:47, 1 August 2017)
  235. Galileo satellites fuelled for flight‏‎ (09:47, 1 August 2017)
  236. EGNOS-based landings at Europe’s largest mainland airport‏‎ (09:47, 1 August 2017)
  237. Galileo Initial Services: first quarter service performance for users‏‎ (09:48, 1 August 2017)
  238. Galileo begins serving the globe‏‎ (09:48, 1 August 2017)
  239. Galileo satellites handed over to operator‏‎ (09:48, 1 August 2017)
  240. GALILEO:A new tool for science‏‎ (09:48, 1 August 2017)
  241. Father of GPS meets Europe’s Galileo team‏‎ (09:48, 1 August 2017)
  242. Learn how ESA is seeking out competitive innovation in navigation: join us at Le Bourget‏‎ (09:48, 1 August 2017)
  243. Galileo satellites enclosed for launch‏‎ (09:48, 1 August 2017)
  244. Galileo’s search and rescue service in the spotlight‏‎ (09:48, 1 August 2017)
  245. NAVISP‏‎ (09:48, 1 August 2017)
  246. Galileo signal team wins European Inventor Award‏‎ (09:48, 1 August 2017)
  247. More Galileo satellites broadcasting navigation signals‏‎ (09:48, 1 August 2017)
  248. How each Galileo satellite is tested ahead of launch‏‎ (09:48, 1 August 2017)
  249. Galileo grows: two more satellites join working constellation‏‎ (09:48, 1 August 2017)
  250. Former Galileo Director honoured with satnav leadership award‏‎ (09:48, 1 August 2017)

View (previous 250 | ) (20 | 50 | 100 | 250 | 500)

Retrieved from "https://gssc.esa.int/navipedia/index.php?title=Special:AncientPages"