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  1. Hauptseite‏‎ (19:05, 25 January 2016)
  2. Parentpage/subpage‏‎ (16:52, 24 March 2016)
  3. Hauptseite&do=edit‏‎ (11:28, 18 May 2016)
  4. Zusatzaufgaben1.1 Tiefpass 1. und 2. Ordnung‏‎ (11:09, 6 July 2016)
  5. Zusatzaufgaben:4.9 Periodische AKF‏‎ (16:00, 14 September 2016)
  6. Kanalkodierverfahren‏‎ (15:10, 6 October 2016)
  7. Mediawiki/swf files/Buch4/InformationundQuellencodierung0.swf‏‎ (15:25, 29 November 2016)
  8. Fehlerhafte Links‏‎ (21:41, 5 February 2017)
  9. Lernvideo Analoge und digitale Signale‏‎ (11:11, 26 April 2017)
  10. Cgvfhjhjkc‏‎ (16:17, 26 June 2017)
  11. Html5Test‏‎ (16:16, 4 August 2017)
  12. Applets:Spektrum‏‎ (15:02, 27 September 2017)
  13. Applets:Pulses & Spectra‏‎ (17:13, 8 October 2017)
  14. Test‏‎ (16:48, 9 October 2017)
  15. Zusatzaufgaben:1.1 Einfaches Pfadverlustmodell‏‎ (11:58, 27 October 2017)
  16. Zusatzaufgaben:1.2Z Nochmals Lognormal–Fading‏‎ (15:30, 27 October 2017)
  17. Wiki/Richard Hamming‏‎ (22:48, 30 November 2017)
  18. Aufgabe2.1: Grundsätzliches zu xDSL‏‎ (17:13, 15 December 2017)
  19. 3.1: GSM–Netzkomponenten‏‎ (17:33, 15 December 2017)
  20. 2.5 ADSL–Reichweite vs. –Bitrate‏‎ (18:51, 18 December 2017)
  21. Ortskurve – Darstellung des äquivalenten Tiefpass-Signals (Applet)‏‎ (16:22, 24 January 2018)
  22. Alle an LNTwww Beteiligte‏‎ (16:40, 18 December 2019)
  23. Mobile Communications/Die Anwendung von OFDMA und SC-FDMA in LTE‏‎ (15:31, 6 July 2020)
  24. Signal Representation/Fehlermöglichkeiten bei der Anwendung der DFT‏‎ (11:34, 9 July 2020)
  25. Signal Representation/Test‏‎ (11:34, 9 July 2020)
  26. Linear and Time Invariant Systems/Koaxialkabel‏‎ (11:39, 9 July 2020)
  27. Linear and Time Invariant Systems/Kupfer–Doppelader‏‎ (11:39, 9 July 2020)
  28. Linear and Time Invariant Systems/Kapitelüberblick‏‎ (11:39, 9 July 2020)
  29. Theory of Stochastic Signals/Gaußverteilte Zufallsgröße‏‎ (11:44, 9 July 2020)
  30. Theory of Stochastic Signals/Gleichverteilte Zufallsgröße‏‎ (11:44, 9 July 2020)
  31. Theory of Stochastic Signals/Wahrscheinlichkeit und relative Häufigkei‏‎ (11:44, 9 July 2020)
  32. Theory of Stochastic Signals/Wahrscheinlichkeit und relative Häufigkeit‏‎ (11:44, 9 July 2020)
  33. Theory of Stochastic Signals/Verteilungsfunktion (VTF)‏‎ (11:44, 9 July 2020)
  34. Modulation Methods/Lineare digitale Modulationsverfahren‏‎ (14:40, 9 July 2020)
  35. Examples of Communication Systems/Dienste und Dienstmerkmale von ISDN‏‎ (14:45, 9 July 2020)
  36. Modulation Methods/Nichtlineare Modulationsverfahren‏‎ (14:47, 9 July 2020)
  37. Biographies and Bibliographies/Buchstaben D - F‏‎ (14:47, 9 July 2020)
  38. Biographies and Bibliographies/Buchstaben G - I‏‎ (14:47, 9 July 2020)
  39. Biographies and Bibliographies/Buchstaben J - L‏‎ (14:47, 9 July 2020)
  40. Biographies and Bibliographies/Buchstaben M - O‏‎ (14:47, 9 July 2020)
  41. Biographies and Bibliographies/Buchstaben P - S‏‎ (14:47, 9 July 2020)
  42. Biographies and Bibliographies/Buchstaben M - P‏‎ (14:47, 9 July 2020)
  43. Biographies and Bibliographies/Buchstaben A - C‏‎ (14:47, 9 July 2020)
  44. Biographies and Bibliographies/Buchstaben T - V‏‎ (14:47, 9 July 2020)
  45. Biographies and Bibliographies/Buchstaben U - X‏‎ (14:47, 9 July 2020)
  46. Biographies and Bibliographies/Buchstaben X - Z‏‎ (14:47, 9 July 2020)
  47. Biographies and Bibliographies/Buchstaben Y - Z & Ziffern‏‎ (14:47, 9 July 2020)
  48. Biographies and Bibliographies/Buchstaben W - Z‏‎ (14:47, 9 July 2020)
  49. Biographies and Bibliographies/Buchstaben Q - T‏‎ (14:47, 9 July 2020)
  50. Biographies and Bibliographies/Ziffern‏‎ (14:47, 9 July 2020)
  51. Exercises:Exercise 1.4: Rayleigh PDF and Jakes PDS‏‎ (11:56, 25 August 2020)
  52. Signal Representation/General Description/Gleichsignal - Grenzfall eines periodischen Signals‏‎ (22:18, 31 August 2020)
  53. Mobile Communications/Statistische Bindungen innerhalb des Rayleigh–Prozesses‏‎ (15:57, 15 December 2020)
  54. Biographies and Bibliographies/Letters A - G‏‎ (14:12, 29 March 2021)
  55. Biographies and Bibliographies/Letters H - M‏‎ (14:16, 29 March 2021)
  56. Biographies and Bibliographies/Letters N - Z‏‎ (14:17, 29 March 2021)
  57. Mengentheoretische Grundlagen‏‎ (16:19, 28 May 2021)
  58. Channel Coding/Klassifizierung von Signalen‏‎ (16:21, 28 May 2021)
  59. Biographies and Bibliographies/Buchstaben A - L‏‎ (16:23, 28 May 2021)
  60. Gewinnen mit Roulette‏‎ (16:26, 28 May 2021)
  61. Dreimal Faltung‏‎ (16:26, 28 May 2021)
  62. Exercise 2.4Z: Characteristics Measurement‏‎ (15:29, 1 October 2021)
  63. Biographies and Bibliographies/External Contributors to LNTwww‏‎ (10:25, 10 November 2021)
  64. WDF und VTF bei Gaußschen 2D-Zufallsgrößen‏‎ (18:22, 17 December 2021)
  65. Gaußsche 2D-Zufallsgrößen (Applet)‏‎ (18:22, 17 December 2021)
  66. 2D-Gauss-WDF (Applet)‏‎ (18:22, 17 December 2021)
  67. Komplexe Zahlen (LV)‏‎ (18:22, 17 December 2021)
  68. Der AWGN-Kanal (LV)‏‎ (18:22, 17 December 2021)
  69. Augendiagramm und BER (Applet)‏‎ (18:22, 17 December 2021)
  70. Biographies and Bibliographies/Students involved in LNTwww‏‎ (18:22, 17 December 2021)
  71. Grafische Faltung (Applet)‏‎ (18:22, 17 December 2021)
  72. Bernoulli-Gesetz der großen Zahlen‏‎ (18:23, 17 December 2021)
  73. Bernoulli-Gesetz (LV)‏‎ (18:23, 17 December 2021)
  74. Bernoullisches-Gesetz der großen Zahlen‏‎ (18:23, 17 December 2021)
  75. Exercise 2.6Z: PN Generator of Length 3‏‎ (19:19, 28 December 2021)
  76. Biographies and Bibliographies/LNTwww members from LNT‏‎ (12:43, 13 January 2022)
  77. Exercises:Exercise 1.6: Autocorrelation Function and PDS with Rice Fading‏‎ (17:30, 15 February 2022)
  78. Book Overview‏‎ (11:42, 15 March 2022)
  79. Digital Signal Transmission/Consideration of Channel Distortion and Equalization‏‎ (16:40, 28 June 2022)
  80. Digital Signal Transmission/Optimal Receiver Strategies‏‎ (14:16, 11 July 2022)
  81. Digital Signal Transmission/Linear Nyquist Equalization‏‎ (12:21, 13 July 2022)
  82. Digital Signal Transmission/Viterbi Receiver‏‎ (13:20, 13 July 2022)
  83. Digital Signal Transmission/Block Coding with 4B3T Codes‏‎ (17:19, 24 August 2022)
  84. Digital Signal Transmission/Decision Feedback‏‎ (17:26, 24 August 2022)
  85. Digital Signal Transmission/Linear Digital Modulation - Coherent Demodulation‏‎ (18:03, 24 August 2022)
  86. Digital Signal Transmission/System Components of a Baseband Transmission System‏‎ (14:51, 31 August 2022)
  87. Digital Signal Transmission/Binary Symmetric Channel‏‎ (17:23, 6 September 2022)
  88. Exercises:Exercise Overview2‏‎ (10:12, 8 October 2022)
  89. Exercises:Exercise Overview‏‎ (16:05, 9 October 2022)
  90. Digital Signal Transmission/Error Probability with Intersymbol Interference‏‎ (13:15, 10 October 2022)
  91. Digital Signal Transmission/Carrier Frequency Systems with Non-Coherent Demodulation‏‎ (13:43, 10 October 2022)
  92. Digital Signal Transmission/Parameters of Digital Channel Models‏‎ (14:01, 19 October 2022)
  93. Digital Signal Transmission/Burst Error Channels‏‎ (18:10, 24 October 2022)
  94. Examples of Communication Systems/Further Developments of ISDN‏‎ (13:13, 10 November 2022)
  95. Exercise 2.13Z: Combination of BWT and MTF‏‎ (01:05, 13 November 2022)
  96. Digital Signal Transmission/Properties of Nyquist Systems‏‎ (01:20, 13 November 2022)
  97. Exercise 2.12: Run–Length Coding and Run–Length Limited Coding‏‎ (01:34, 13 November 2022)
  98. Examples of Communication Systems/General Description of ISDN‏‎ (18:31, 16 November 2022)
  99. Examples of Communication Systems/ISDN Basic Access‏‎ (18:39, 16 November 2022)
  100. Digital Signal Transmission/Approximation of the Error Probability‏‎ (12:04, 17 November 2022)
  101. Digital Signal Transmission/Carrier Frequency Systems with Coherent Demodulation‏‎ (12:04, 17 November 2022)
  102. Channel Coding/Objective of Channel Coding‏‎ (18:26, 18 November 2022)
  103. Channel Coding/Some Basics of Algebra‏‎ (16:09, 19 November 2022)
  104. Channel Coding/Channel Models and Decision Structures‏‎ (18:57, 21 November 2022)
  105. Channel Coding/General Description of Linear Block Codes‏‎ (11:32, 22 November 2022)
  106. Channel Coding/Information Theoretical Limits of Channel Coding‏‎ (12:12, 22 November 2022)
  107. Channel Coding/Bounds for Block Error Probability‏‎ (17:34, 22 November 2022)
  108. Channel Coding/Extension Field‏‎ (18:10, 23 November 2022)
  109. Channel Coding/Definition and Properties of Reed-Solomon Codes‏‎ (21:46, 23 November 2022)
  110. Channel Coding/Reed-Solomon Decoding for the Erasure Channel‏‎ (12:36, 24 November 2022)
  111. Channel Coding/Error Correction According to Reed-Solomon Coding‏‎ (13:43, 24 November 2022)
  112. Channel Coding/Decoding of Linear Block Codes‏‎ (18:17, 30 November 2022)
  113. Channel Coding/Algebraic and Polynomial Description‏‎ (19:50, 2 December 2022)
  114. Channel Coding/Basics of Convolutional Coding‏‎ (18:02, 7 December 2022)
  115. Channel Coding/Code Description with State and Trellis Diagram‏‎ (18:10, 7 December 2022)
  116. Channel Coding/Error Probability and Application Areas‏‎ (15:51, 13 December 2022)
  117. Channel Coding/Distance Characteristics and Error Probability Bounds‏‎ (19:24, 20 December 2022)
  118. Theory of Stochastic Signals/Exponentially Distributed Random Variables‏‎ (22:22, 20 December 2022)
  119. Theory of Stochastic Signals/Two-Dimensional Random Variables‏‎ (15:38, 21 December 2022)
  120. Theory of Stochastic Signals/Two-Dimensional Gaussian Random Variables‏‎ (15:44, 21 December 2022)
  121. Theory of Stochastic Signals/Linear Combinations of Random Variables‏‎ (16:02, 21 December 2022)
  122. Theory of Stochastic Signals/Cross-Correlation Function and Cross Power-Spectral Density‏‎ (19:52, 21 December 2022)
  123. Theory of Stochastic Signals/Generalization to N-Dimensional Random Variables‏‎ (20:14, 21 December 2022)
  124. Theory of Stochastic Signals/Creation of Predefined ACF Properties‏‎ (20:55, 21 December 2022)
  125. Theory of Stochastic Signals/Gaussian Distributed Random Variables‏‎ (11:00, 22 December 2022)
  126. Theory of Stochastic Signals/Further Distributions‏‎ (11:03, 22 December 2022)
  127. Theory of Stochastic Signals/Auto-Correlation Function‏‎ (11:07, 22 December 2022)
  128. Theory of Stochastic Signals/Stochastic System Theory‏‎ (11:17, 22 December 2022)
  129. Theory of Stochastic Signals/Matched Filter‏‎ (11:22, 22 December 2022)
  130. Theory of Stochastic Signals/Wiener–Kolmogorow Filter‏‎ (11:26, 22 December 2022)
  131. Theory of Stochastic Signals/Power-Spectral Density‏‎ (17:13, 22 December 2022)
  132. Exercise 3.1: GSM Network Components‏‎ (17:51, 7 January 2023)
  133. Channel Coding/Soft-in Soft-Out Decoder‏‎ (18:21, 12 January 2023)
  134. Modulation Methods/Quality Criteria‏‎ (19:01, 12 January 2023)
  135. Modulation Methods/General Model of Modulation‏‎ (19:09, 12 January 2023)
  136. Modulation Methods/Synchronous Demodulation‏‎ (11:32, 13 January 2023)
  137. Modulation Methods/Envelope Demodulation‏‎ (11:44, 13 January 2023)
  138. Modulation Methods/Further AM Variants‏‎ (11:52, 13 January 2023)
  139. Modulation Methods/Influence of Noise on Systems with Angle Modulation‏‎ (15:29, 13 January 2023)
  140. Modulation Methods/Frequency Modulation (FM)‏‎ (15:35, 13 January 2023)
  141. Modulation Methods/Linear Digital Modulation‏‎ (15:47, 13 January 2023)
  142. Modulation Methods/Quadrature Amplitude Modulation‏‎ (15:50, 13 January 2023)
  143. Channel Coding/The Basics of Product Codes‏‎ (18:26, 16 January 2023)
  144. Modulation Methods/Non-Linear Digital Modulation‏‎ (16:21, 17 January 2023)
  145. Exercise 3.5: Kullback-Leibler Distance and Binomial Distribution‏‎ (14:19, 18 January 2023)
  146. Theory of Stochastic Signals/Digital Filters‏‎ (14:39, 18 January 2023)
  147. Modulation Methods/Double-Sideband Amplitude Modulation‏‎ (14:42, 18 January 2023)
  148. Modulation Methods/Single-Sideband Modulation‏‎ (14:43, 18 January 2023)
  149. Modulation Methods/Phase Modulation (PM)‏‎ (14:43, 18 January 2023)
  150. Modulation Methods/Tasks and Classification‏‎ (17:11, 19 January 2023)
  151. Modulation Methods/Direct-Sequence Spread Spectrum Modulation‏‎ (17:13, 19 January 2023)
  152. Modulation Methods/Objectives of Modulation and Demodulation‏‎ (15:09, 23 January 2023)
  153. Modulation Methods/Pulse Code Modulation‏‎ (15:29, 23 January 2023)
  154. Digital Signal Transmission/Error Probability for Baseband Transmission‏‎ (15:48, 23 January 2023)
  155. Digital Signal Transmission/Optimization of Baseband Transmission Systems‏‎ (15:51, 23 January 2023)
  156. Digital Signal Transmission/Redundancy-Free Coding‏‎ (16:01, 23 January 2023)
  157. Digital Signal Transmission/Causes and Effects of Intersymbol Interference‏‎ (16:12, 23 January 2023)
  158. Digital Signal Transmission/Intersymbol Interference for Multi-Level Transmission‏‎ (16:14, 23 January 2023)
  159. Digital Signal Transmission/Structure of the Optimal Receiver‏‎ (16:18, 23 January 2023)
  160. Channel Coding/Examples of Binary Block Codes‏‎ (16:42, 23 January 2023)
  161. Channel Coding/Decoding of Convolutional Codes‏‎ (16:53, 23 January 2023)
  162. Channel Coding/The Basics of Turbo Codes‏‎ (16:58, 23 January 2023)
  163. Examples of Communication Systems/ISDN Primary Multiplex Connection‏‎ (17:05, 23 January 2023)
  164. Modulation Methods/Error Probability of Direct-Sequence Spread Spectrum Modulation‏‎ (18:30, 23 January 2023)
  165. Modulation Methods/General Description of OFDM‏‎ (18:31, 23 January 2023)
  166. Modulation Methods/Further OFDM Applications‏‎ (18:36, 23 January 2023)
  167. Modulation Methods/Spreading Sequences for CDMA‏‎ (18:37, 23 January 2023)
  168. Mobile Communications/Distance Dependent Attenuation and Shading‏‎ (15:23, 29 January 2023)
  169. Mobile Communications/Statistical Bindings within the Rayleigh Process‏‎ (15:31, 29 January 2023)
  170. Mobile Communications/General Description of Time Variant Systems‏‎ (15:41, 29 January 2023)
  171. Mobile Communications/Multi-Path Reception in Mobile Communications‏‎ (15:44, 29 January 2023)
  172. Modulation Methods/OFDM for 4G Networks‏‎ (15:43, 30 January 2023)
  173. Mobile Communications/The GWSSUS Channel Model‏‎ (18:38, 30 January 2023)
  174. Mobile Communications/Probability Density of Rayleigh Fading‏‎ (15:40, 1 February 2023)
  175. Mobile Communications/Non-Frequency-Selective Fading With Direct Component‏‎ (16:55, 3 February 2023)
  176. Mobile Communications/Similarities Between GSM and UMTS‏‎ (16:28, 7 February 2023)
  177. Mobile Communications/General Information on the LTE Mobile Communications Standard‏‎ (16:49, 9 February 2023)
  178. Mobile Communications/The Application of OFDMA and SC-FDMA in LTE‏‎ (19:15, 9 February 2023)
  179. Mobile Communications/LTE-Advanced - a Further Development of LTE‏‎ (17:58, 10 February 2023)
  180. Information Theory/Discrete Sources with Memory‏‎ (17:19, 14 February 2023)
  181. Information Theory/Natural Discrete Sources‏‎ (17:35, 14 February 2023)
  182. Home1‏‎ (16:11, 16 February 2023)
  183. Information Theory/Some Preliminary Remarks on Two-Dimensional Random Variables‏‎ (16:58, 16 February 2023)
  184. Information Theory/Different Entropy Measures of Two-Dimensional Random Variables‏‎ (17:16, 16 February 2023)
  185. Information Theory/General Description‏‎ (17:18, 19 February 2023)
  186. Mobile Communications/History and Development of Mobile Communication Systems‏‎ (15:35, 20 February 2023)
  187. Mobile Communications/Technical Innovations of LTE‏‎ (15:48, 20 February 2023)
  188. Mobile Communications/Physical Layer for LTE‏‎ (15:52, 20 February 2023)
  189. Examples of Communication Systems/General Description of GSM‏‎ (15:58, 20 February 2023)
  190. Examples of Communication Systems/Speech Coding‏‎ (16:06, 20 February 2023)
  191. Examples of Communication Systems/Entire GSM Transmission System‏‎ (16:10, 20 February 2023)
  192. Examples of Communication Systems/Further Developments of the GSM‏‎ (16:14, 20 February 2023)
  193. Mobile Communications/Characteristics of GSM‏‎ (18:41, 20 February 2023)
  194. Mobile Communications/Characteristics of UMTS‏‎ (18:44, 20 February 2023)
  195. Examples of Communication Systems/Radio Interface‏‎ (18:48, 20 February 2023)
  196. Information Theory/Compression According to Lempel, Ziv and Welch‏‎ (19:05, 20 February 2023)
  197. Information Theory/Entropy Coding According to Huffman‏‎ (19:09, 20 February 2023)
  198. Information Theory/Further Source Coding Methods‏‎ (19:11, 20 February 2023)
  199. Information Theory/Differential Entropy‏‎ (15:29, 28 February 2023)
  200. Information Theory/Application to Digital Signal Transmission‏‎ (16:10, 28 February 2023)
  201. Information Theory/AWGN Channel Capacity for Continuous-Valued Input‏‎ (16:22, 28 February 2023)
  202. Information Theory/AWGN Channel Capacity for Discrete-Valued Input‏‎ (16:28, 28 February 2023)
  203. Exercise 2.1: General Description of xDSL‏‎ (15:53, 5 March 2023)
  204. Exercise 2.3: QAM Signal Space Assignment‏‎ (16:14, 7 March 2023)
  205. Home‏‎ (17:37, 7 March 2023)
  206. Exercise 2.3Z: xDSL Frequency Band‏‎ (18:19, 7 March 2023)
  207. Exercise 2.4Z: Repetition to IDFT‏‎ (20:22, 7 March 2023)
  208. Modulation Methods/Implementation of OFDM Systems‏‎ (18:05, 11 March 2023)
  209. Examples of Communication Systems/General Description of UMTS‏‎ (15:00, 13 March 2023)
  210. Analoge und digitale Signale (Lernvideo)‏‎ (18:39, 15 March 2023)
  211. Eigenschaften des Übertragungskanals (Lernvideo)‏‎ (19:01, 15 March 2023)
  212. Lineare und nichtlineare Verzerrungen (Lernvideo)‏‎ (19:57, 18 March 2023)
  213. Einige Anmerkungen zur Übertragungsfunktion (Lernvideo)‏‎ (19:57, 18 March 2023)
  214. Eigenschaften von Tiefpass- und Bandpasssignalen (Lernvideo)‏‎ (19:58, 18 March 2023)
  215. Eigenschaften der Fourierreihendarstellung (Lernvideo)‏‎ (19:58, 18 March 2023)
  216. Fehlermöglichkeiten bei Anwendung der DFT (Lernvideo)‏‎ (19:58, 18 March 2023)
  217. Gesetzmäßigkeiten der Fouriertransformation (Lernvideo)‏‎ (19:59, 18 March 2023)
  218. Harmonische Schwingungen (Lernvideo)‏‎ (19:59, 18 March 2023)
  219. Herleitung und Visualisierung der Diracfunktion (Lernvideo)‏‎ (19:59, 18 March 2023)
  220. Kontinuierliche und diskrete Spektren (Lernvideo)‏‎ (20:00, 18 March 2023)
  221. Rechnen mit komplexen Zahlen (Lernvideo)‏‎ (20:00, 18 March 2023)
  222. Zur Berechnung der Fourierkoeffizienten (Lernvideo)‏‎ (20:00, 18 March 2023)
  223. Erläuterung der PN–Generatoren an einem Beispiel (Lernvideo)‏‎ (17:59, 20 March 2023)
  224. Erzeugung einer Exponentialverteilung (Lernvideo)‏‎ (18:00, 20 March 2023)
  225. Gaußsche 2D-Zufallsgrößen (Lernvideo)‏‎ (18:00, 20 March 2023)
  226. Klassische Definition der Wahrscheinlickeit (Lernvideo)‏‎ (18:06, 20 March 2023)
  227. Mengentheoretische Begriffe und Gesetzmäßigkeiten (Lernvideo)‏‎ (18:20, 20 March 2023)
  228. Momentenberechnung bei diskreten Zufallsgrößen (Lernvideo)‏‎ (18:28, 20 March 2023)
  229. Prinzip der Additionsmethode (Lernvideo)‏‎ (18:42, 20 March 2023)
  230. Statistische Abhängigkeit und Unabhängigkeit (Lernvideo)‏‎ (22:06, 20 March 2023)
  231. Wahrscheinlichkeit und WDF (Lernvideo)‏‎ (22:14, 20 March 2023)
  232. Würfelspiel „Mäxchen” (Lernvideo)‏‎ (22:18, 20 March 2023)
  233. Bernoullisches Gesetz der großen Zahlen (Lernvideo)‏‎ (22:33, 20 March 2023)
  234. Zusammenhang zwischen WDF und VTF (Lernvideo)‏‎ (22:34, 20 March 2023)
  235. Examples of Communication Systems/General Description of DSL‏‎ (23:01, 21 March 2023)
  236. Examples of Communication Systems/xDSL Systems‏‎ (11:13, 22 March 2023)
  237. Exercise 2.2: xDSL Variants‏‎ (11:16, 22 March 2023)
  238. Pulscodemodulation (Lernvideo)‏‎ (16:43, 22 March 2023)
  239. Zweiseitenband-Amplitudenmodulation (Lernvideo)‏‎ (17:54, 22 March 2023)
  240. Winkelmodulation - Frequenz- und Phasenmodulation (Lernvideo)‏‎ (00:08, 23 March 2023)
  241. Eigenschafte von Galoisfeldern (Lernvideo)‏‎ (00:16, 23 March 2023)
  242. Digital Signal Transmission/Symbolwise Coding with Pseudo-Ternary Codes‏‎ (00:47, 23 March 2023)
  243. Digital Signal Transmission/Basics of Coded Transmission‏‎ (16:53, 23 March 2023)
  244. Signal Representation‏‎ (19:31, 24 March 2023)
  245. Examples of Communication Systems/UMTS Network Architecture‏‎ (19:13, 25 March 2023)
  246. Examples of Communication Systems/Further Developments of UMTS‏‎ (19:21, 25 March 2023)
  247. Exercise 2.2Z: DSL Internet Connection‏‎ (19:28, 25 March 2023)
  248. Exercise 2.4: DSL/DMT with IDFT/DFT‏‎ (19:30, 25 March 2023)
  249. Exercise 2.5: DSL Error Protection‏‎ (19:32, 25 March 2023)
  250. Exercise 2.5Z: Range and Bit Rate with ADSL‏‎ (19:34, 25 March 2023)

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