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  1. Exercise 3.13: Path Weighting Function again‏‎ (3 links)
  2. Biographies and Bibliographies/Letters A - D‏‎ (3 links)
  3. Exercise 4.5: Mutual Information from 2D-PDF‏‎ (3 links)
  4. Biographies and Bibliographies/Letters W - Z & Numbers‏‎ (3 links)
  5. Channel Coding/Grundlagen der Faltungscodierung‏‎ (3 links)
  6. Besselfunktionen erster Art‏‎ (3 links)
  7. Exercise 4.08: Decision Regions at Three Symbols‏‎ (3 links)
  8. Exercise 1.08Z: BPSK Error Probability‏‎ (3 links)
  9. Digital Signal Transmission/Beschreibungsgrößen digitaler Kanalmodelle‏‎ (3 links)
  10. Theory of Stochastic Signals/Wiener–Kolmogorow Filter‏‎ (3 links)
  11. Exercise 2.7: C Programs "z1" and "z2"‏‎ (3 links)
  12. Imprint for the book "Digital Signal Transmission"‏‎ (3 links)
  13. Mehrwegeausbreitung und Frequenzselektivität (Applet)‏‎ (3 links)
  14. Examples of Communication Systems/Weiterentwicklungen von ISDN‏‎ (3 links)
  15. Exercise 3.6: State Transition Diagram‏‎ (3 links)
  16. Exercise 1.4Z: Entropy of the AMI Code‏‎ (3 links)
  17. Modulationsverfahren/Rauscheinfluss bei Winkelmodulation‏‎ (3 links)
  18. Exercise 3.3Z: Characteristics Determination‏‎ (3 links)
  19. Biographies and Bibliographies/Letters A - G‏‎ (3 links)
  20. Digital Signal Transmission/Signale, Basisfunktionen und Vektorräume‏‎ (3 links)
  21. Exercise 4.4Z: Supplement to Exercise 4.4‏‎ (3 links)
  22. Signal Representation/Analytical Signal and its Spectral Function‏‎ (3 links)
  23. Exercise 4.1: PCM System 30/32‏‎ (3 links)
  24. Exercise 2.2: Properties of Galois Fields‏‎ (3 links)
  25. Exercise 2.6: About the Huffman Coding‏‎ (3 links)
  26. Zweiseitenband-Amplitudenmodulation (Lernvideo)‏‎ (3 links)
  27. Exercise 3.2: GSM Data Rates‏‎ (3 links)
  28. Theory of Stochastic Signals/Wiener–Kolmogorow–Filter‏‎ (3 links)
  29. Theory of Stochastic Signals/Cumulative Distribution Function (CDF)‏‎ (3 links)
  30. Exercise 3.1: Analysis of a Convolutional Encoder‏‎ (3 links)
  31. Channel Coding/Grundlegendes zu den Turbocodes‏‎ (3 links)
  32. Exercise 3.7: Bit Error Rate (BER)‏‎ (3 links)
  33. Exercise 3.5: Recursive Filters for GF(2)‏‎ (3 links)
  34. 2.13 Burrows-Wheeler-Rücktransformation‏‎ (3 links)
  35. Exercise 5.7: McCullough and Gilbert-Elliott Parameters‏‎ (3 links)
  36. Linear and Time Invariant Systems/Some Results from Transmission Line Theory‏‎ (3 links)
  37. Digital Signal Transmission/Lineare Nyquistentzerrung‏‎ (3 links)
  38. Exercise 3.09Z: Viterbi Algorithm again‏‎ (3 links)
  39. Exercise 3.14: Channel Coding Theorem‏‎ (3 links)
  40. Exercise 1.5: Binary Markov Source‏‎ (3 links)
  41. Applets‏‎ (3 links)
  42. Biographies and Bibliographies/Buchstaben G - I‏‎ (3 links)
  43. Mobile Communications/Statistical Bonds Within the Rayleigh Process‏‎ (3 links)
  44. Linear and Time Invariant Systems/Lineare Verzerrungen‏‎ (3 links)
  45. Exercise 3.11: Viterbi Receiver and Trellis Diagram‏‎ (3 links)
  46. Exercise 4.1: About the Gram-Schmidt Process‏‎ (3 links)
  47. Exercise 1.16Z: Bounds for the Gaussian Error Function‏‎ (3 links)
  48. Theory of Stochastic Signals/Einige grundlegende Definitionen‏‎ (3 links)
  49. Signaldarstellung‏‎ (3 links)
  50. Biographies and Bibliographies/Buchstaben Q - T‏‎ (3 links)
  51. Exercise 4.13: Four-level QAM‏‎ (3 links)
  52. Theory of Stochastic Signals/Wahrscheinlichkeitsdichtefunktion‏‎ (3 links)
  53. Exercise 3.1Z: Convolution Codes of Rate 1/2‏‎ (3 links)
  54. 4B3T-Codes‏‎ (3 links)
  55. Principle of 4B3T Coding‏‎ (3 links)
  56. Exercise 5.7Z: McCullough Model once more‏‎ (3 links)
  57. Mobile Communications/Non-Frequency-Selective Fading With Direct Component‏‎ (3 links)
  58. Exercise 3.10: Metric Calculation‏‎ (3 links)
  59. Exercise 5.2: Inverse Discrete Fourier Transform‏‎ (3 links)
  60. Exercise 1.4Z: Modified MS43 Code‏‎ (3 links)
  61. Mobile Communications/General information on the LTE mobile communications standard‏‎ (3 links)
  62. Gegenüberstellung Binomial- und Poissonverteilung‏‎ (3 links)
  63. Exercise 3.4Z: Various All-Pass Filters‏‎ (3 links)
  64. Impulse und Spektren‏‎ (3 links)
  65. Biographies and Bibliographies/Buchstaben J - L‏‎ (3 links)
  66. Exercise 3.11Z: Maximum Likelihood Error Variables‏‎ (3 links)
  67. Exercise 4.5Z: Tangent Hyperbolic and Inverse‏‎ (3 links)
  68. Exercise 4.10: Binary and Quaternary‏‎ (3 links)
  69. Exercise 4.5: Coaxial Cable - Impulse Response‏‎ (3 links)
  70. Exercise 1.17: About the Channel Coding Theorem‏‎ (3 links)
  71. Mobile Communications/Statistical bonds within the Rayleigh process‏‎ (3 links)
  72. Exercise 4.09Z: Laplace Distributed Noise‏‎ (3 links)
  73. Exercise 4.14: Phase Progression of the MSK‏‎ (3 links)
  74. Exercise 2.08: Generator Polynomials for Reed-Solomon‏‎ (3 links)
  75. Theory of Stochastic Signals/Power Density Spectrum (PDS)‏‎ (3 links)
  76. Mobile Communications/LTE-Advanced - a further development of LTE‏‎ (3 links)
  77. Exercise 2.7: AMI Code‏‎ (3 links)
  78. Exercise 3.2: G-matrix of a Convolutional Encoder‏‎ (3 links)
  79. Exercise 3.2: Eye Pattern according to Gaussian Low-Pass‏‎ (3 links)
  80. Exercise 3.10: Mutual Information at the BSC‏‎ (3 links)
  81. Channel Coding/Zielsetzung der Kanalcodierung‏‎ (3 links)
  82. Exercise 3.4Z: Eye Opening and Level Number‏‎ (3 links)
  83. Theory of Stochastic Signals/Exponentialverteilte Zufallsgrößen‏‎ (3 links)
  84. Exercise 2.6: Modified MS43 Code‏‎ (3 links)
  85. Exercise 3.8: Delay Filter DFE Realization‏‎ (3 links)
  86. Glossary‏‎ (3 links)
  87. Biographies and Bibliographies/Buchstaben M - O‏‎ (3 links)
  88. Exercise 1.1Z: Nonredundant Binary Source‏‎ (3 links)
  89. Exercise 4.2: AM/PM Oscillations‏‎ (3 links)
  90. Signal Representation/Possible Errors when using DFT‏‎ (3 links)
  91. Exercise 1.17Z: BPSK Channel Capacity‏‎ (3 links)
  92. Exercise 3.5: GSM Full Rate Vocoder‏‎ (3 links)
  93. Exercise 2.4: About the LZW algorithm‏‎ (3 links)
  94. Imprint for the book "Linear and Time Invariant Systems"‏‎ (3 links)
  95. Exercise 2.5: Three Variants of GF(2 power 4)‏‎ (3 links)
  96. Exercise 4.14Z: Offset QPSK vs. MSK‏‎ (3 links)
  97. Exercise 2.12Z: Reed-Solomon Syndrome Calculation‏‎ (3 links)
  98. Exercise 3.4: Entropy for Different PMF‏‎ (2 links)
  99. Exercise 3.9: Convolution of Rectangle and Gaussian Pulse‏‎ (2 links)
  100. Imprint for the book "Channel Coding"‏‎ (2 links)
  101. Exercise 5.2: Error Correlation Function‏‎ (2 links)
  102. Exercise 2.7Z: Power-Spectral Density of Pseudo-Ternary Codes‏‎ (2 links)
  103. General notes about "Mobile Communications"‏‎ (2 links)
  104. Exercise 3.2Z: (3, 1, 3) Convolutional Encoder‏‎ (2 links)
  105. Aufgabe 2.4Z: Tiefpass-Einfluss bei Synchrondemodulation‏‎ (2 links)
  106. Exercise 1.3: Rectangular Functions for Transmitter and Receiver‏‎ (2 links)
  107. Exercise 4.4: Modulation in LTE‏‎ (2 links)
  108. General notes about "Examples of Communication Systems"‏‎ (2 links)
  109. Exercise 1.2Z: Three-dimensional Representation of Codes‏‎ (2 links)
  110. Imprint for the book "Information Theory"‏‎ (2 links)
  111. Digital Signal Transmission/Anwendungen bei Multimedia–Dateien‏‎ (2 links)
  112. Exercise 2.5: Distortion and Equalization‏‎ (2 links)
  113. Exercise 3.2Z: Optimum Cut-off Frequency for Gaussian Low-pass‏‎ (2 links)
  114. Aufgabe 3.7: Vergleich zweier Faltungscodierer‏‎ (2 links)
  115. Exercise 2.9: Symmetrical Distortions‏‎ (2 links)
  116. Exercise 1.7: System Efficiencies‏‎ (2 links)
  117. Exercise 3.10Z: BSC Channel Capacity‏‎ (2 links)
  118. Exercise 4.3Z: Hilbert Transformator‏‎ (2 links)
  119. Examples of Communication Systems/Sprachcodierung‏‎ (2 links)
  120. Exercise 3.11: Chebyshev's Inequality‏‎ (2 links)
  121. Exercise 3.5: Eye Opening with Pseudoternary Coding‏‎ (2 links)
  122. Exercise 3.1Z: Influence of the Message Phase in Phase Modulation‏‎ (2 links)
  123. Exercise 5.4: Comparison of Rectangular and Hanning Window‏‎ (2 links)
  124. Exercise 1.7: Coding for B-ISDN‏‎ (2 links)
  125. Exercise 1.6Z: Ternary Markov Source‏‎ (2 links)
  126. Exercise 1.1: Dual Slope Loss Model‏‎ (2 links)
  127. Aufgabe 4.Zehn: QPSK–Kanalkapazität‏‎ (2 links)
  128. Exercise 2.2: Direct Current Component of Signals‏‎ (2 links)
  129. Exercise 3.5Z: Application of the Residue Theorem‏‎ (2 links)
  130. Imprint for the book "Mobile Communications"‏‎ (2 links)
  131. Exercise 4.2: Channel Log Likelihood Ratio at AWGN‏‎ (2 links)
  132. Pulses & Spectra‏‎ (2 links)
  133. Aufgabe 1.09Z: Erweiterung und/oder Punktierung‏‎ (2 links)
  134. Authors‏‎ (2 links)
  135. Exercise 1.3Z: Rayleigh Fading Revisited‏‎ (2 links)
  136. Exercise 4.7Z: Generation of a joint PDF‏‎ (2 links)
  137. Aufgabe 4.2: Fehlangepasste Leitung‏‎ (2 links)
  138. Exercise 3.13: Threshold Decision vs. DFE vs. Maximum Liekelihood‏‎ (2 links)
  139. Exercise 3.10Z: Amplitude and Angle Modulation in Comparison‏‎ (2 links)
  140. Aufgabe 3.3: GSM–Rahmenstruktur‏‎ (2 links)
  141. Mobile Communications/Allgemeine Beschreibung zeitvarianter Systeme‏‎ (2 links)
  142. Exercise 4.2Z: Eight-level Phase Shift Keying‏‎ (2 links)
  143. Exercise 4.4: About the Quantization Noise‏‎ (2 links)
  144. Exercise 4.8: Numerical Analysis of the AWGN Channel Capacity‏‎ (2 links)
  145. Aufgabe 2.1: Gruppe, Ring, Körper‏‎ (2 links)
  146. Exercise 3.6: Adaptive Multi–Rate Codec‏‎ (2 links)
  147. Mobile Communications/Gemeinsamkeiten von GSM und UMTS‏‎ (2 links)
  148. Exercise 2.4Z: LZW Coding and Decoding again‏‎ (2 links)
  149. Exercise 2.6: Dimensions in GWSSUS‏‎ (2 links)
  150. Exercise 4.15: PDF and Correlation Matrix‏‎ (2 links)
  151. Dämpfung von Kupferkabeln (SWF)‏‎ (2 links)
  152. Information Theory/Nachrichtenquellen mit Gedächtnis‏‎ (2 links)
  153. Exercise 4.06Z: Signal Space Constellations‏‎ (2 links)
  154. Exercise 1.5Z: Probabilities of Default‏‎ (2 links)
  155. Bibliography to Signal Representation‏‎ (2 links)
  156. Aufgabe 4.8Z: BPSK–Fehlerwahrscheinlichkeit‏‎ (2 links)
  157. WDF und VTF bei Gaußschen 2D Zufallsgrößen (Applet)‏‎ (2 links)
  158. Exercise 4.3: UMTS Access Level‏‎ (2 links)
  159. Mobile Communications/History and development of mobile communication systems‏‎ (2 links)
  160. Exercise 2.8: Huffman Application for a Markov Source‏‎ (2 links)
  161. Exercise 4.10: Signal Waveforms of the 16-QAM‏‎ (2 links)
  162. Exercise 5.1Z: Cosine Square Noise Limitation‏‎ (2 links)
  163. Aufgabe 4.11Z: Fehlerwahrscheinlichkeit bei QAM‏‎ (2 links)
  164. Biographies and Bibliographies/Buchstaben Y - Z & Ziffern‏‎ (2 links)
  165. Exercise 2.5Z: Some Calculations about GF(2 power 3)‏‎ (2 links)
  166. Exercise 1.1: A Special Dice Game‏‎ (2 links)
  167. Modulation Methods/Nichtlineare digitale Modulation‏‎ (2 links)
  168. Exercise 3.4Z: GSM Full-Rate Voice Codec‏‎ (2 links)
  169. Exercise 5.5: ACF-Equivalent Filters‏‎ (2 links)
  170. Exercise 4.15: Optimal Signal Space Allocation‏‎ (2 links)
  171. Exercise 2.5Z: Flower Meadow‏‎ (2 links)
  172. Exercise 2.09: Reed–Solomon Parameters‏‎ (2 links)
  173. Theory of Stochastic Signals/Kreuzkorrelationsfunktion und Kreuzleistungsdichte‏‎ (2 links)
  174. Exercise 5.8Z: Matched Filter for Rectangular PSD‏‎ (2 links)
  175. Exercise 3.6: Even/Odd Time Signal‏‎ (2 links)
  176. Exercise 4.19: Orthogonal Multilevel FSK‏‎ (2 links)
  177. Exercise 1.8Z: Cosine-Square Low-Pass Filter‏‎ (2 links)
  178. Exercise 2.2: Binary Bipolar Rectangles‏‎ (2 links)
  179. Exercise 2.13: Decoding at RSC (7, 3, 5) to Base 8‏‎ (2 links)
  180. Exercise 2.1: Linear? Or Non-Linear?‏‎ (2 links)
  181. Exercise 2.3: Binary Signal and Quaternary Signal‏‎ (2 links)
  182. Exercise 2.14: Petersen Algorithm‏‎ (2 links)
  183. Exercise 2.1: DSB-AM with Cosine? Or with Sine?‏‎ (2 links)
  184. Exercise 3.5Z: Kullback-Leibler Distance again‏‎ (2 links)
  185. Exercise 3.9Z: Convolution of Gaussian Pulses‏‎ (2 links)
  186. Exercise 5.3: AWGN and BSC Model‏‎ (2 links)
  187. Exercise 5.5: Multi-User Interference‏‎ (2 links)
  188. Exercise 2.8: Code Comparison Binary, AMI and 4B3T‏‎ (2 links)
  189. Exercise 3.3: Code Sequence Calculation via U(D) and G(D)‏‎ (2 links)
  190. Aufgabe 2.6: Freiraumdämpfung‏‎ (2 links)
  191. Exercise 1.3Z: Threshold Optimization‏‎ (2 links)
  192. Exercise 3.9: Conditional Mutual Information‏‎ (2 links)
  193. Exercise 4.4Z: Physical Channels in LTE‏‎ (2 links)
  194. 2.5 Restredundanz bei LZW-Codierung‏‎ (2 links)
  195. Learning videos to "Information Theory"‏‎ (2 links)
  196. Aufgabe 5.7: McCullough-Parameter aus Gilbert-Elliott-Parameter‏‎ (2 links)
  197. Exercise 3.8: Amplification and Limitation‏‎ (2 links)
  198. Exercise 5.7: OFDM Transmitter using IDFT‏‎ (2 links)
  199. Exercise 2.5Z: Nyquist Equalization‏‎ (2 links)
  200. Aufgabe 3.7Z: Welcher Code ist katastrophal?‏‎ (2 links)
  201. Exercise 2.10: SSB-AM with Channel Distortions‏‎ (2 links)
  202. Theory of Stochastic Signals/Statistische Abhängigkeit und Unabhängigkeit‏‎ (2 links)
  203. Exercise 3.11: Erasure Channel‏‎ (2 links)
  204. Exercise 4.4: Vector Diagram for DSB-AM‏‎ (2 links)
  205. Mobile Communications/Die Charakteristika von UMTS‏‎ (2 links)
  206. Aufgabe 1.4: Entropienäherungen für den AMI-Code‏‎ (2 links)
  207. Exercise 5.8: BMP Format‏‎ (2 links)
  208. Exercise 3.12: Cauchy Distribution‏‎ (2 links)
  209. Exercise 5.10: DMT Process for DSL‏‎ (2 links)
  210. Exercise 3.2: Laplace Transform‏‎ (2 links)
  211. Exercise 3.2: Spectrum with Angle Modulation‏‎ (2 links)
  212. Exercise 5.4Z: On the Hanning Window‏‎ (2 links)
  213. Exercise 4.1: PDF, CDF and Probability‏‎ (2 links)
  214. Exercise 1.3: Channel Models BSC - BEC - BSEC - AWGN‏‎ (2 links)
  215. Exercise 2.1: General Description of xDSL‏‎ (2 links)
  216. Exercise 1.1Z: Simple Path Loss Model‏‎ (2 links)
  217. Exercise 2.2Z: Nonlinearities‏‎ (2 links)
  218. Physikalisches Signal und Analytisches Signal‏‎ (2 links)
  219. Learning Videos to "Mobile Communications"‏‎ (2 links)
  220. Exercise 4.3: Iterative Decoding at the BSC‏‎ (2 links)
  221. Exercise 3.5: PM and FM for Rectangular Signals‏‎ (2 links)
  222. Aufgabe 1.10: Einige Generatormatrizen‏‎ (2 links)
  223. Exercise 2.5: DSL Error Protection‏‎ (2 links)
  224. Exercise 4.8: Diamond-shaped Joint PDF‏‎ (2 links)
  225. Exercise 1.1: Music Signals‏‎ (2 links)
  226. Exercise 4.1: Attenuation Function‏‎ (2 links)
  227. Modulation Methods/Allgemeines Modell der Modulation‏‎ (2 links)
  228. Exercise 3.11: Pre-Emphase and De-Emphase‏‎ (2 links)
  229. Signal Representation/Equivalent Low Pass Signal and Its Spectral Function‏‎ (2 links)
  230. Exercise 1.13Z: Binary Erasure Channel Decoding again‏‎ (2 links)
  231. Exercise 3.3: GSM Frame Structure‏‎ (2 links)
  232. Mobile Communications/Allgemeines zum Mobilfunkstandard LTE‏‎ (2 links)
  233. Exercise 4.2Z: Eight-step Phase Shift Keying‏‎ (2 links)
  234. Imprint for the book "Modulation Methods"‏‎ (2 links)
  235. Exercise 4.11: Analysis of Parity-check Matrices‏‎ (2 links)
  236. Exercise 4.4Z: Signal-to-Noise Ratio with PCM‏‎ (2 links)
  237. Exercise 4.8Z: What does the AWGN Channel Capacity Curve say?‏‎ (2 links)
  238. Exercise 3.7: GSM System Components‏‎ (2 links)
  239. Mobile Communications/Historie und Entwicklung der Mobilfunksysteme‏‎ (2 links)
  240. Exercise 2.5: Residual Redundancy with LZW Coding‏‎ (2 links)
  241. Exercise 4.15Z: Statements of the Covariance Matrix‏‎ (2 links)
  242. Theory of Stochastic Signals/Autokorrelationsfunktion (AKF)‏‎ (2 links)
  243. Exercise 1.6: Transition Probabilities‏‎ (2 links)
  244. Exercise 1.4: Rayleigh PDF and Jakes PDS‏‎ (2 links)
  245. Exercise 4.4: Cellular UMTS Architecture‏‎ (2 links)
  246. Mobile Communications/Similarities of GSM and UMTS‏‎ (2 links)
  247. Exercise 2.9: Huffman Decoding after Errors‏‎ (2 links)
  248. Exercise 5.2Z: Two-Way Channel‏‎ (2 links)
  249. Exercise 2.2: Multi-Level Signals‏‎ (2 links)
  250. Exercise 1.3: Measured Step Response‏‎ (2 links)
  251. Exercise 2.6: GF(P power m). Which P, which m?‏‎ (2 links)
  252. Exercise 1.1Z: Sum of Two Ternary Signals‏‎ (2 links)
  253. Exercise 4.16: Binary Frequency Shift Keying‏‎ (2 links)
  254. Exercise 2.6Z: PN Generator of Length 3‏‎ (2 links)
  255. Exercise 1.5: Rectangular-in-Frequency Low-Pass Filter‏‎ (2 links)
  256. Channel Coding/Einige Grundlagen der Algebra‏‎ (2 links)
  257. Exercise 2.10: Reed-Solomon Fault Detection‏‎ (2 links)
  258. Exercise 3.6: FDMA, TDMA and CDMA‏‎ (2 links)
  259. Exercise 3.6Z: Complex Exponential Function‏‎ (2 links)
  260. Exercise 3.2: CDF for Exercise 3.1‏‎ (2 links)
  261. Modulation Methods/Fehlerwahrscheinlichkeit der PN–Modulation‏‎ (2 links)
  262. Exercise 2.1Z: Distortion and Equalisation‏‎ (2 links)
  263. Exercise 2.4: Dualcode and Graycode‏‎ (2 links)
  264. Exercise 2.15: Block Error Probability with AWGN‏‎ (2 links)
  265. Exercise 2.1Z: DSB-AM without/with Carrier‏‎ (2 links)
  266. Exercise 4.4Z: Vector Diagram for DSB-AM‏‎ (2 links)
  267. Exercise 3.6: Partitioning Inequality‏‎ (2 links)
  268. Exercise 4.1: General Questions about LTE‏‎ (2 links)
  269. Exercise 5.3Z: Analysis of the BSC Model‏‎ (2 links)
  270. General notes about "Signal Representation"‏‎ (2 links)
  271. Exercise 3.3Z: Convolution and D-Transformation‏‎ (2 links)
  272. Aufgabe 2.6Z: Signal-to-Noise-Ratio (SNR)‏‎ (2 links)
  273. Channel Coding/Allgemeine Beschreibung linearer Blockcodes‏‎ (2 links)
  274. Aufgabe 2.5: Restredundanz bei LZW-Codierung‏‎ (2 links)
  275. Aufgabe 5.7Z: Nochmals McCullough-Modell‏‎ (2 links)
  276. Exercise 3.8Z: Circle (Ring) Area‏‎ (2 links)
  277. Exercise 5.7Z: Application of the IDFT‏‎ (2 links)
  278. QFunction‏‎ (2 links)
  279. Aufgabe 3.8: Rate Compatible Punctured Convolutional Codes‏‎ (2 links)
  280. Exercise 2.10Z: Noise with DSB-AM and SSB-AM‏‎ (2 links)
  281. Exercise 5.1: Sampling Theorem‏‎ (2 links)
  282. Theory of Stochastic Signals/Wahrscheinlichkeit und relative Häufigkeit‏‎ (2 links)
  283. Exercise 3.11Z: Extremely Asymmetrical Channel‏‎ (2 links)
  284. Imprint for the book "Theory of Stochastic Signals"‏‎ (2 links)
  285. Exercise 1.6: Cyclic Redundancy Check‏‎ (2 links)
  286. Exercise 1.3: Entropy Approximations‏‎ (2 links)
  287. Exercise 5.8Z: Falsification of BMP Images‏‎ (2 links)
  288. Aufgabe 5.5Z: Zum Rake–Empfänger‏‎ (2 links)
  289. About LNTwww‏‎ (2 links)
  290. Exercise 3.2Z: Laplace and Fourier‏‎ (2 links)
  291. Exercise 3.12Z: Ring and Feedback‏‎ (2 links)
  292. Exercise 3.2Z: Bessel Spectrum‏‎ (2 links)
  293. Exercise 5.5: Fast Fourier Transform‏‎ (2 links)
  294. Exercise 1.4: Maximum Likelihood Decision‏‎ (2 links)
  295. Exercise 2.2: xDSL Variants‏‎ (2 links)
  296. Exercise 1.7: Entropy of Natural Texts‏‎ (2 links)
  297. Physikalisches Signal und Äquivalentes TP-Signal‏‎ (2 links)
  298. Exercise 3.6Z: Two Imaginary Poles‏‎ (2 links)
  299. Exercise 4.3Z: Conversions of L-value and S-value‏‎ (2 links)
  300. Exercise 3.5Z: Phase Modulation of a Trapezoidal Signal‏‎ (2 links)
  301. Signaldarstellung/Harmonische Schwingung‏‎ (2 links)
  302. Exercise 2.5Z: Reach and Bit Rate with ADSL‏‎ (2 links)
  303. Exercise 1.6: Autocorrelation Function and PSD with Rice Fading‏‎ (2 links)
  304. Exercise 4.8Z: AWGN Channel‏‎ (2 links)
  305. Exercise 1.1Z: ISDN-Connection‏‎ (2 links)
  306. Exercise 4.1Z: Transmission Behavior of Short Cables‏‎ (2 links)
  307. Aufgabe 4.1: Tiefpass- und Bandpass-Signale‏‎ (2 links)
  308. Beispiele von Nachrichtensystemen/Allgemeine Beschreibung von ISDN‏‎ (2 links)
  309. Exercise 3.3Z: GSM 900 and GSM 1800‏‎ (2 links)
  310. Mobile Communications/Anwendung von OFDMA und SC-FDMA in LTE‏‎ (2 links)
  311. Exercise 2.2: Simple Two-Path Channel Model‏‎ (2 links)
  312. Exercise 4.12: Power-Spectral Density of a Binary Signal‏‎ (2 links)
  313. Exercise 1.3: Calculating With Complex Numbers‏‎ (2 links)
  314. Exercise 4.11Z: Code Rate from the Parity-check Matrix‏‎ (2 links)
  315. Exercise 2.1: Group, Ring, Field‏‎ (2 links)
  316. Exercise 4.9: Higher-Level Modulation‏‎ (2 links)
  317. Mobile Communications/LTE–Advanced – eine Weiterentwicklung von LTE‏‎ (2 links)
  318. Exercise 2.5Z: Compression Factor vs. Residual Redundancy‏‎ (2 links)
  319. Exercise 4.16: Eigenvalues and Eigenvectors‏‎ (2 links)
  320. Exercise 2.4: Rectified Cosine‏‎ (2 links)
  321. Exercise 3.2: cos²-CDF and CDF with Step Functions‏‎ (2 links)
  322. Exercise 4.07: Decision Boundaries once again‏‎ (2 links)
  323. Exercise 1.6Z: Ergodic Probabilities‏‎ (2 links)
  324. Learning Videos Related to Signal Representation‏‎ (2 links)
  325. Mobile Communications/Application of OFDMA and SC-FDMA in LTE‏‎ (2 links)
  326. Exercise 3.1: Development of the Mobile Network‏‎ (2 links)
  327. Exercise 3.1Z: Spectrum of the Triangular Pulse‏‎ (2 links)
  328. Information Theory/Natürliche wertdiskrete Nachrichtenquellen‏‎ (2 links)
  329. Exercise 4.11: On-Off Keying and Binary Phase Shift Keying‏‎ (2 links)
  330. Exercise 2.2Z: Discrete Random Variables‏‎ (2 links)
  331. Exercise 4.12: Root-Nyquist Systems‏‎ (2 links)
  332. Exercise 4.8: HSDPA and HSUPA‏‎ (2 links)
  333. Exercise 2.13: Inverse Burrows-Wheeler Transformation‏‎ (2 links)
  334. Aufgabe 4.16: Binary Frequency Shift Keying‏‎ (2 links)
  335. Exercise 5.5Z: ACF after 1st Order Filter‏‎ (2 links)
  336. Exercise 2.6: PN Generator of Length 5‏‎ (2 links)
  337. Exercise 1.5Z: Sinc-shaped Impulse Response‏‎ (2 links)
  338. Exercise 2.10Z: Code Rate and Minimum Distance‏‎ (2 links)
  339. Exercise 1.2: Distortions? Or no Distortion?‏‎ (2 links)
  340. Exercise 3.6Z: Concepts of 3G Mobile Communications Systems‏‎ (2 links)
  341. Information Theory/AWGN Channel Capacity for Discrete-Valued Input‏‎ (2 links)
  342. Exercise 3.2Z: Relationship between PDF and CDF‏‎ (2 links)
  343. Exercise 3.3: Moments for Cosine-square PDF‏‎ (2 links)
  344. Exercise 5.3: PACF of PN Sequences‏‎ (2 links)
  345. Exercise 2.2: Distortion Power‏‎ (2 links)
  346. Exercise 2.4Z: Error Probabilities for the Octal System‏‎ (2 links)
  347. General Notes about the Book "Stochastic Signal Theory"‏‎ (2 links)
  348. Exercise 2.2: Modulation Depth‏‎ (2 links)
  349. Exercise 4.2: FDD, TDD and Half-Duplex‏‎ (2 links)
  350. Exercise 5.4:Is the BSC Model Renewing?‏‎ (2 links)
  351. Exercise 3.6: Noisy DC Signal‏‎ (2 links)
  352. 4.3 WDF–Vergleich bezüglich h(X)‏‎ (2 links)
  353. Exercise 3.4: Systematic Convolution Codes‏‎ (2 links)
  354. Exercise 2.5: DSB-AM via a Gaussian channel‏‎ (2 links)
  355. Exercise 4.5: Locality Curve for DSB-AM‏‎ (2 links)
  356. Exercise 1.4: Nyquist Criteria‏‎ (2 links)
  357. Exercise 4.2: Rectangular-Shaped Spectra‏‎ (2 links)
  358. 1.5Z Symmetrische Markovquelle‏‎ (2 links)
  359. Information Theory/‏‎ (2 links)
  360. Exercise 3.9: Characteristic Curve for Cosine PDF‏‎ (2 links)
  361. Exercise 5.8: Equalization in Matrix Vector Notation‏‎ (2 links)
  362. Exercise 3.7Z: Which Code is Catastrophic?‏‎ (2 links)
  363. Aufgabe 1.3Z: Gewinnen mit Roulette?‏‎ (2 links)
  364. Exercise 2.6Z: Synchronous Demodulator‏‎ (2 links)
  365. Exercise 3.3: Noise at Channel Equalization‏‎ (2 links)
  366. Exercise 2.11: Envelope Demodulation of an SSB Signal‏‎ (2 links)
  367. Regionen‏‎ (2 links)
  368. Exercise 5.1Z: Sampling of Harmonic Oscillations‏‎ (2 links)
  369. Exercise 3.12: Strictly Symmetrical Channels‏‎ (2 links)
  370. Exercise 1.3: Frame Structure of ISDN‏‎ (2 links)
  371. Exercise 1.4Z: On the Doppler Effect‏‎ (2 links)
  372. Exercise 4.1Z: Appointment to Breakfast‏‎ (2 links)
  373. Signal Representation/‏‎ (2 links)
  374. Exercise 3.8: Triple Convolution?‏‎ (2 links)
  375. Exercise 3.3: p-Transfer Function‏‎ (2 links)
  376. Exercise 3.6Z:Optimum Nyquist Equalizer for Exponential Pulse‏‎ (2 links)
  377. Exercise 3.3: Sum of two Oscillations‏‎ (2 links)
  378. Exercise 5.5Z: Complexity of The FFT‏‎ (2 links)
  379. Exercise 4.2: Triangular PDF‏‎ (2 links)
  380. Exercise 2.2Z: DSL Internet Connection‏‎ (2 links)
  381. Exercise 1.8: Synthetically Generated Texts‏‎ (2 links)
  382. Exercise 1.2Z: Lognormal Fading Revisited‏‎ (2 links)
  383. Exercise 4.4Z: Contour Lines of the "2D-PDF"‏‎ (2 links)
  384. Exercise 3.7: Impulse Response of a High-Pass Filter‏‎ (2 links)
  385. Exercise 3.10: Maximum Likelihood Tree Diagram‏‎ (2 links)
  386. Exercise 3.6: PM or FM? Or AM?‏‎ (2 links)
  387. Aufgabe 2.4: Gleichgerichteter Cosinus‏‎ (2 links)
  388. Exercise 2.6: Cyclic Prefix‏‎ (2 links)
  389. Exercise 2.1: Coding with and without Loss‏‎ (2 links)
  390. Exercise 1.6Z: Comparison of Rayleigh and Rice‏‎ (2 links)
  391. Signal Representation/Harmonische Schwingung‏‎ (2 links)
  392. Exercise 4.3: Operational Attenuation‏‎ (2 links)
  393. Aufgabe 4.2: AM/PM-Schwingungen‏‎ (2 links)
  394. Exercise 4.7Z: Principle of Syndrome Decoding‏‎ (2 links)
  395. Aufgabe 4.4: Zum Quantisierungsrauschen‏‎ (2 links)
  396. Exercise 4.4: Pointer Diagram for DSB-AM‏‎ (2 links)
  397. Exercise 1.15: Distance Spectra of HC (7, 4, 3) and HC (8, 4, 4)‏‎ (2 links)
  398. Exercise 3.4: GMSK Modulation‏‎ (2 links)
  399. Mobile Communications/Bitübertragungsschicht bei LTE‏‎ (2 links)
  400. Aufgabe 2.4Z: Nochmals LZW-Codierung und -Decodierung‏‎ (2 links)
  401. Exercise 2.2Z: Real Two-Path Channel‏‎ (2 links)
  402. Exercise 4.12Z: White Gaussian Noise‏‎ (2 links)
  403. Exercise 1.3Z: Calculating with Complex Numbers II‏‎ (2 links)
  404. Aufgabe 4.06: Optimale Entscheidungsgrenzen‏‎ (2 links)
  405. Exercise 4.12: Regular and Irregular Tanner Graph‏‎ (2 links)
  406. Exercise 4.6: Quantization Characteristics‏‎ (2 links)
  407. Exercise 2.1Z: Which Tables Describe Groups?‏‎ (2 links)
  408. Exercise 4.9Z: Is Channel Capacity C ≡ 1 possible with BPSK?‏‎ (2 links)
  409. Exercise 3.8: General Packet Radio Service‏‎ (2 links)
  410. Mobile Communications/Mehrwegeempfang beim Mobilfunk‏‎ (2 links)
  411. Exercise 2.8: COST Delay Models‏‎ (2 links)
  412. Exercise 4.16Z: Multidimensional Data Reduction‏‎ (2 links)
  413. Exercise 2.4Z: Triangular Function‏‎ (2 links)
  414. Exercise 1.7: Ternary Markov Chain‏‎ (2 links)
  415. Exercise 4.9: Costas Rule Loop‏‎ (2 links)
  416. Exercise 2.3: Reducible and Irreducible Polynomials‏‎ (2 links)
  417. Exercise 4.6Z: ISDN Supply Lines‏‎ (2 links)
  418. Mobile Communications/Bit transmission layer for LTE‏‎ (2 links)
  419. Exercise 2.12: Run–Length Coding and Run–Length Limited Coding‏‎ (2 links)
  420. Exercise 5.3: 1st order Digital Filter‏‎ (2 links)
  421. Exercise 3.2: From the Spectrum to the Signal‏‎ (2 links)
  422. 2.3Z Zur LZ77-Codierung‏‎ (2 links)
  423. Exercise 4.11Z: OOK and BPSK once again‏‎ (2 links)
  424. Exercise 4.12Z: 4-QAM Systems again‏‎ (2 links)
  425. Eercise 4.1: About the Gram-Schmidt Process‏‎ (2 links)
  426. Exercise 1.4: Low-Pass Filter of 2nd Order‏‎ (2 links)
  427. Exercise 1.2: Switching Logic (D/B Converter)‏‎ (2 links)
  428. Exercise 3.5: Kullback-Leibler Distance and Binomial Distribution‏‎ (2 links)
  429. Aufgabe 4.18Z: BER von kohärenter und nichtkohärenter FSK‏‎ (2 links)
  430. Exercise 5.6: Filter Dimensioning‏‎ (2 links)
  431. Modulation Methods/Zielsetzung von Modulation und Demodulation‏‎ (2 links)
  432. 2D Laplace‏‎ (2 links)
  433. Exercise 1.6: Rectangular-in-Time Low-Pass Filter‏‎ (2 links)
  434. Exercise 4.1: Low-Pass and Bandpass Signals‏‎ (2 links)
  435. Exercise 2.11: Reed-Solomon Decoding according to "Erasures"‏‎ (2 links)
  436. Exercise 1.2Z: Linear Distorting System‏‎ (2 links)
  437. Exercise 3.1: Probabilities when Rolling Dice‏‎ (2 links)
  438. Exercise 3.7: PN Modulation‏‎ (2 links)
  439. Exercise 2.4Z: Low-pass Influence with Synchronous Demodulation‏‎ (2 links)
  440. Exercise 3.7: Synchronous Demodulator‏‎ (2 links)
  441. Exercise 2.4: Frequency and Phase Offset‏‎ (2 links)
  442. Exercise 3.3Z: Moments for Triangular PDF‏‎ (2 links)
  443. Exercise 5.3Z: Realization of a PN Sequence‏‎ (2 links)
  444. Exercise 2.2Z: Distortion Power again‏‎ (2 links)
  445. Exercise 2.5: Ternary Signal Transmission‏‎ (2 links)
  446. Exercise 2.16: Bounded Distance Decoding: Decision Regions‏‎ (2 links)
  447. Exercise 2.2Z: Power Consideration‏‎ (2 links)
  448. Digital Signal Transmission/Systemkomponenten eines Basisbandübertragungssystems‏‎ (2 links)
  449. Exercise 4.2Z: MIMO Applications in LTE‏‎ (2 links)
  450. Modulation Methods/Frequenzmodulation (FM)‏‎ (2 links)
  451. Channel Coding/Definition und Eigenschaften von Reed–Solomon–Codes‏‎ (2 links)
  452. Exercise 3.6Z: Examination Correction‏‎ (2 links)
  453. Exercise 5.6: OFDM Spectrum‏‎ (2 links)
  454. Exercise 2.3Z: Asymmetrical Characteristic Operation‏‎ (2 links)
  455. Exercise 3.1: Impulse response of the Coaxial Cable‏‎ (2 links)
  456. Exercise 3.4Z: Equivalent Convolution Codes?‏‎ (2 links)
  457. Exercise 2.5Z: Linear Distortions with DSB-AM‏‎ (2 links)
  458. Exercise 4.5Z: Simple Phase Modulator‏‎ (2 links)
  459. Exercise 1.4Z: Complex Nyquist Spectrum‏‎ (2 links)
  460. Exercise 4.5: LTE vs LTE-Advanced‏‎ (2 links)
  461. Exercise 4.2Z: Multiplication with a Sine Signal‏‎ (2 links)
  462. Informationstheorie/Weitere Quellencodierverfahren‏‎ (2 links)
  463. Exercise 1.1: Entropy of the Weather‏‎ (2 links)
  464. Exercise 3.9Z: Sine Transformation‏‎ (2 links)
  465. Exercise 5.8Z: Cyclic Prefix and Guard Interval‏‎ (2 links)
  466. Exercise 2.7: Two-Way Channel once more‏‎ (2 links)
  467. Exercise 3.3Z: Optimization of a Coaxial Cable System‏‎ (2 links)
  468. Exercise 3.09: Basics of the Viterbi Algorithm‏‎ (2 links)
  469. Exercise 2.11Z: Once again SSB-AM and Envelope Demodulator‏‎ (2 links)
  470. Sprachcodecs‏‎ (2 links)
  471. Exercise 3.13: Code Rate and Reliability‏‎ (2 links)
  472. Imprint for the book "Examples of Communication Systems"‏‎ (2 links)
  473. Exercise 1.3Z: ISDN Bus System and Interfaces‏‎ (2 links)
  474. Exercise 1.5: Reconstruction of the Jakes Spectrum‏‎ (2 links)
  475. Exercise 4.2: Triangle Area again‏‎ (2 links)
  476. Exercise 3.3Z: High- and Low-Pass Filters in p-Form‏‎ (2 links)
  477. Exercise 3.7: Optimal Nyquist Equalization once again‏‎ (2 links)
  478. Exercise 3.14: Error Probability Bounds‏‎ (2 links)
  479. Exercise 5.5Z: Complexity of the FFT‏‎ (2 links)
  480. Biographies and Bibliographies/Buchstaben A - C‏‎ (2 links)
  481. Exercise 4.2Z: Mixed Random Variables‏‎ (2 links)
  482. Aufgabe 1.07Z: Klassifizierung von Blockcodes‏‎ (2 links)
  483. Exercise 2.3: QAM Signal Space Assignment‏‎ (2 links)
  484. 2.12 Quadratur-AM‏‎ (2 links)
  485. Exercise 4.5: Two-dimensional Examination Evaluation‏‎ (2 links)
  486. Exercise 3.7Z: Partial Fraction Decomposition‏‎ (2 links)
  487. Exercise 1.1Z: Low-Pass 1st and 2nd Order‏‎ (2 links)
  488. Exercise 3.7: Angular Modulation of a Harmonic Oscillation‏‎ (2 links)
  489. Biographies and Bibliographies/Buchstaben N - Z‏‎ (2 links)
  490. Exercise 4.5Z: Again Mutual Information‏‎ (2 links)
  491. Exercise 2.2: Kraft–McMillan Inequality‏‎ (2 links)
  492. Exercise 1.7: PDF of Rice Fading‏‎ (2 links)
  493. Exercise 4.09: Cyclo-Ergodicity‏‎ (2 links)
  494. Physical Signal & Equivalent Low-pass Signal‏‎ (2 links)
  495. Aufgabe 4.3: Unterschiedliche Frequenzen‏‎ (2 links)
  496. Exercise 3.4Z: Continuous Phase Frequency Shift Keying‏‎ (2 links)
  497. Mobile Communications/Das GWSSUS–Kanalmodell‏‎ (2 links)
  498. Aufgabe 2.5Z: Komprimierungsfaktor vs. Restredundanz‏‎ (2 links)
  499. Exercise 2.3: Yet Another Multi-Path Channel‏‎ (2 links)
  500. Exercise 4.13: Gaussian ACF and PSD‏‎ (2 links)

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