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- Digital Signal Transmission/Fehlerwahrscheinlichkeit unter Berücksichtigung von Impulsinterferenzen (7 links)
- Mobile Communications/Technical Innovations of LTE (7 links)
- Lineare zeitinvariante Systeme (7 links)
- Linear and Time Invariant Systems/Einige systemtheoretische Tiefpassfunktionen (7 links)
- Biographies and Bibliographies/Students involved in LNTwww (7 links)
- Harmonische Schwingungen (Lernvideo) (7 links)
- Channel Coding/Kanalmodelle und Entscheiderstrukturen (7 links)
- Mobile Communications/Multipath Reception in Mobile Communications (7 links)
- Frequency Shift Keying & Continuous Phase Modulation (7 links)
- Modulation Methods/Lineare digitale Modulation (7 links)
- Theory of Stochastic Signals/Some Basic Definitions (7 links)
- Information Theory/Gedächtnislose Nachrichtenquellen (7 links)
- Signal Representation/Possible Errors When Using DFT (7 links)
- Fehlermöglichkeiten bei Anwendung der DFT (Lernvideo) (7 links)
- Modulation Methods/Further OFDM Applications (7 links)
- Markovketten (7 links)
- Herleitung und Visualisierung der Diracfunktion (Lernvideo) (7 links)
- Quality of different voice codecs (Applet) (7 links)
- Information Theory/AWGN Channel Capacity for Continuous Input (7 links)
- Theory of Stochastic Signals/Mengentheoretische Grundlagen (7 links)
- Information Theory/Weitere Quellencodierverfahren (7 links)
- Digital Signal Transmission/Consideration of Channel Distortion and Equalization (7 links)
- Bessel Functions of the First Kind (7 links)
- Digital Signal Transmission/Eigenschaften von Nyquistsystemen (7 links)
- Mobile Communications/Physical Layer for LTE (7 links)
- Digital Signal Transmission/Applications for Multimedia Files (6 links)
- Eigenschaften der Fourierreihendarstellung (Lernvideo) (6 links)
- Linear and Time Invariant Systems/Nonlinear Distortion (6 links)
- Information Theory/AWGN–Kanalkapazität bei wertdiskretem Eingang (6 links)
- Prinzip der Quadratur-Amplitudenmodulation (Applet) (6 links)
- Modulation Methods/Realisierung von OFDM-Systemen (6 links)
- Kausale Systeme - Laplacetransformation (6 links)
- Information Theory/Allgemeine Beschreibung (6 links)
- Linear and Time Invariant Systems/Eigenschaften von Koaxialkabeln (6 links)
- Matched Filter Properties (6 links)
- Modulation Methods/Phasenmodulation (PM) (6 links)
- Mobile Communications/General Description of Time Variant Systems (6 links)
- Modulation Methods/Pulscodemodulation (6 links)
- Pulscodemodulation (Lernvideo) (6 links)
- MPSK & Union-Bound(Applet) (6 links)
- Modulationsverfahren/Synchrondemodulation (6 links)
- Pseudoternaercodierung (6 links)
- Modulationsverfahren/Nichtlineare digitale Modulation (6 links)
- Theory of Stochastic Signals/Verteilungsfunktion (VTF) (6 links)
- Fehlerwahrscheinlichkeit (6 links)
- Dämpfung von Kupferkabeln (6 links)
- Theory of Stochastic Signals/Cross-Correlation Function and Cross Power-Spectral Density (6 links)
- Theory of Stochastic Signals/Zweidimensionale Zufallsgrößen (6 links)
- Information Theory/Natural Discrete Sources (6 links)
- Mobile Communications/LTE-Advanced - a Further Development of LTE (6 links)
- Modulation Methods/Einseitenbandmodulation (6 links)
- Wahrscheinlichkeit und WDF (Lernvideo) (6 links)
- Channel Coding/Error Probability and Areas of Application (6 links)
- Signal Representation/Differences and Similarities of Low-Pass and Band-Pass Signals (6 links)
- Modulationsverfahren/Quadratur–Amplitudenmodulation (6 links)
- Two-dimensional Gaussian Random Variables (6 links)
- Mobile Communications/Probability density of Rayleigh fading (6 links)
- Exercise 4.6: Product Code Generation (5 links)
- Modulation Methods/Synchrondemodulation (5 links)
- Kontinuierliche und diskrete Spektren (Lernvideo) (5 links)
- Linear and Time Invariant Systems/Eigenschaften von Kupfer–Doppeladern (5 links)
- Erzeugung einer Exponentialverteilung (Lernvideo) (5 links)
- Digital Signal Transmission/Viterbi–Empfänger (5 links)
- Period Duration of Periodic Signals (5 links)
- Korrelation und Regressionsgerade (5 links)
- Information (5 links)
- Examples of Communication Systems/Weiterentwicklungen des GSM (5 links)
- DMT (5 links)
- Biografien und Bibliografien/An LNTwww beteiligte Mitarbeiter und Dozenten (5 links)
- DMT-Prinzip (5 links)
- Modulation Methods/Spreizfolgen für CDMA (5 links)
- Aufgabe 4.4: Gaußsche 2D-WDF (5 links)
- Biographies and Bibliographies/Externe Beteiligte am LNTwww (5 links)
- Mobile Communications/History and Development of Mobile Communication Systems (5 links)
- Exercise 1.4: Entropy Approximations for the AMI Code (5 links)
- Exercise 4.4: Extrinsic L-values at SPC (5 links)
- Modulation Methods/OFDM for 4G Networks (5 links)
- Exercise 2.07: Reed-Solomon Code (7, 3, 5) to Base 8 (5 links)
- Digital Signal Transmission/Blockweise Codierung mit 4B3T-Codes (5 links)
- Mobile Communications/Non-frequency selective fading with direct component (5 links)
- Exercise 5.6Z: Gilbert-Elliott Model (5 links)
- Exercises:Exercise Overview (5 links)
- Korrelationskoeffizient & Regressionsgerade (5 links)
- Modulation Methods/Hüllkurvendemodulation (5 links)
- Channel Coding/Distance Characteristics and Error Probability Barriers (5 links)
- Gaußsche Fehlerfunktionen (5 links)
- Digital Signal Transmission/Trägerfrequenzsysteme mit kohärenter Demodulation (5 links)
- Multipath propagation and frequency selectivity (Applet) (5 links)
- Exercise 3.1: cos²-PDF and PDF with Dirac Functions (5 links)
- Digital Signal Transmission/Entscheidungsrückkopplung (5 links)
- Signal Representation/Equivalent Low-Pass Signal and Its Spectral Function (5 links)
- Bessel functions of the first kind (5 links)
- Frequenzgang und Impulsantwort (5 links)
- Digital Signal Transmission/Symbolweise Codierung mit Pseudoternärcodes (5 links)
- Physikalisches Signal & Analytisches Signal (5 links)
- Principle of Pseudo-Ternary Coding (5 links)
- Biographies and Bibliographies/Letters M - Q (4 links)
- Würfelspiel „Mäxchen” (Lernvideo) (4 links)
- Channel Coding/Beispiele binärer Blockcodes (4 links)
- Information Theory/AWGN Channel Capacity for Continuous-Valued Input (4 links)
- Physikalisches Signal & Äquivalentes TP-Signal (4 links)
- OVSF-Codes (Applet) (4 links)
- Capacity of Memoryless Digital Channels (4 links)
- Exercise 1.09: Extended Hamming Code (4 links)
- Examples of Communication Systems/ISDN–Primärmultiplexanschluss (4 links)
- Theory of Stochastic Signals/Wahrscheinlichkeitsdichtefunktion (WDF) (4 links)
- Exercise 1.6: (7, 4) Hamming Code (4 links)
- Winkelmodulation - Frequenz- und Phasenmodulation (Lernvideo) (4 links)
- Principle of QAM (4 links)
- Theory of Stochastic Signals/Further distributions (4 links)
- Mobile Communications/The GWSSUS channel model (4 links)
- Mobile Communications/Wahrscheinlichkeitsdichte des Rayleigh–Fadings (4 links)
- Signal Representation/Signal Classification (4 links)
- Exercise 2.7: Coherence Bandwidth (4 links)
- Coherent and Non-Coherent On-Off Keying (4 links)
- QPSK (4 links)
- Eye Pattern and Worst-Case Error Probability (4 links)
- Entscheidungsrückkopplung (4 links)
- Biographies and Bibliographies/Buchstaben T - V (4 links)
- Biographies and Bibliographies/Letters R - V (4 links)
- Digital Signal Transmission/Bündelfehlerkanäle (4 links)
- Exercise 1.3Z: Exponentially Decreasing Impulse Response (4 links)
- Examples of Communication Systems/Further Developments of ISDN (4 links)
- Theory of Stochastic Signals/Erzeugung von diskreten Zufallsgrößen (4 links)
- Prinzip der Additionsmethode (Lernvideo) (4 links)
- Digital Signal Transmission/Optimierung der Basisbandübertragungssysteme (4 links)
- Exercise 4.1Z: High-Pass System (4 links)
- Qualität verschiedener Sprach–Codecs (Applet) (4 links)
- Frequenzgang (4 links)
- Exercise 4.4: Two-dimensional Gaussian PDF (4 links)
- Videos (4 links)
- Gram-Schmidt-Verfahren (4 links)
- Lempel-Ziv-Welch (4 links)
- Theory of Stochastic Signals/Stochastische Systemtheorie (4 links)
- Theory of Stochastic Signals/Poissonverteilung (4 links)
- Exercise 1.09Z: Extension and/or Puncturing (4 links)
- Digital Signal Transmission/Optimale Empfängerstrategien (4 links)
- Modulation Methods/OFDM für 4G–Netze (4 links)
- Examples of Communication Systems/ISDN-Basisanschluss (4 links)
- Exercise 5.6: Error Correlation Duration (4 links)
- Biographies and Bibliographies/Buchstaben W - Z (4 links)
- Signal Representation/Gleichsignal - Grenzfall eines periodischen Signals (4 links)
- Exercise 1.11: Syndrome Decoding (4 links)
- Exercise 1.3Z: Thermal Noise (4 links)
- Exercise 4.08: Repetition to the Convolutional Codes (4 links)
- Exercise 1.16: Block Error Probability Bounds for AWGN (4 links)
- Theory of Stochastic Signals/Digitale Filter (4 links)
- Exercise 1.1: Simple Filter Functions (4 links)
- Theory of Stochastic Signals/Markovketten (4 links)
- Exercise 5.5: Error Sequence and Error Distance Sequence (4 links)
- Linear and Time Invariant Systems/Systembeschreibung im Frequenzbereich (4 links)
- Mobile Communications/General description of time variant systems (4 links)
- Exercise 1.11Z: Syndrome Decoding again (4 links)
- Digital Signal Transmission/Fehlerwahrscheinlichkeit bei Basisbandübertragung (4 links)
- Exercise 2.3: About the LZ78 Compression (4 links)
- Signal Representation/The Fourier Transform Theorems (4 links)
- Exercise 1.1Z: Low-Pass Filter of 1st and 2nd Order (4 links)
- Exercise 3.4Z: Trapezoid, Rectangle and Triangle (4 links)
- Information theory (4 links)
- Digital Signal Transmission/Symbolwise Coding with Pseudo Ternary Codes (4 links)
- 2D Laplace (SWF) (4 links)
- Zweidimensionale Laplace-Zufallsgrößen (Applet) (4 links)
- Synchrondemodulator (4 links)
- Entropien von Nachrichtenquellen (4 links)
- Biographies and Bibliographies/Letters E - H (4 links)
- Exercise 1.12: Hard Decision vs. Soft Decision (4 links)
- Exercise 1.1: Basic Transmission Pulses (4 links)
- Exercise 4.09: Recursive Systematic Convolutional Codes (4 links)
- Exercise 2.5: Scatter Function (4 links)
- Exercise 2.7: Huffman Application for Binary Two-Tuples (4 links)
- Diskrete Fouriertransformation (Applet) (4 links)
- Modulation Methods/Aufgaben und Klassifizierung (4 links)
- Exercise 2.12: Decoding at RSC (7, 4, 4) to Base 8 (4 links)
- Digital Signal Transmission/Berücksichtigung von Kanalverzerrungen und Entzerrung (4 links)
- Examples of Communication Systems/Weiterentwicklungen von UMTS (4 links)
- Viterbi (4 links)
- Lineare Nyquistentzerrung (4 links)
- Biographies and Bibliographies/Letters H - M (4 links)
- Biographies and Bibliographies/Letters I - L (4 links)
- Exercise 2.7Z: Huffman Coding for Two-Tuples of a Ternary Source (4 links)
- Exercise 3.1Z: Triangular PDF (4 links)
- Biographies and Bibliographies/External Contributors to LNTwww (4 links)
- Lineare Verzerrungen periodischer Signale (3 links)
- Exercise 1.13: Binary Erasure Channel Decoding (3 links)
- Exercise 4.11: C Program "acf1" (3 links)
- Exercise 3.1: Spectrum of the Exponential Pulse (3 links)
- Mobile Communications/Nichtfrequenzselektives Fading mit Direktkomponente (3 links)
- Theory of Stochastic Signals/Momente einer diskreten Zufallsgröße (3 links)
- Linear and Time Invariant Systems/Some Low-Pass Functions in System Theory (3 links)
- Exercise 2.11: Arithmetic Coding (3 links)
- Exercise 4.15: MSK Compared with BPSK and QPSK (3 links)
- Mobile Communications/Technical innovations of LTE (3 links)
- Exercise 3.8Z: Tuples from Ternary Random Variables (3 links)
- Aufgabe 3.2: Erwartungswertberechnungen (3 links)
- Exercise 3.11: Viterbi Path Finding (3 links)
- Abtastung analoger Signale und Signalrekonstruktion (3 links)
- Exercise 3.8Z: Optimal Detection Time for DFE (3 links)
- Signal Representation/Principles of communication (3 links)
- Biographies and Bibliographies/Buchstaben P - S (3 links)
- Biographies and Bibliographies/Letters N - Z (3 links)
- Exercise 4.6Z: Basics of Product Codes (3 links)
- Exercise 4.11Z: C Program "acf2" (3 links)
- Eigenschafte von Galoisfeldern (Lernvideo) (3 links)
- Imprint for the book "Signal Representation" (3 links)
- Exercise 4.7: Spectra of ASK and BPSK (3 links)
- Zur Erzeugung von Walsh-Funktionen (neues Applet) (3 links)
- Digital Signal Transmission/Trägerfrequenzsysteme mit nichtkohärenter Demodulation (3 links)
- Exercise 2.11Z: Arithmetic Coding once again (3 links)
- Exercise 4.15Z: MSK Basic Pulse and MSK Spectrum (3 links)
- Theory of Stochastic Signals/Gleichverteilte Zufallsgrößen (3 links)
- Mobile Communications/The application of OFDMA and SC-FDMA in LTE (3 links)
- Exercise 4.1: Low-Pass and Band-Pass Signals (3 links)
- Exercise 1.5: HDB3 Coding (3 links)
- Mobile Communications/Similarities between GSM and UMTS (3 links)
- Exercise 3.12: Path Weighting Function (3 links)
- Information Theory/Sources with Memory (3 links)
- Exercise 3.6: Transient Behavior (3 links)
- Exercise 1.07: Check and Generator Matrix of the HC (7, 4, 3) (3 links)
- Digital Signal Transmission/Struktur des optimalen Empfängers (3 links)
- Exercise 4.7: Product Code Decoding (3 links)
- Exercise 1.14: Bhattacharyya Bound for BEC (3 links)
- Digital Signal Transmission/Approximation der Fehlerwahrscheinlichkeit (3 links)
- Exercise 4.5: Non-Linear Quantization (3 links)
- Augendiagramm und ungünstigste Fehlerwahrscheinlichkeit (3 links)
- Exercise 2.7Z: Coherence Bandwidth of the LTI Two-Path Channel (3 links)
- Eigenschaften der Fourienreihendarstellung (Lernvideo) (3 links)
- Exercise 4.8: Different Error Probabilities (3 links)
- Exercise 4.6: k-parameters and alpha-parameters (3 links)
- Theory of Stochastic Signals/Erzeugung vorgegebener AKF-Eigenschaften (3 links)
- Exercise 1.08: Comparison of ASK and BPSK (3 links)
- Digital Signal Transmission/Binary Symmetric Channel (3 links)
- Exercise 5.5Z: About the Rake Receiver (3 links)
- Mobile Communications/Statistical bindings within the Rayleigh process (3 links)
- Exercise 2.6: Two-Way Channel (3 links)
- Digital Signal Transmission/Impulsinterferenzen bei mehrstufiger Übertragung (3 links)
- Theory of Stochastic Signals/Binomialverteilung (3 links)
- Exercise 4.1: Triangular (x, y) Area (3 links)
- Exercise 3.6: Transversal Filter of the Optimal Nyquist Equalizer (3 links)
- Biographies and Bibliographies/Buchstaben D - F (3 links)
- Exercise 4.1Z: Calculation of Moments (3 links)
- Exercise 1.2: Lognormal Channel Model (3 links)
- Exercise 3.09: Correlation Receiver for Unipolar Signaling (3 links)
- Biographies and Bibliographies/Ziffern (3 links)
- Exercise 4.5: Mutual Information from 2D-PDF (3 links)
- Biographies and Bibliographies/Letters W - Z & Numbers (3 links)
- Channel Coding/Grundlagen der Faltungscodierung (3 links)
- Besselfunktionen erster Art (3 links)
- Exercise 4.08: Decision Regions at Three Symbols (3 links)
- Exercise 1.08Z: BPSK Error Probability (3 links)
- Digital Signal Transmission/Beschreibungsgrößen digitaler Kanalmodelle (3 links)
- Theory of Stochastic Signals/Wiener–Kolmogorow Filter (3 links)
- Exercise 2.7: C Programs "z1" and "z2" (3 links)
- Exercise 2.15Z: Block Error Probability once more (3 links)
- Channel Coding/Decodierung linearer Blockcodes (3 links)
- Exercise 2.3: Sinusoidal Characteristic (3 links)
- Laufzeit (3 links)
- Mobile Communications/Statistische Bindungen innerhalb des Rayleigh–Prozesses (3 links)
- Channel Coding/Soft–in Soft–out Decoder (3 links)
- Aufgabe 3.10Z: BSC–Kanalkapazität (3 links)
- Exercise 3.13: Path Weighting Function again (3 links)
- Biographies and Bibliographies/Letters A - D (3 links)
- Exercise 4.1: PCM System 30/32 (3 links)
- Exercise 2.2: Properties of Galois Fields (3 links)
- Exercise 2.6: About the Huffman Coding (3 links)
- Zweiseitenband-Amplitudenmodulation (Lernvideo) (3 links)
- Exercise 3.2: GSM Data Rates (3 links)
- Theory of Stochastic Signals/Wiener–Kolmogorow–Filter (3 links)
- Imprint for the book "Digital Signal Transmission" (3 links)
- Mehrwegeausbreitung und Frequenzselektivität (Applet) (3 links)
- Examples of Communication Systems/Weiterentwicklungen von ISDN (3 links)
- Exercise 3.6: State Transition Diagram (3 links)
- Exercise 1.4Z: Entropy of the AMI Code (3 links)
- Modulationsverfahren/Rauscheinfluss bei Winkelmodulation (3 links)
- Exercise 3.3Z: Characteristics Determination (3 links)
- Biographies and Bibliographies/Letters A - G (3 links)
- Digital Signal Transmission/Signale, Basisfunktionen und Vektorräume (3 links)
- Exercise 4.4Z: Supplement to Exercise 4.4 (3 links)
- Signal Representation/Analytical Signal and its Spectral Function (3 links)
- Exercise 3.11: Viterbi Receiver and Trellis Diagram (3 links)
- Exercise 4.1: About the Gram-Schmidt Process (3 links)
- Exercise 1.16Z: Bounds for the Gaussian Error Function (3 links)
- Theory of Stochastic Signals/Einige grundlegende Definitionen (3 links)
- Signaldarstellung (3 links)
- Biographies and Bibliographies/Buchstaben Q - T (3 links)
- Exercise 4.13: Four-level QAM (3 links)
- Theory of Stochastic Signals/Cumulative Distribution Function (CDF) (3 links)
- Exercise 3.1: Analysis of a Convolutional Encoder (3 links)
- Channel Coding/Grundlegendes zu den Turbocodes (3 links)
- Exercise 3.7: Bit Error Rate (BER) (3 links)
- Exercise 3.5: Recursive Filters for GF(2) (3 links)
- 2.13 Burrows-Wheeler-Rücktransformation (3 links)
- Exercise 5.7: McCullough and Gilbert-Elliott Parameters (3 links)
- Linear and Time Invariant Systems/Some Results from Transmission Line Theory (3 links)
- Digital Signal Transmission/Lineare Nyquistentzerrung (3 links)
- Exercise 3.09Z: Viterbi Algorithm again (3 links)
- Exercise 3.14: Channel Coding Theorem (3 links)
- Exercise 1.5: Binary Markov Source (3 links)
- Applets (3 links)
- Biographies and Bibliographies/Buchstaben G - I (3 links)
- Mobile Communications/Statistical Bonds Within the Rayleigh Process (3 links)
- Linear and Time Invariant Systems/Lineare Verzerrungen (3 links)
- Exercise 3.11Z: Maximum Likelihood Error Variables (3 links)
- Exercise 4.5Z: Tangent Hyperbolic and Inverse (3 links)
- Exercise 4.10: Binary and Quaternary (3 links)
- Exercise 4.5: Coaxial Cable - Impulse Response (3 links)
- Exercise 1.17: About the Channel Coding Theorem (3 links)
- Mobile Communications/Statistical bonds within the Rayleigh process (3 links)
- Exercise 4.09Z: Laplace Distributed Noise (3 links)
- Exercise 4.14: Phase Progression of the MSK (3 links)
- Exercise 2.08: Generator Polynomials for Reed-Solomon (3 links)
- Theory of Stochastic Signals/Power Density Spectrum (PDS) (3 links)
- Theory of Stochastic Signals/Wahrscheinlichkeitsdichtefunktion (3 links)
- Exercise 3.1Z: Convolution Codes of Rate 1/2 (3 links)
- 4B3T-Codes (3 links)
- Principle of 4B3T Coding (3 links)
- Exercise 5.7Z: McCullough Model once more (3 links)
- Mobile Communications/Non-Frequency-Selective Fading With Direct Component (3 links)
- Exercise 3.10: Metric Calculation (3 links)
- Exercise 5.2: Inverse Discrete Fourier Transform (3 links)
- Exercise 1.4Z: Modified MS43 Code (3 links)
- Mobile Communications/General information on the LTE mobile communications standard (3 links)
- Gegenüberstellung Binomial- und Poissonverteilung (3 links)
- Exercise 3.4Z: Various All-Pass Filters (3 links)
- Impulse und Spektren (3 links)
- Biographies and Bibliographies/Buchstaben J - L (3 links)
- Exercise 1.1Z: Nonredundant Binary Source (3 links)
- Exercise 4.2: AM/PM Oscillations (3 links)
- Signal Representation/Possible Errors when using DFT (3 links)
- Exercise 1.17Z: BPSK Channel Capacity (3 links)
- Exercise 3.5: GSM Full Rate Vocoder (3 links)
- Exercise 2.4: About the LZW algorithm (3 links)
- Imprint for the book "Linear and Time Invariant Systems" (3 links)
- Exercise 2.5: Three Variants of GF(2 power 4) (3 links)
- Exercise 4.14Z: Offset QPSK vs. MSK (3 links)
- Exercise 2.12Z: Reed-Solomon Syndrome Calculation (3 links)
- Mobile Communications/LTE-Advanced - a further development of LTE (3 links)
- Exercise 2.7: AMI Code (3 links)
- Exercise 3.2: G-matrix of a Convolutional Encoder (3 links)
- Exercise 3.2: Eye Pattern according to Gaussian Low-Pass (3 links)
- Exercise 3.10: Mutual Information at the BSC (3 links)
- Channel Coding/Zielsetzung der Kanalcodierung (3 links)
- Exercise 3.4Z: Eye Opening and Level Number (3 links)
- Theory of Stochastic Signals/Exponentialverteilte Zufallsgrößen (3 links)
- Exercise 2.6: Modified MS43 Code (3 links)
- Exercise 3.8: Delay Filter DFE Realization (3 links)
- Glossary (3 links)
- Biographies and Bibliographies/Buchstaben M - O (3 links)
- Authors (2 links)
- Exercise 1.3Z: Rayleigh Fading Revisited (2 links)
- Exercise 4.7Z: Generation of a joint PDF (2 links)
- Aufgabe 4.2: Fehlangepasste Leitung (2 links)
- Exercise 3.13: Threshold Decision vs. DFE vs. Maximum Liekelihood (2 links)
- Exercise 3.10Z: Amplitude and Angle Modulation in Comparison (2 links)
- Aufgabe 3.3: GSM–Rahmenstruktur (2 links)
- Mobile Communications/Allgemeine Beschreibung zeitvarianter Systeme (2 links)
- Exercise 4.2Z: Eight-level Phase Shift Keying (2 links)
- Exercise 4.4: About the Quantization Noise (2 links)
- Exercise 4.8: Numerical Analysis of the AWGN Channel Capacity (2 links)
- Aufgabe 2.1: Gruppe, Ring, Körper (2 links)
- Exercise 3.6: Adaptive Multi–Rate Codec (2 links)
- Mobile Communications/Gemeinsamkeiten von GSM und UMTS (2 links)
- Exercise 2.4Z: LZW Coding and Decoding again (2 links)
- Exercise 2.6: Dimensions in GWSSUS (2 links)
- Exercise 4.15: PDF and Correlation Matrix (2 links)
- Dämpfung von Kupferkabeln (SWF) (2 links)
- Information Theory/Nachrichtenquellen mit Gedächtnis (2 links)
- Exercise 4.06Z: Signal Space Constellations (2 links)
- Exercise 1.5Z: Probabilities of Default (2 links)
- Bibliography to Signal Representation (2 links)
- Aufgabe 4.8Z: BPSK–Fehlerwahrscheinlichkeit (2 links)
- WDF und VTF bei Gaußschen 2D Zufallsgrößen (Applet) (2 links)
- Exercise 4.3: UMTS Access Level (2 links)
- Mobile Communications/History and development of mobile communication systems (2 links)
- Exercise 2.8: Huffman Application for a Markov Source (2 links)
- Exercise 4.10: Signal Waveforms of the 16-QAM (2 links)
- Exercise 5.1Z: Cosine Square Noise Limitation (2 links)
- Aufgabe 4.11Z: Fehlerwahrscheinlichkeit bei QAM (2 links)
- Biographies and Bibliographies/Buchstaben Y - Z & Ziffern (2 links)
- Exercise 2.5Z: Some Calculations about GF(2 power 3) (2 links)
- Exercise 1.1: A Special Dice Game (2 links)
- Modulation Methods/Nichtlineare digitale Modulation (2 links)
- Exercise 3.4Z: GSM Full-Rate Voice Codec (2 links)
- Exercise 5.5: ACF-Equivalent Filters (2 links)
- Exercise 4.15: Optimal Signal Space Allocation (2 links)
- Exercise 2.5Z: Flower Meadow (2 links)
- Exercise 2.09: Reed–Solomon Parameters (2 links)
- Theory of Stochastic Signals/Kreuzkorrelationsfunktion und Kreuzleistungsdichte (2 links)
- Exercise 5.8Z: Matched Filter for Rectangular PSD (2 links)
- Exercise 3.6: Even/Odd Time Signal (2 links)
- Exercise 4.19: Orthogonal Multilevel FSK (2 links)
- Exercise 1.8Z: Cosine-Square Low-Pass Filter (2 links)
- Exercise 2.2: Binary Bipolar Rectangles (2 links)
- Exercise 2.13: Decoding at RSC (7, 3, 5) to Base 8 (2 links)
- Exercise 3.4: Entropy for Different PMF (2 links)
- Exercise 3.9: Convolution of Rectangle and Gaussian Pulse (2 links)
- Imprint for the book "Channel Coding" (2 links)
- Exercise 5.2: Error Correlation Function (2 links)
- Exercise 2.7Z: Power-Spectral Density of Pseudo-Ternary Codes (2 links)
- General notes about "Mobile Communications" (2 links)
- Exercise 3.2Z: (3, 1, 3) Convolutional Encoder (2 links)
- Aufgabe 2.4Z: Tiefpass-Einfluss bei Synchrondemodulation (2 links)
- Exercise 1.3: Rectangular Functions for Transmitter and Receiver (2 links)
- Exercise 4.4: Modulation in LTE (2 links)
- General notes about "Examples of Communication Systems" (2 links)
- Exercise 1.2Z: Three-dimensional Representation of Codes (2 links)
- Imprint for the book "Information Theory" (2 links)
- Digital Signal Transmission/Anwendungen bei Multimedia–Dateien (2 links)
- Exercise 2.5: Distortion and Equalization (2 links)
- Exercise 3.2Z: Optimum Cut-off Frequency for Gaussian Low-pass (2 links)
- Aufgabe 3.7: Vergleich zweier Faltungscodierer (2 links)
- Exercise 2.9: Symmetrical Distortions (2 links)
- Exercise 1.7: System Efficiencies (2 links)
- Exercise 3.10Z: BSC Channel Capacity (2 links)
- Exercise 4.3Z: Hilbert Transformator (2 links)
- Examples of Communication Systems/Sprachcodierung (2 links)
- Exercise 3.11: Chebyshev's Inequality (2 links)
- Exercise 3.5: Eye Opening with Pseudoternary Coding (2 links)
- Exercise 3.1Z: Influence of the Message Phase in Phase Modulation (2 links)
- Exercise 5.4: Comparison of Rectangular and Hanning Window (2 links)
- Exercise 1.7: Coding for B-ISDN (2 links)
- Exercise 1.6Z: Ternary Markov Source (2 links)
- Exercise 1.1: Dual Slope Loss Model (2 links)
- Aufgabe 4.Zehn: QPSK–Kanalkapazität (2 links)
- Exercise 2.2: Direct Current Component of Signals (2 links)
- Exercise 3.5Z: Application of the Residue Theorem (2 links)
- Imprint for the book "Mobile Communications" (2 links)
- Exercise 4.2: Channel Log Likelihood Ratio at AWGN (2 links)
- Pulses & Spectra (2 links)
- Aufgabe 1.09Z: Erweiterung und/oder Punktierung (2 links)
- Exercise 4.8: Diamond-shaped Joint PDF (2 links)
- Exercise 1.1: Music Signals (2 links)
- Exercise 4.1: Attenuation Function (2 links)
- Modulation Methods/Allgemeines Modell der Modulation (2 links)
- Exercise 3.11: Pre-Emphase and De-Emphase (2 links)
- Signal Representation/Equivalent Low Pass Signal and Its Spectral Function (2 links)
- Exercise 1.13Z: Binary Erasure Channel Decoding again (2 links)
- Exercise 3.3: GSM Frame Structure (2 links)
- Mobile Communications/Allgemeines zum Mobilfunkstandard LTE (2 links)
- Exercise 4.2Z: Eight-step Phase Shift Keying (2 links)
- Imprint for the book "Modulation Methods" (2 links)
- Exercise 4.11: Analysis of Parity-check Matrices (2 links)
- Exercise 4.4Z: Signal-to-Noise Ratio with PCM (2 links)
- Exercise 4.8Z: What does the AWGN Channel Capacity Curve say? (2 links)
- Exercise 3.7: GSM System Components (2 links)
- Mobile Communications/Historie und Entwicklung der Mobilfunksysteme (2 links)
- Exercise 2.5: Residual Redundancy with LZW Coding (2 links)
- Exercise 4.15Z: Statements of the Covariance Matrix (2 links)
- Theory of Stochastic Signals/Autokorrelationsfunktion (AKF) (2 links)
- Exercise 1.6: Transition Probabilities (2 links)
- Exercise 1.4: Rayleigh PDF and Jakes PDS (2 links)
- Exercise 4.4: Cellular UMTS Architecture (2 links)
- Mobile Communications/Similarities of GSM and UMTS (2 links)
- Exercise 2.9: Huffman Decoding after Errors (2 links)
- Exercise 5.2Z: Two-Way Channel (2 links)
- Exercise 2.2: Multi-Level Signals (2 links)
- Exercise 1.3: Measured Step Response (2 links)
- Exercise 2.6: GF(P power m). Which P, which m? (2 links)
- Exercise 1.1Z: Sum of Two Ternary Signals (2 links)
- Exercise 4.16: Binary Frequency Shift Keying (2 links)
- Exercise 2.6Z: PN Generator of Length 3 (2 links)
- Exercise 1.5: Rectangular-in-Frequency Low-Pass Filter (2 links)
- Channel Coding/Einige Grundlagen der Algebra (2 links)
- Exercise 2.10: Reed-Solomon Fault Detection (2 links)
- Exercise 3.6: FDMA, TDMA and CDMA (2 links)
- Exercise 3.6Z: Complex Exponential Function (2 links)
- Exercise 3.2: CDF for Exercise 3.1 (2 links)
- Modulation Methods/Fehlerwahrscheinlichkeit der PN–Modulation (2 links)
- Exercise 2.1: Linear? Or Non-Linear? (2 links)
- Exercise 2.3: Binary Signal and Quaternary Signal (2 links)
- Exercise 2.14: Petersen Algorithm (2 links)
- Exercise 2.1: DSB-AM with Cosine? Or with Sine? (2 links)
- Exercise 3.5Z: Kullback-Leibler Distance again (2 links)
- Exercise 3.9Z: Convolution of Gaussian Pulses (2 links)
- Exercise 5.3: AWGN and BSC Model (2 links)
- Exercise 5.5: Multi-User Interference (2 links)
- Exercise 2.8: Code Comparison Binary, AMI and 4B3T (2 links)
- Exercise 3.3: Code Sequence Calculation via U(D) and G(D) (2 links)
- Aufgabe 2.6: Freiraumdämpfung (2 links)
- Exercise 1.3Z: Threshold Optimization (2 links)
- Exercise 3.9: Conditional Mutual Information (2 links)
- Exercise 4.4Z: Physical Channels in LTE (2 links)
- 2.5 Restredundanz bei LZW-Codierung (2 links)
- Learning videos to "Information Theory" (2 links)
- Aufgabe 5.7: McCullough-Parameter aus Gilbert-Elliott-Parameter (2 links)
- Exercise 3.8: Amplification and Limitation (2 links)
- Exercise 5.7: OFDM Transmitter using IDFT (2 links)
- Exercise 2.5Z: Nyquist Equalization (2 links)
- Aufgabe 3.7Z: Welcher Code ist katastrophal? (2 links)
- Exercise 2.10: SSB-AM with Channel Distortions (2 links)
- Theory of Stochastic Signals/Statistische Abhängigkeit und Unabhängigkeit (2 links)
- Exercise 3.11: Erasure Channel (2 links)
- Exercise 4.4: Vector Diagram for DSB-AM (2 links)
- Mobile Communications/Die Charakteristika von UMTS (2 links)
- Aufgabe 1.4: Entropienäherungen für den AMI-Code (2 links)
- Exercise 5.8: BMP Format (2 links)
- Exercise 3.12: Cauchy Distribution (2 links)
- Exercise 5.10: DMT Process for DSL (2 links)
- Exercise 3.2: Laplace Transform (2 links)
- Exercise 3.2: Spectrum with Angle Modulation (2 links)
- Exercise 5.4Z: On the Hanning Window (2 links)
