Pages without language links
From LNTwww
The following pages do not link to other language versions.
Showing below up to 225 results in range #101 to #325.
View (previous 500 | next 500) (20 | 50 | 100 | 250 | 500)
- Dreimal Faltung
- Eigenschafte von Galoisfeldern (Lernvideo)
- Eigenschaften der Fourierreihendarstellung (Lernvideo)
- Eigenschaften des Übertragungskanals (Lernvideo)
- Eigenschaften von Tiefpass- und Bandpasssignalen (Lernvideo)
- Einige Anmerkungen zur Übertragungsfunktion (Lernvideo)
- Erläuterung der PN–Generatoren an einem Beispiel (Lernvideo)
- Erzeugung einer Exponentialverteilung (Lernvideo)
- Examples of Communication Systems
- Examples of Communication Systems/Dienste und Dienstmerkmale von ISDN
- Examples of Communication Systems/Entire GSM Transmission System
- Examples of Communication Systems/Further Developments of ISDN
- Examples of Communication Systems/Further Developments of UMTS
- Examples of Communication Systems/Further Developments of the GSM
- Examples of Communication Systems/General Description of DSL
- Examples of Communication Systems/General Description of GSM
- Examples of Communication Systems/General Description of ISDN
- Examples of Communication Systems/General Description of UMTS
- Examples of Communication Systems/ISDN Basic Access
- Examples of Communication Systems/ISDN Primary Multiplex Connection
- Examples of Communication Systems/Methods to Reduce the Bit Error Rate in DSL
- Examples of Communication Systems/Radio Interface
- Examples of Communication Systems/Speech Coding
- Examples of Communication Systems/Telecommunications Aspects of UMTS
- Examples of Communication Systems/UMTS Network Architecture
- Examples of Communication Systems/xDSL Systems
- Examples of Communication Systems/xDSL as Transmission Technology
- Exercise 2.12: Run–Length Coding and Run–Length Limited Coding
- Exercise 2.13Z: Combination of BWT and MTF
- Exercise 2.1: General Description of xDSL
- Exercise 2.2: xDSL Variants
- Exercise 2.2Z: DSL Internet Connection
- Exercise 2.3: QAM Signal Space Assignment
- Exercise 2.3Z: xDSL Frequency Band
- Exercise 2.4: DSL/DMT with IDFT/DFT
- Exercise 2.4Z: Characteristics Measurement
- Exercise 2.4Z: Repetition to IDFT
- Exercise 2.5: DSL Error Protection
- Exercise 2.5Z: Range and Bit Rate with ADSL
- Exercise 2.6: Cyclic Prefix
- Exercise 2.6Z: PN Generator of Length 3
- Exercise 3.1: GSM Network Components
- Exercise 3.5: Kullback-Leibler Distance and Binomial Distribution
- Exercises:Exercise 1.4: Rayleigh PDF and Jakes PDS
- Exercises:Exercise 1.6: Autocorrelation Function and PDS with Rice Fading
- Exercises:Exercise Overview
- Exercises:Exercise Overview2
- Fehlerhafte Links
- Fehlermöglichkeiten bei Anwendung der DFT (Lernvideo)
- Gaußsche 2D-Zufallsgrößen (Applet)
- Gaußsche 2D-Zufallsgrößen (Lernvideo)
- Gesetzmäßigkeiten der Fouriertransformation (Lernvideo)
- Gewinnen mit Roulette
- Grafische Faltung (Applet)
- Harmonische Schwingungen (Lernvideo)
- Hauptseite
- Hauptseite&do=edit
- Herleitung und Visualisierung der Diracfunktion (Lernvideo)
- Home
- Home1
- Html5Test
- Information Theory
- Information Theory/AWGN Channel Capacity for Continuous-Valued Input
- Information Theory/AWGN Channel Capacity for Discrete-Valued Input
- Information Theory/Application to Digital Signal Transmission
- Information Theory/Compression According to Lempel, Ziv and Welch
- Information Theory/Different Entropy Measures of Two-Dimensional Random Variables
- Information Theory/Differential Entropy
- Information Theory/Discrete Memoryless Sources
- Information Theory/Discrete Sources with Memory
- Information Theory/Entropy Coding According to Huffman
- Information Theory/Further Source Coding Methods
- Information Theory/General Description
- Information Theory/Natural Discrete Sources
- Information Theory/Some Preliminary Remarks on Two-Dimensional Random Variables
- Institute for Communications Engineering
- Kanalkodierverfahren
- Klassische Definition der Wahrscheinlickeit (Lernvideo)
- Komplexe Zahlen (LV)
- Kontinuierliche und diskrete Spektren (Lernvideo)
- Lernvideo Analoge und digitale Signale
- Linear and Time Invariant Systems
- Linear and Time Invariant Systems/Classification of the Distortions
- Linear and Time Invariant Systems/Conclusions from the Allocation Theorem
- Linear and Time Invariant Systems/Inverse Laplace Transform
- Linear and Time Invariant Systems/Kapitelüberblick
- Linear and Time Invariant Systems/Koaxialkabel
- Linear and Time Invariant Systems/Kupfer–Doppelader
- Linear and Time Invariant Systems/Laplace Transform and p-Transfer Function
- Linear and Time Invariant Systems/Linear Distortions
- Linear and Time Invariant Systems/Nonlinear Distortions
- Linear and Time Invariant Systems/Properties of Balanced Copper Pairs
- Linear and Time Invariant Systems/Properties of Coaxial Cables
- Linear and Time Invariant Systems/Some Low-Pass Functions in Systems Theory
- Linear and Time Invariant Systems/Some Results from Line Transmission Theory
- Linear and Time Invariant Systems/System Description in Frequency Domain
- Linear and Time Invariant Systems/System Description in Time Domain
- Lineare und nichtlineare Verzerrungen (Lernvideo)
- Mediawiki/swf files/Buch4/InformationundQuellencodierung0.swf
- Mengentheoretische Begriffe und Gesetzmäßigkeiten (Lernvideo)
- Mengentheoretische Grundlagen
- Mobile Communications
- Mobile Communications/Characteristics of GSM
- Mobile Communications/Characteristics of UMTS
- Mobile Communications/Die Anwendung von OFDMA und SC-FDMA in LTE
- Mobile Communications/Distance Dependent Attenuation and Shading
- Mobile Communications/General Description of Time Variant Systems
- Mobile Communications/General Information on the LTE Mobile Communications Standard
- Mobile Communications/History and Development of Mobile Communication Systems
- Mobile Communications/LTE-Advanced - a Further Development of LTE
- Mobile Communications/Multi-Path Reception in Mobile Communications
- Mobile Communications/Non-Frequency-Selective Fading With Direct Component
- Mobile Communications/Physical Layer for LTE
- Mobile Communications/Probability Density of Rayleigh Fading
- Mobile Communications/Similarities Between GSM and UMTS
- Mobile Communications/Statistical Bindings within the Rayleigh Process
- Mobile Communications/Statistische Bindungen innerhalb des Rayleigh–Prozesses
- Mobile Communications/Technical Innovations of LTE
- Mobile Communications/The Application of OFDMA and SC-FDMA in LTE
- Mobile Communications/The GWSSUS Channel Model
- Modulation Methods
- Modulation Methods/Direct-Sequence Spread Spectrum Modulation
- Modulation Methods/Double-Sideband Amplitude Modulation
- Modulation Methods/Envelope Demodulation
- Modulation Methods/Error Probability of Direct-Sequence Spread Spectrum Modulation
- Modulation Methods/Frequency Modulation (FM)
- Modulation Methods/Further AM Variants
- Modulation Methods/Further OFDM Applications
- Modulation Methods/General Description of OFDM
- Modulation Methods/General Model of Modulation
- Modulation Methods/Implementation of OFDM Systems
- Modulation Methods/Influence of Noise on Systems with Angle Modulation
- Modulation Methods/Linear Digital Modulation
- Modulation Methods/Lineare digitale Modulationsverfahren
- Modulation Methods/Nichtlineare Modulationsverfahren
- Modulation Methods/Non-Linear Digital Modulation
- Modulation Methods/OFDM for 4G Networks
- Modulation Methods/Objectives of Modulation and Demodulation
- Modulation Methods/Phase Modulation (PM)
- Modulation Methods/Pulse Code Modulation
- Modulation Methods/Quadrature Amplitude Modulation
- Modulation Methods/Quality Criteria
- Modulation Methods/Single-Sideband Modulation
- Modulation Methods/Spreading Sequences for CDMA
- Modulation Methods/Synchronous Demodulation
- Modulation Methods/Tasks and Classification
- Momentenberechnung bei diskreten Zufallsgrößen (Lernvideo)
- Ortskurve – Darstellung des äquivalenten Tiefpass-Signals (Applet)
- Parentpage/subpage
- Prinzip der Additionsmethode (Lernvideo)
- Pulscodemodulation (Lernvideo)
- Rechnen mit komplexen Zahlen (Lernvideo)
- Signal Representation
- Signal Representation/Analytical Signal and its Spectral Function
- Signal Representation/Calculating with Complex Numbers
- Signal Representation/Differences and Similarities of Low-Pass and Band-Pass Signals
- Signal Representation/Direct Current Signal - Limit Case of a Periodic Signal
- Signal Representation/Discrete-Time Signal Representation
- Signal Representation/Discrete Fourier Transform (DFT)
- Signal Representation/Equivalent Low-Pass Signal and its Spectral Function
- Signal Representation/Fast Fourier Transform (FFT)
- Signal Representation/Fehlermöglichkeiten bei der Anwendung der DFT
- Signal Representation/Fourier Series
- Signal Representation/General Description
- Signal Representation/General Description/Gleichsignal - Grenzfall eines periodischen Signals
- Signal Representation/Harmonic Oscillation
- Signal Representation/Possible Errors when using DFT
- Signal Representation/Principles of Communication
- Signal Representation/Signal classification
- Signal Representation/Special Cases of Pulses
- Signal Representation/Spectrum Analysis
- Signal Representation/Test
- Signal Representation/The Convolution Theorem and Operation
- Signal Representation/The Fourier Transform Theorems
- Signal Representation/The Fourier Transform and its Inverse
- Statistische Abhängigkeit und Unabhängigkeit (Lernvideo)
- Test
- The Institute for Communications Engineering
- Theory of Stochastic Signals
- Theory of Stochastic Signals/Auto-Correlation Function
- Theory of Stochastic Signals/Binomial Distribution
- Theory of Stochastic Signals/Creation of Predefined ACF Properties
- Theory of Stochastic Signals/Cross-Correlation Function and Cross Power-Spectral Density
- Theory of Stochastic Signals/Cumulative Distribution Function
- Theory of Stochastic Signals/Digital Filters
- Theory of Stochastic Signals/Expected Values and Moments
- Theory of Stochastic Signals/Exponentially Distributed Random Variables
- Theory of Stochastic Signals/From Random Experiment to Random Variable
- Theory of Stochastic Signals/Further Distributions
- Theory of Stochastic Signals/Gaussian Distributed Random Variables
- Theory of Stochastic Signals/Gaußverteilte Zufallsgröße
- Theory of Stochastic Signals/Generalization to N-Dimensional Random Variables
- Theory of Stochastic Signals/Generation of Discrete Random Variables
- Theory of Stochastic Signals/Gleichverteilte Zufallsgröße
- Theory of Stochastic Signals/Linear Combinations of Random Variables
- Theory of Stochastic Signals/Markov Chains
- Theory of Stochastic Signals/Matched Filter
- Theory of Stochastic Signals/Moments of a Discrete Random Variable
- Theory of Stochastic Signals/Poisson Distribution
- Theory of Stochastic Signals/Power-Spectral Density
- Theory of Stochastic Signals/Probability Density Function
- Theory of Stochastic Signals/Probability Density Function (PDF)
- Theory of Stochastic Signals/Set Theory Basics
- Theory of Stochastic Signals/Some Basic Definitions
- Theory of Stochastic Signals/Statistical Dependence and Independence
- Theory of Stochastic Signals/Stochastic System Theory
- Theory of Stochastic Signals/Two-Dimensional Gaussian Random Variables
- Theory of Stochastic Signals/Two-Dimensional Random Variables
- Theory of Stochastic Signals/Uniformly Distributed Random Variables
- Theory of Stochastic Signals/Verteilungsfunktion (VTF)
- Theory of Stochastic Signals/Wahrscheinlichkeit und relative Häufigkei
- Theory of Stochastic Signals/Wahrscheinlichkeit und relative Häufigkeit
- Theory of Stochastic Signals/Wiener–Kolmogorow Filter
- WDF und VTF bei Gaußschen 2D-Zufallsgrößen
- Wahrscheinlichkeit und WDF (Lernvideo)
- Wiki/Richard Hamming
- Winkelmodulation - Frequenz- und Phasenmodulation (Lernvideo)
- Würfelspiel „Mäxchen” (Lernvideo)
- Zur Berechnung der Fourierkoeffizienten (Lernvideo)
- Zusammenhang zwischen WDF und VTF (Lernvideo)
- Zusatzaufgaben1.1 Tiefpass 1. und 2. Ordnung
- Zusatzaufgaben:1.1 Einfaches Pfadverlustmodell
- Zusatzaufgaben:1.2Z Nochmals Lognormal–Fading
- Zusatzaufgaben:4.9 Periodische AKF
- Zweiseitenband-Amplitudenmodulation (Lernvideo)
