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Showing below up to 50 results in range #271 to #320.
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- Exercises:Exercise 1.5: Reconstruction of the Jakes Spectrum → Exercise 1.5: Reconstruction of the Jakes Spectrum
- Exercises:Exercise 1.6: Autocorrelation Function and PSD with Rice Fading → Exercises:Exercise 1.6: Autocorrelation Function and PSD with Rice Fading
- Exercises:Exercise 1.6Z: Comparison of Rayleigh and Rice → Exercise 1.6Z: Comparison of Rayleigh and Rice
- Exercises:Exercise 1.7: PDF of Rice Fading → Exercise 1.7: PDF of Rice Fading
- Exercises:Exercise 2.1: Two-Dimensional Impulse Response → Exercise 2.1: Two-Dimensional Impulse Response
- Exercises:Exercise 2.1Z: 2D-Frequency and 2D-Time Representations → Exercise 2.1Z: 2D-Frequency and 2D-Time Representations
- Exercises:Exercise 2.2: Simple Two-Path Channel Model → Exercise 2.2: Simple Two-Path Channel Model
- Exercises:Exercise 2.2Z: Real Two-Path Channel → Exercise 2.2Z: Real Two-Path Channel
- Exercises:Exercise 2.3: Yet Another Multi-Path Channel → Exercise 2.3: Yet Another Multi-Path Channel
- Exercises:Exercise 2.4: 2-D Transfer Function → Exercise 2.4: 2-D Transfer Function
- Exercises:Exercise 2.5: Scatter Function → Exercise 2.5: Scatter Function
- Exercises:Exercise 2.5Z: Multi-Path Scenario → Exercise 2.5Z: Multi-Path Scenario
- Exercises:Exercise 2.6: Units in GWSSUS → Exercise 2.6: Units in GWSSUS
- Exercises:Exercise 2.7: Coherence Bandwidth → Exercise 2.7: Coherence Bandwidth
- Exercises:Exercise 2.7Z: Coherence Bandwidth of the LTI Two-Path Channel → Exercise 2.7Z: Coherence Bandwidth of the LTI Two-Path Channel
- Exercises:Exercise 2.8: COST Delay Models → Exercise 2.8: COST Delay Models
- Exercises:Exercise 2.9: Coherence Time → Exercise 2.9: Coherence Time
- Exercises:Exercise 2.9: Correlation Duration → Exercise 2.9: Correlation Duration
- Exercises:Exercise 3.1: Development of the Mobile Network → Exercise 3.1: Development of the Mobile Network
- Exercises:Exercise 3.2: GSM Data Rates → Exercise 3.2: GSM Data Rates
- Exercises:Exercise 3.2Z: Components of the GSM System → Exercise 3.2Z: Components of the GSM System
- Exercises:Exercise 3.3: Cellular Mobile Communications Systems → Exercise 3.3: Cellular Mobile Communications Systems
- Exercises:Exercise 3.4: Different Voice Codecs → Exercise 3.4: Different Voice Codecs
- Exercises:Exercise 3.4Z: GSM Full-Rate Voice Codec → Exercise 3.4Z: GSM Full-Rate Voice Codec
- Exercises:Exercise 3.5: GMSK Modulation → Exercise 3.5: GMSK Modulation
- Exercises:Exercise 3.5Z: GSM Network Components → Exercise 3.5Z: GSM Network Components
- Exercises:Exercise 3.6: FDMA, TDMA and CDMA → Exercise 3.6: FDMA, TDMA and CDMA
- Exercises:Exercise 3.6Z: Concepts of 3G Mobile Communications Systems → Exercise 3.6Z: Concepts of 3G Mobile Communications Systems
- Exercises:Exercise 3.7: PN Modulation → Exercise 3.7: PN Modulation
- Exercises:Exercise 3.7Z: Spread Spectrum in UMTS → Exercise 3.7Z: Spread Spectrum in UMTS
- Exercises:Exercise 3.8: OVSF Codes → Exercise 3.8: OVSF Codes
- Exercises:Exercise 3.9: Further Developments of UMTS → Exercise 3.9: Further Developments of UMTS
- Exercises:Exercise 4.1: General Questions about LTE → Exercise 4.1: General Questions about LTE
- Exercises:Exercise 4.2: FDD, TDD and Half-Duplex → Exercise 4.2: FDD, TDD and Half-Duplex
- Exercises:Exercise 4.2Z: MIMO Applications in LTE → Exercise 4.2Z: MIMO Applications in LTE
- Exercises:Exercise 4.3: Subcarrier Mapping → Exercise 4.3: Subcarrier Mapping
- Exercises:Exercise 4.3Z: Multiple-Access Methods in LTE → Exercise 4.3Z: Multiple-Access Methods in LTE
- Exercises:Exercise 4.4: Modulation in LTE → Exercise 4.4: Modulation in LTE
- Exercises:Exercise 4.4Z: Physical Channels in LTE → Exercise 4.4Z: Physical Channels in LTE
- Exercises:Exercise 4.5: LTE vs LTE-Advanced → Exercise 4.5: LTE vs LTE-Advanced
- Gaußsche Zufallsgrößen (Lernvideo) → 2D-Gaußsche Zufallsgrößen (Lernvideo)
- Information Theory/AWGN Channel Capacity for Continuous Input → Information Theory/AWGN Channel Capacity for Continuous-Valued Input
- Information Theory/AWGN Channel Capacity for Discrete Input → Information Theory/AWGN Channel Capacity for Discrete-Valued Input
- Information Theory/AWGN–Kanalkapazität bei wertdiskretem Eingang → Information Theory/AWGN Channel Capacity for Discrete Input
- Information Theory/AWGN–Kanalkapazität bei wertkontinuierlichem Eingang → Information Theory/AWGN Channel Capacity for Continuous Input
- Information Theory/Allgemeine Beschreibung → Information Theory/General Description
- Information Theory/Anwendung auf die Digitalsignalübertragung → Information Theory/Application to Digital Signal Transmission
- Information Theory/Differentielle Entropie → Information Theory/Differential Entropy
- Information Theory/Einige Vorbemerkungen zu zweidimensionalen Zufallsgrößen → Information Theory/Some Preliminary Remarks on Two-Dimensional Random Variables
- Information Theory/Entropiecodierung nach Huffman → Information Theory/Entropy Coding According to Huffman
