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Showing below up to 50 results in range #1,001 to #1,050.
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- 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/Application of OFDMA and SC-FDMA in LTE (2 links)
- Aufgabe 4.16: Binary Frequency Shift Keying (2 links)
- Exercise 2.5: Residual Redundancy with LZW Coding (2 links)
- Exercise 4.15Z: Statements of the Covariance Matrix (2 links)
- Exercise 1.6: Transition Probabilities (2 links)
- Exercise 2.10Z: Code Rate and Minimum Distance (2 links)
- Exercise 4.4: Cellular UMTS Architecture (2 links)
- Exercise 3.6Z: Concepts of 3G Mobile Communications Systems (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 2.2Z: Discrete Random Variables (2 links)
- Exercise 4.12: Root-Nyquist Systems (2 links)
- Exercise 2.5: Ternary Signal Transmission (2 links)
- Exercise 4.1: Low-Pass and Bandpass Signals (2 links)
- Exercise 4.8: HSDPA and HSUPA (2 links)
- Exercise 4.2: FDD, TDD and Half-Duplex (2 links)
- Exercise 2.13: Inverse Burrows-Wheeler Transformation (2 links)
- Exercise 5.5Z: ACF after 1st Order Filter (2 links)
- Exercise 5.4:Is the BSC Model Renewing? (2 links)
- 4.3 WDF–Vergleich bezüglich h(X) (2 links)
- Exercise 2.6: PN Generator of Length 5 (2 links)
- Exercise 3.1: Impulse response of the Coaxial Cable (2 links)
- General Notes about the Book "Stochastic Signal Theory" (2 links)
- Exercise 1.5Z: Sinc-shaped Impulse Response (2 links)
- Exercise 3.4: Systematic Convolution Codes (2 links)
- Exercise 1.2: Distortions? Or no Distortion? (2 links)
- Exercise 4.2: Rectangular-Shaped Spectra (2 links)
- Information Theory/AWGN Channel Capacity for Discrete-Valued Input (2 links)
- Exercise 3.2Z: Relationship between PDF and CDF (2 links)
- QFunction (2 links)
- Exercise 3.3Z: Optimization of a Coaxial Cable System (2 links)
- Exercise 2.1Z: Distortion and Equalisation (2 links)
- Exercise 2.1Z: DSB-AM without/with Carrier (2 links)
- Exercise 4.4Z: Vector Diagram for DSB-AM (2 links)
- Exercise 3.6: Partitioning Inequality (2 links)
- Signal Representation/ (2 links)
- Aufgabe 5.5Z: Zum Rake–Empfänger (2 links)
- Exercise 3.7: Optimal Nyquist Equalization once again (2 links)
- Aufgabe 2.6Z: Signal-to-Noise-Ratio (SNR) (2 links)
- Channel Coding/Allgemeine Beschreibung linearer Blockcodes (2 links)
- Aufgabe 2.5: Restredundanz bei LZW-Codierung (2 links)
- Exercise 1.4Z: On the Doppler Effect (2 links)
- Exercise 1.2Z: Lognormal Fading Revisited (2 links)
- Exercise 3.8Z: Circle (Ring) Area (2 links)
- Exercise 5.7Z: Application of the IDFT (2 links)
- Exercise 2.10Z: Noise with DSB-AM and SSB-AM (2 links)