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Showing below up to 50 results in range #2,401 to #2,450.
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- Exercise 1.4: Low-Pass 2nd Order → Exercise 1.4: Low-Pass Filter of 2nd Order
- Exercise 1.4: Low-pass 2nd Order → Exercise 1.4: Low-Pass 2nd Order
- Exercise 1.4: Low-pass 2nd order → Exercise 1.4: Low-Pass 2nd Order
- Exercise 1.4: Rayleigh PDF and Jakes PSD → Exercise 1.4: Rayleigh PDF and Jakes PDS
- Exercise 1.5: Rectangular-in-Frequency Low-Pass → Exercise 1.5: Rectangular-in-Frequency Low-Pass Filter
- Exercise 1.6: Autocorrelation Function and PSD with Rice Fading → Exercise 1.6: Autocorrelation Function and PDS with Rice Fading
- Exercise 1.6: Rectangular-in-Time Low-Pass → Exercise 1.6: Rectangular-in-Time Low-Pass Filter
- Exercise 1.6Z: Interpretation of the Transfer Function → Exercise 1.6Z: Interpretation of the Frequency Response
- Exercise 1.7: Coding for B-ISDN → Exercise 1.7: Coding for Broadband ISDN
- Exercise 1.7: Nearly Causal Gaussian Low-Pass → Exercise 1.7: Nearly Causal Gaussian Low-Pass Filter
- Exercise 1.8Z: Cosine-Square Low-Pass → Exercise 1.8Z: Cosine-Square Low-Pass Filter
- Exercise 2.10: Reed-Solomon Fault Detection → Exercise 2.10: Reed-Solomon Error Detection
- Exercise 2.11: Envelope Demodulation of an ESB Signal → Exercise 2.11: Envelope Demodulation of an SSB Signal
- Exercise 2.11Z: Once again ESB-AM and Envelope Demodulator → Exercise 2.11Z: Once again SSB-AM and Envelope Demodulator
- Exercise 2.14: Petersen Algorithm → Exercise 2.14: Petersen Algorithm?
- Exercise 2.1: DSB-AM with cosine? Or with sine? → Exercise 2.1: DSB-AM with Cosine? Or with Sine?
- Exercise 2.1: Linear? - Non-Linear? → Exercise 2.1: Linear? or Non-Linear?
- Exercise 2.1: Linear? or Non-Linear? → Exercise 2.1: Linear? Or Non-Linear?
- Exercise 2.1: Rectifying → Exercise 2.1: Rectification
- Exercise 2.1Z: DSB-AM without/with carrier → Exercise 2.1Z: DSB-AM without/with Carrier
- Exercise 2.1Z: Summing Signal → Exercise 2.1Z: Sum Signal
- Exercise 2.2: Direct Current Component of Signals → Exercise 2.2: DC Component of Signals
- Exercise 2.2Z: Nonlinearities → Exercise 2.2Z: Non-Linearities
- Exercise 2.3Z: To the LZ77 Coding → Exercise 2.3Z: About the LZ77 Coding
- Exercise 2.4: 2-D Transfer Function → Exercise 2.4: 2D Transfer Function
- Exercise 2.4: About the LZW algorithm → Exercise 2.4: About the LZW Algorithm
- Exercise 2.4: Dualcode and Graycode → Exercise 2.4: Dual Code and Gray Code
- Exercise 2.5: DSB-AM via a Gaussian Channel → Exercise 2.5: DSB-AM via a Gaussian channel
- Exercise 2.5: Distortion and Equalisation → Exercise 2.5: Distortion and Equalization
- Exercise 2.5: Three Variants of GF(2 to the 4th Power) → Exercise 2.5: Three Variants of GF(2 power 4)
- Exercise 2.5Z: Distortions with DSB-AM → Exercise 2.5Z: Linear Distortions with DSB-AM
- Exercise 2.5Z: Nyquist Equalisation → Exercise 2.5Z: Nyquist Equalization
- Exercise 2.5Z: Some calculations about GF(2 power 3) → Exercise 2.5Z: Some Calculations about GF(2 power 3)
- Exercise 2.6: About the Huffman coding → Exercise 2.6: About the Huffman Coding
- Exercise 2.6: Units in GWSSUS → Exercise 2.6: Dimensions in GWSSUS
- Exercise 2.7: Synchronous Demodulator → Exercise 2.7: Two-Way Channel once more
- Exercise 2.8: Code Comparison Binary, AMI and 4B3T → Exercise 2.8: Code Comparison: Binary, AMI and 4B3T
- Exercise 3.11: Erasure channel → Exercise 3.11: Erasure Channel
- Exercise 3.11Z: Maximum Likelihood Error Variables → Exercise 3.11Z: Metric and Accumutated Metric
- Exercise 3.12: Strongly Symmetrical Channels → Exercise 3.12: Strictly Symmetrical Channels
- Exercise 3.13: Comparison Threshold Decision - DFE - Maximum Liekelihood → Exercise 3.13: Threshold Decision vs. DFE vs. Maximum Liekelihood
- Exercise 3.13: Threshold Decision vs. DFE vs. Maximum Liekelihood → Exercise 3.13: Threshold Decision vs. DFE vs. Maximum Likelihood
- Exercise 3.1: Impulse response of the Coaxial Cable → Exercise 3.1: Impulse Response of the Coaxial Cable
- Exercise 3.1: cos²-PDF and PDF with Dirac Functions → Exercise 3.1: Cosine-square PDF and PDF with Dirac Functions
- Exercise 3.1Z: Drawing cards → Exercise 3.1Z: Drawing Cards
- Exercise 3.2: cos²-CDF and CDF with Step Functions → Exercise 3.2: CDF for Exercise 3.1
- Exercise 3.2: cos² CDF and CDF with Step Functions → Exercise 3.2: cos²-CDF and CDF with Step Functions
- Exercise 3.2Z: Optimum Cut-off Frequency for Gaussian Low-pass → Exercise 3.2Z: Optimum Cutoff Frequency for Gaussian Low-pass
- Exercise 3.2Z: Sinc-Squared-Spectrum with Diracs → Exercise 3.2Z: Sinc-Squared Spectrum with Diracs
- Exercise 3.3: From The Signal to the Spectrum → Exercise 3.3: From the Signal to the Spectrum
