User contributions for Maintenance script

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A user with 2,554 edits. Account created on 16 March 2026.

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15:3015:30, 16 March 2026 diff hist −15 Exercise 3.6: Transversal Filter of the Optimal Nyquist Equalizer Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −9 Exercise 3.6: Partitioning Inequality Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −2 Exercise 3.6: PM or FM? Or AM? Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −3 Exercise 3.5Z: Phase Modulation of a Trapezoidal Signal Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −27 Exercise 3.5Z: Kullback-Leibler Distance again Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −1 Exercise 3.5: GMSK Modulation Join split $$ formula lines for correct rendering current
15:3015:30, 16 March 2026 diff hist −29 Exercise 3.5: Eye Opening with Pseudoternary Coding Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −51 Exercise 3.4Z: Eye Opening and Level Number Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −11 Exercise 3.4: Simple Phase Modulator Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −58 Exercise 3.4: Optimization of the Cutoff Frequency Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −1 Exercise 3.4: GMSK Modulation Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −32 Exercise 3.4: Entropy for Different PMF Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −50 Exercise 3.4: Attenuation and Phase Response Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −7 Exercise 3.3Z: Optimization of a Coaxial Cable System Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −37 Exercise 3.3Z: High- and Low-Pass Filters in p-Form Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −52 Exercise 3.3: p-Transfer Function Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −11 Exercise 3.3: Sum of two Oscillations Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −26 Exercise 3.3: Noise at Channel Equalization Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −59 Exercise 3.2Z: Optimum Cutoff Frequency for Gaussian Low-pass Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −11 Exercise 3.2Z: Bessel Spectrum Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −2 Exercise 3.2: G-matrix of a Convolutional Encoder Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −63 Exercise 3.2: Eye Pattern according to Gaussian Low-Pass Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −1 Exercise 3.1Z: Triangular PDF Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −66 Exercise 3.1Z: Frequency Response of the Coaxial Cable Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −13 Exercise 3.1Z: Convolution Codes of Rate 1/2 Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −79 Exercise 3.1: Impulse Response of the Coaxial Cable Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −2 Exercise 3.1: Cosine-square PDF and PDF with Dirac Functions Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −2 Exercise 3.1: Analysis of a Convolutional Encoder Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −3 Exercise 3.15: Data Processing Theorem Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −16 Exercise 3.14: Error Probability Bounds Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −50 Exercise 3.13: Threshold Decision vs. DFE vs. Maximum Likelihood Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −1 Exercise 3.13: Code Rate and Reliability Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −20 Exercise 3.12: Trellis Diagram for Two Precursors Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −48 Exercise 3.11Z: Metric and Accumutated Metric Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −3 Exercise 3.11Z: Extremely Asymmetrical Channel Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −3 Exercise 3.11: Viterbi Receiver and Trellis Diagram Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −23 Exercise 3.11: Pre-Emphase and De-Emphase Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −1 Exercise 3.11: Erasure Channel Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −28 Exercise 3.10: Mutual Information at the BSC Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −3 Exercise 3.10: Maximum Likelihood Tree Diagram Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −33 Exercise 3.09: Correlation Receiver for Unipolar Signaling Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −25 Exercise 2.9: Coherence Time Join split $$ formula lines for correct rendering current
15:3015:30, 16 March 2026 diff hist −77 Exercise 2.8: COST Delay Models Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −13 Exercise 2.7Z: Coherence Bandwidth of the LTI Two-Path Channel Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −3 Exercise 2.7: Is the Modulation Depth Too High? Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −38 Exercise 2.7: Coherence Bandwidth Join split $$ formula lines for correct rendering current
15:3015:30, 16 March 2026 diff hist −30 Exercise 2.6Z: Synchronous Demodulator Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −6 Exercise 2.6: Free Space Attenuation Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −38 Exercise 2.5Z: Multi-Path Scenario Join split $$ formula lines for correct rendering
15:3015:30, 16 March 2026 diff hist −11 Exercise 2.5Z: Linear Distortions with DSB-AM Join split $$ formula lines for correct rendering

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