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Italian version of the web-site. The course provides the student with specific knowledge about the statistical methods to analyze the performance of simple systems and telecommunications networks. The student will gain basic knowledge of signal and image processing for multimedia applications. The course will teach the student how to connect the different blocks of a telecommunications system in a single set of integrated and interdependent processes.
Moreover, it will provide an overview of the major telecommunications systems, and will briefly describe the fundamental concepts of transmission in mobile channels. Elements and Limitations of Communications Systems.
Information, Messages, and Signals. Elements of a Communication System. Fundamental Limitations. Modulation and Coding. Signals and Spectra. Line Spectra and Fourier Series. Phasors and Line Spectra. Periodic Signals and Average Power. Fourier Series. Fourier Transforms and Continuous Spectra.
Time and Frequency Relations. Convolution Theorems. Impulses and Transforms in the Limit. Properties of the Unit Impulse. Impulses in Frequency. Step and Signum Functions. Impulses in Time. Correlation and Spectral Density. Correlation of Power Signals. Correlation of Energy Signals. Spectral Density Functions. Sampling Theorem and Signal Transformation.
Sampling Theory and Practice. Sampling and Reconstruction. Practical Sampling and Aliasing. Response of LTI Systems. Impulse Response and the Superposition Integral. Transfer Functions and Frequency Response. Signal Distortion in Transmission. Distortionless Transmission. Linear Distortion. Transmission Loss and Decibels. Power Gain.
Transmission Loss and Repeaters. Fiber Optics. Radio Transmission. Filters and Filtering. Ideal Filters. Bandlimiting and Timelimiting. Real Filters. Pulse-Amplitude Modulation. Noise and Errors.
Binary Error Probabilities. Regenerative Repeaters. Matched Filtering. Correlation Detector. Probability and Random Variables. Probability and Sample Space. Probabilities and Events. Sample Space and Probability Theory. Conditional Probability and Statistical Independence. Random Variables and Probability Functions.
Transformations of Random Variables. Joint and Conditional PDFs. Statistical Averages. Means, Moments, and Expectation. Standard Deviation. Characteristic Functions. Probability Models. Binomial Distribution.
Gaussian Distribution. Central Limit Theorem. Information and Detection Theory. Information Measure and Source Coding. Information Measure. Entropy and Information Rate. Coding for a Discrete Memoryless Channel. Continuous Channels and System Comparisons. Continuous Information. Continuous Channel Capacity. Ideal Communication Systems. System Comparisons. Optimum Digital Detection. Error Probabilities. Baseband and Bandpass Digital Transmission. Digital Signals and Systems.
Digital PAM Signals. Transmission Limitations. Spectral Shaping by Precoding. Digital CW Modulation. Spectral Analysis of Bandpass Digital Signals.
Amplitude Modulation Methods. Phase Modulation Methods. Frequency Modulation Methods. Coherent Binary Systems. Optimum Binary Detection. Timing and Synchronization. Quadrature-Carrier and M-ary Systems. Quadrature-Carrier Systems. M-ary PSK Systems. M-ary QAM Systems. M-ary FSK Systems. Comparison of Digital Modulation Systems.
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Fondamenti di telecomunicazioni
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