Lecture – Multimedia Communication Systems

Multimedia Communication System 1 - "Multimedia Signal Processing"

Ohm, WS (2 1 -) recommended from 7th Semester
 
  • Introduction
    • Concepts and Terminology
    • Signal Sources and Acquisition
    • Sampling and Digital Representation of Multimedia Signals;
  • Perceptual Properties of Vision and Hearing
    • Properties of Vision
    • Properties of Hearing
  • Analysis and Modeling
    • Fourier Spectra
    • Correlation Analysis
    • Autoregressive Models
    • Markov Models
  • Quantization and Coding
    • Statistical Foundations of Information Theory
    • Scalar Quantization
    • Coding Theory
    • Rate-Distortion Optimization of Quantizers
    • Entropy Coding
    • Vector Quantization
    • Sliding Block Coding
  • Still Image Coding
    • Compression of Binary Images
    • Vector Quantization of Images
    • Predictive Coding
    • Trans-form Coding
    • Coding based on Similarity Properties
    • Component based Coding
  • Video Coding
    • Methods without Motion Compensation
    • Hybrid Video Coding
    • MC Prediction Coding using the Wavelet Transform
    • Spatio-temporal Frequency Coding with MC
    • Encoding of Motion Parameters
    • Model based Video Coding
  • Audio Coding
    • Coding of Speech Signals
    • Waveform Coding of Audio signals
    • Parametric Coding of Audio and Sound Signals
  • Applications and Standards
    • Convergence of Digital Multimedia Services
    • Adaptation to Channel Characteristics
    • Digital Broadcast
    • Media Streaming
    • Interoperability and Compatibility
    • Definitions at Systems Level
    • Still Image Coding Standards: JBIG, JPEG
    • Video Coding Standards: H.26x, MPEG-x
    • Audio Coding Standards: Speech, Music and Sound
  • Quality Measurement
    • Objective Signal Quality Measurements
    • Subjective Assessment