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- Digital Voice and Picture Communication
Curriculum
- 1 Section
- 40 Lessons
- 10 Weeks
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- Digital Voice and Picture Communication40
- 2.1Introduction
- 2.2Speech Production Model
- 2.3Speech Coding Objectives and Requirements
- 2.4Quantizers for Speech Signal
- 2.5mew – Law and Optimum Quantizer
- 2.6Differential Quantization
- 2.7LDM and ADM
- 2.8Differential PCM and Adaptive Prediction
- 2.9Linear Prediction of Speech
- 2.10Computational Aspects of LPC parameters
- 2.11Cholesky Decomposition
- 2.12Lattice Formulation of LPC Coefficient
- 2.13Linear Predictive Synthesizer
- 2.14LPC Vocoder
- 2.15Introduction to Image and Video Coding
- 2.16Lossy Image Compression : DCT
- 2.17DCT Quantization and Limitations
- 2.18Theory of Wavelets
- 2.19Discrete Wavelet Transforms
- 2.20DWT on the Images and its Encoding
- 2.21Embedded Zero Tree Wavelet Encoding
- 2.22Video Coding Basic Building Blocks
- 2.23Motion Estimate Techniques
- 2.24Fast Motion Estimation Techniques
- 2.25Video Coding Standards
- 2.26Advanced Coding Aspects
- 2.27Audio Coding: Basic Concepts
- 2.28Audio Coding AC – 3
- 2.29AC – 3 Decoder
- 2.30MPEG – 1 Audio Coding
- 2.31MPEG – 1 Audio Coding
- 2.32Introduction to VoIP
- 2.33VoIP Signaling
- 2.34Call Controls and Enhancements
- 2.35Interworking with PSTN Limitations and Solution
- 2.36Multiplexing Schemes
- 2.37Multiplexing Header Compression and BW
- 2.38ISDN Video Conferencing
- 2.39Video Conferencing SIP Protocol
- 2.40G Multimedia Conferencing