Introductionto Communication Systems by Javier Ramos and Eduardo Morgado
Introductionto Communication Systems by Javier Ramos and Eduardo Morgado
Introductionto Communication Systems by Javier Ramos and Eduardo Morgado
This
note covers general overview, Logarithmic Units and Link Budge, Review of
fundamental parameters of physical layer, Other merit figures, Quality of
Service, A or D Converter, Circuit Commutation vs Packet Commutation, Network
Topologies, Functional Block Diagram of Analog Communications link, Functional
Block Diagram of a Digital Communications Link, Block description, Digital
Modulations, Multiplexing and Multiple Access.
This
note covers general overview, Logarithmic Units and Link Budge, Review of
fundamental parameters of physical layer, Other merit figures, Quality of
Service, A or D Converter, Circuit Commutation vs Packet Commutation, Network
Topologies, Functional Block Diagram of Analog Communications link, Functional
Block Diagram of a Digital Communications Link, Block description, Digital
Modulations, Multiplexing and Multiple Access.
This note
explains the fundamental principles underlying the analysis, design and
optimization of analog and digital communication systems. Topics covered
includes: Modern communication systems, Signal processing, Energy and power
spectral density, modulation methods, AM modulation, Sampling, reconstruction,
and pulse modulation, Pulse code modulation and quantization, PCM and the Bell
System, Line coding, Digital modulation methods, Error protection.
This note covers the following topics: Digital Transmission
through Additive White Gaussian Noise Channel, Multidimensional Signals, Pulse
Amplitude Modulation, Geometric Representation of Signals, Digital Transmission
through Bandlimited AWGN Channels, Signal Design for Bandlimited Channel,
Digitally Modulated Signals with Memory, Channel Capacity and Coding, Wireless
Communications, Digital Transmission on Fading Multipath Channels, Digital
Cellular Communication Systems.
This book provides a review
or introduction to communication systems for practitioners, easing the path to
study of more advanced graduate texts and the research literature. Topics
covered includes: Signals and Systems, Analog Communication Techniques, Digital
Modulation, Probability and Random Processes , Optimal Demodulation, Channel
Coding, Dispersive Channels and MIMO.
This lecture note explores the design
and analysis of radio frequency circuits, systems and the corresponding
measurement techniques. It also explains Receiver system performance, mixers,
voltage controlled oscillators, and phase locked loops.
This lecture note covers the
following topics: Probability and random processes, Effects of noise on analog
communications, Noise performance of DSB, Noise performance of FM, Noise
performance of SSB and AM, Digital communications, Digital representation of
signals, Digital modulation, Information theory, Entropy and source coding ,
Channel capacity, Block codes, Cyclic codes.