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Digital Modulation Techniques – Fuqin Xiong – Google Books
Home Login My Account. Digital Modulation Techniques, Second Edition. Description Contents Author Reviews This newly revised and expanded edition of an Artech House mofulation builds on its success as far and away the most comprehensive guide to digital modulation techniques used in communications today. It devotes five new chapters to orthogonal frequency division multiplexing OFDM including its synchronization, performance in kodulation channels, channel estimation and equalization, peak-to-average power reduction techniques, and non-FFT based OFDM.
The second edition includes new modulations for optical communications and enhanced coverage of M-ary ASK, pulse shaping, and mitigation methods like channel estimate and diversity techniques.
It also adds a fast-access comparison of all modulation schemes that will prove indispensable for various research and design tasks. You get full details for every technique including operation principles, bit error probability, spectral characteristic, modulator, demodulator, synchronizer, performance in fading channels, comparison with other techniques, and applications. The book makes it easy to find implementation diagrams or data like BER and bandwidth occupied by each scheme for a given data rate, xiobg allows you to confidently formulate modulation schemes and determine which schemes are best for your applications.
Almost all schemes and their performance evaluation expressions are backed by derivation or proof, giving you the analytical background needed to improve or modify schemes for specific applications. Nearly illustrations include block modulatkon of digita, demodulator, and synchronizer for most modulation schemes.
Plus, new appendixes covering trigonometry identities, Fourier transform pairs and properties, and Q-function and error function values provide even more time-saving assistance for your work. Introduction Digital Communication Systems.
Criteria of Choosing Modulation Schemes. Overview of Digital Modulation Schemes and Comparison. Description of Line Codes. Power Spectral Density of Line Codes. Bit Error Rate of Line Codes.
Modulation for Optical Transmission. Coherent Demodulation and Error Performance.
Digital Modulation Techniques : Fuqin Xiong :
Noncoherent Demodulation and Error Performance. Power Spectrum and Bandwidth. Sinusoidal Frequency Shift Keying. Simon ‘s Class of Symbol-Shaping Pulses.
Digital Modulation Techniques
Rabzel and Pathupath ‘s Symbol-Shaping Pulses. Bazin ‘s Class of Symbol-Shaping Pulses. Gaussian Minimum Shift Keying. Distance Properties and Error Probability.
Digital Modulation Techniques, Second Edition
M-ary Amplitude Shift Keying. Differential Coding in QAM.
Digital Modulation in Frequency Selective Channels. QAM in Fading Channels. Other Remedial Measures Against Fading. Fuqin Xiong Fuqin Xiong is a professor in the department of electrical and computer engineering at Cleveland State University.
He received his M. Digital download and online.