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An Introduction To RF Circuit Design For Communication Systems | Wireless Transceiver Design: Mastering the Design of Modern Wireless Equipment and Systems | Wireless Transceiver Design: Mastering the Design of Modern Wireless Equipment and Systems | Wireless Transceiver Design: Mastering the Design of Modern Wireless Equipment and Systems | Wireless Communication: Theory and Applications | Digital Modulations using Matlab: Build Simulation Models from Scratch | Digital Modulations using Matlab: Build Simulation Models from Scratch | Introduction to Wireless Digital Communication | Schaum's Outline of Theory and Problems of Analog and Digital Communications
The book starts with a completely fresh perspective on introduction to signals and continues to dealing with complex numbers without any complicated mathematics. The only skills you require are addition, multiplication and knowing what cos and sin are!
The topics of discrete domains – both time and frequency – are explained in an intuitive manner such that traveling between the two through Discrete Fourier Transform (DFT) becomes quite natural. Furthermore, the concepts needed to implement modern digital communication systems such as convolution, filters and multirate signal processing are illustrated through the help of beautiful figures.
Next, the book demystifies modulation and demodulation in a way easy to grasp even for a non-technical reader. Matched filtering is clarified in time, frequency and mathematical details in a story-like development. In addition, the topic of pulse shaping filter is covered in a depth and from angles never described anywhere before. The book continues with stethoscopes of a communication system, namely eye diagrams and scatter plots and towards the error rates of various modulation schemes along with the energy scaling factors of respective blocks.
This text is a simple way for you to enter at the beginner level and make your way up to wireless system design. Mathematics is included at a school level. I rely more on visualizing equations through beautiful figures. Therefore, you will encounter numerous figures throughout the text with logical and intuitive explanations.
But you will not encounter any integrals, probability theory and detection/estimation theory. You will not find any e or j of complex numbers either. The most complicated notation used is "sum everything from N1 to N2".
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