Signal Processing Recipes for Communication Systems
Format:
Paperback
En stock
0.45 kg
Sí
Nuevo
Amazon
USA
- Signal Processing Recipes for Communication Systems unlocks the power of Digital Signal Processing (DSP) for engineers, researchers, students and hobbyists interested in wireless communications, radar systems, remote sensing and similar applications. Whether you are optimizing wireless communication systems, designing radar platforms, or diving into embedded DSP architectures, this book offers intuitive, ground-up explanations of fundamental concepts that bridge the gap between theory and practice. What’s Inside?IQ Signal Processing: Get an in-depth understanding of in-phase and quadrature signals for modulation, demodulation, and the role played by phase in time and frequency domains.Kalman Filtering: Apply recursive estimation for tracking, sensor fusion, and adaptive filtering.CIC Filters: Implement efficient Cascaded Integrator-Comb filters for decimation and interpolation in multirate systems.FMCW Radar: Explore Frequency Modulated Continuous-Wave radar design and signal analysis for precision ranging and detection.Goertzel algorithm: Detect specific frequency components of a signal in a computationally efficient method.Direct Digital Synthesis (DDS): Generate high-resolution waveforms with minimal hardware using DDS techniques.Analog-to-Digital Conversion (ADC): Understand quantization, sampling, and performance tradeoffs for high-performance DSP.CoRDiC: Learn a powerful iterative technique for performing trigonometric, hyperbolic, and similar functions without multipliers—ideal for embedded DSP applications.Automatic Gain Control (AGC): Design robust AGC loops to maintain signal integrity across dynamic environments.Wireless Ranging Technologies: Phase-based signal processing techniques behind distance estimation in wireless systems.Why This Book?Recipe-style chapters: Each topic is presented from the ground up with clear objectives, implementation steps, and practical insights.Beautiful figures: Illustrative diagrams to clarify complex signal flows and system architectures.Code-ready concepts: Ideal for rapid prototyping and integration into real-world systems. Who Should Read This? • Wireless communication, remote sensing and radar system engineers seeking efficient DSP solutions • Graduate students and researchers exploring the fundamentals of signal processing methods • Embedded developers integrating DSP algorithms on microcontrollers and FPGAs • Anyone aiming to bridge the gap between theoretical DSP concepts and practical implementations
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