Wide range of topics that are covered in this essential ready reference tool are

• Signals and Systems
• Fundamentals of DSP
• Time Domain Analysis
• Frequency Domain Analysis
• Pole-Zero Analysis
• Digital Filters

Definition, Classification and singular functions are covered under the Signals.

Classification in turn consist of classification based on

• Mathematical Continuity [Continuous signal and Discrete signal]
• Periodicity [Periodic signal and Aperiodic signal]
• Symmetry [Even signal and Odd signal]
• Predictability [Deterministic signal and Non Deterministic signal]
• Energy Content [Power signal and Energy signal]

and Singular function includes Unit Impulse, Unit Step and Ramp functions.

Definition and Classification are covered under Systems.

Classification of Systems is explained in detail based on

• Mathematical Continuity [Continuous and Discrete]
• Linearity [Linear and Non Linear]
• State [Static and Dynamic]
• Predictability [Causal signal and Non Causal signal]
• Stability [Stable and Unstable]
• Time Invariance [Time variance and Time Invariance]

Fundamentals of DSP

Fundamental concepts such as Time Domain Response, Frequency Domain Response, TD Vs FD, Sampling [Types (Low Pass, Band Pass) along with Aliasing Effects], Quantization [along with Quantization error] are covered under this topic.

Time Domain Analysis

This topic consists of Convolution and Correlation. Convolution consists of details such as Definition, Properties, Types and Equations. Correlation includes Definition and Types of Correlation [Cross and Auto Correlation].

Frequency Domain Analysis

The range of topics such as Fourier Transform [Inverse and Parseval's Theorem], DFT [Definition, Properties and Equations], FFT [Definition, Types (DIT-FFT, DIF-FFT)], IDFT, Fourier Series are covered.

Pole-Zero Analysis

The concepts of Frequency Response, Laplace Transform and Z-Transform are covered in this topic.

Digital Filters

Go through the concepts of Digital filters using this option, that consist of definition and Classification based on impulse response [FIR and IIR]

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