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  • We offer high-quality continuous and discrete signal processing assignment help services at an affordable price.

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    The exhaustive list of topics in Continuous and Discrete Signal Processing in which we provide Help with Homework Assignment and Help with Project is as follows:

    • Discrete Spectral Analysis
    • Discrete-Time Feedback
    • Statistical Signal Processing
    • Sampling theorem
    • Aliasing, quantization,
    • Sampled data systems
    • Cardinal (Whitaker) reconstruction
    • Zero-, first-, second-order hold reconstructors
    • Interpolators, non-resetting reconstructors
    • Matched filtering
    • Interpolation and decimation
    • DFT and FT, the FFT and implementations (decimation in time and frequency)
    • Radix-2 implementation
    • Leakage, windowing
    • Uses of the DFT: convolution — (overlap and add, select savings)
    • Power spectral density (PSD) estimation
    • Methods of smoothing the periodogram
    • Welch's method
    • Windowing the correlation function
    • Autoregressive Moving Average (ARMA) methods
    • Real-Time Computation
    • Data converters (A/D, D/A),
    • Real-Time Simulation Methods Using Difference Equations
    • Butterworth, elliptic, Chebyshev low-pass filters
    • Low-pass design methods based on continuous prototypes
    • Conversion to high-pass, band-pass, band-stop filters
    • Discrete-time filters: IIR and FIR
    • Linear phase filters
    • Frequency sampling filters
    • Linear prediction, adaptive filters (LMS), recursive least-squares
    • z transform, difference equations
    • Relationship between F(z) and F*(jw)
    • Mappings between s-domain and z-domain, inverse z transform
    • Discrete–time stability
    • Discrete-Time Signal Processing
    • Filter Design — Continuous and Discrete
    • Fourier Method
    • Laplace transform
    • Convolution
    • Frequency/time domain processing
    • Passive and active continuous filters
    • Linear filter implementation using op-amps
    • Impulse-, step-, ramp-invariant simulations
    • Tustin's method
    • Matched poles/zeros, bilinear transform methods
    • Error analysis
    • Sampling and Reconstruction