Description: Simulation of single sideband amplitude modulation and demodulation basic requirements: 300 ~ 3400Hz generate the modulation signal, draw time-domain waveform and frequency spectrum generated carrier signal, the frequency of self-definition, draw time-domain waveform and frequency spectrum have a high additive Adams white noise, draw time-domain waveform and frequency spectrum unilateralism AM, draw superimposed noise signal and the modulation transfer signal waveform and spectrum design filters, amplitude-frequency response of draw demodulation, After demodulation of the signal to draw time-domain waveform and frequency spectrum, and comparative analysis.
- [music@mdl] - high-end music spectrum analysis algorit
- [demod] - signal modulation (AM) and demodulation
- [WaveFFT] - VC Programming waveform data of the spec
- [dspcoursedesign] - digital signal processing course design,
- [Matlab_Experiment] - Realize Matlab Fast Fourier Transform, F
- [MFXLMS1] - Realize adaptive algorithm, the use of F
- [SystemView] - SystemView
- [Untitled] - Simulation of single sideband amplitude
- [jakes_model] - Assumed the use of Jakes model, used to
- [lloioapapap] - Analog single sideband amplitude modulat
File list (Check if you may need any files):
jkdde.doc