Wavelet modulation

In today's world, Wavelet modulation is a topic that has gained great relevance and has aroused great interest in society. Since its emergence, Wavelet modulation has captured the attention of experts, professionals and the general public, generating a wide debate around its implications and consequences. In this article, we will explore in detail the different aspects related to Wavelet modulation, from its origin to its current impact, analyzing its influence in various areas and its relevance today. Through an exhaustive analysis, we will seek to unravel the mysteries surrounding Wavelet modulation and understand its true reach in modern society.

Not to be confused with Wavelength-division multiplexing.

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Passband modulation
Analog modulation
AM SM SSB Angle modulation FM PM QAM
Digital modulation
ASK APSK CPM FSK MFSK MSK OOK PPM PSK QAM SC-FDE TCM TC-PAM WDM
Hierarchical modulation
QAM WDM
Spread spectrum
CSS DSSS FHSS THSS
See also
Capacity-approaching codes Demodulation Line coding Modem AnM PoM PAM PCM PDM PWM ΔΣM OFDM FDM Multiplexing
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Wavelet modulation, also known as fractal modulation, is a modulation technique that makes use of wavelet transformations to represent the data being transmitted. One of the objectives of this type of modulation is to send data at multiple rates over a channel that is unknown.^[1] If the channel is not clear for one specific bit rate, meaning that the signal will not be received, the signal can be sent at a different bit rate where the signal-to-noise ratio is higher.

References

1. ^ Wavelet Modulation in Gaussian and Rayleigh Fading Channels, Manish J. Manglani, (Masters thesis)

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