| 摘要 |
The invention is a method of sending information through a bandwidth-constrained information channel at a rate faster than the current limit of the state of the art. It accomplishes this objective by sending overlapping signals which are separated using superresolution methods such as deconvolution to distinguish between symbols which are overlapping. This method is capable of sending information through a bandwidth-constrained information channel substantially faster than the Shannon-Nyquist limit, which is the limit of the current state of the art. The method is composed of convolving the input data with a kernel; sending the result of the convolution as a signal through a communication system; deconvolving said signal with respect to the kernel; and outputting the results of said deconvolution through a means of information output.
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