| 摘要 |
<p>A signal is disclosed comprising at least a random noise signal, the random signal having an amplitude distribution in the time domain according to a predetermined quality criterion and a spectral density in the frequency domain according to a predetermined quality criterion, the random signal being composed of an array of random numbers.</p><p>Furthermore is a method disclosed for arranging a signal for use on or in a communication system, the method comprising the steps of representing a first signal in time domain and with an amplitude distribution and the signal having a spectral density in the frequency domain, thereby achieving a represented signal ; and processing said represented signal according to a non-linear transformation, the non-linear transformation achieving a predetermined quality criterion.</p><p>Yet furthermore is a disclosed a method of arranging a signal for use on or in a communication system, the method comprising the steps of representing a first signal in time domain and with an amplitude distribution and the signal having a spectral density in the frequency domain, thereby achieving a represented signal ; and filtering the signal in representation in frequency domain including the steps of evaluating at least part of the signal representation in frequency domain and thereafter processing the signal representation in frequency domain.</p><p>A set of instructions in a code format and executable in a predetermined order and compiled on a device and the use thereof for generating or arranging a test signal and/or a noise signal is disclosed. The set of instructions is arranged for generating a random noise signal and/or a discrete frequency spectrum, the random signal having an amplitude distribution in the time domain according to a predetermined quality criterion and having a spectral density in the frequency domain according to a predetermined quality criterion.</p> |
