Difference between revisions of "Ambient vibration synthesizer"
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| − | Synthetic ambient vibrations can be generated by summing the contribution of random sources. From a collection of Green's functions between sources and receivers, signals of unlimited lengths can be obtained at the receivers by any kind of stochastic distribution of sources in space and time. The tutorial presents a solution developed for Green's function calculated with Hisada code (refs to be added). | + | Synthetic ambient vibrations can be generated by summing the contribution of random sources. From a collection of Green's functions between sources and receivers, signals of unlimited lengths can be obtained at the receivers by any kind of stochastic distribution of sources in space and time. The tutorial presents a solution developed for Green's function calculated with Hisada code (refs to be added), implemented in ''gpconvolution''. |
Revision as of 15:20, 2 May 2023
Synthetic ambient vibrations can be generated by summing the contribution of random sources. From a collection of Green's functions between sources and receivers, signals of unlimited lengths can be obtained at the receivers by any kind of stochastic distribution of sources in space and time. The tutorial presents a solution developed for Green's function calculated with Hisada code (refs to be added), implemented in gpconvolution.
