The work unit presented on this page contains a signal which is very similar to the Wow signal. The calculation time for this work unit amounted only to 9 minutes 2.0 seconds. Then the calculation stopped because of an overflow of the memory capacity which the client program provides for the storage of interesting signals. The calculation found 194 peaks.
Note that the structure of the strong narrowband signal in an isolated narrowband channel blurs when the Doppler drift rate increases.
The origin of the signals is certainly a source on Earth because we have Doppler drift rates near zero.
| Signal | number | strongest signal | |
| Gaussians | 0 | ||
| pulses | 0 | ||
| triplets | 0 | ||
| spikes | 194 | max. power: 74.043 | drift rate: 0 Hz/s |
| Overflow after | 9m 2.0s | ||
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| CPU time: 0h 0m 3.4s, Doppler drift rate: 0.0 Hz/s |
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| CPU time: 0h 0m 5.4s, Doppler drift rate: 0.0 Hz/s |
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| CPU time: 0h 0m 5.6s, Doppler drift rate: 0.0 Hz/s |
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| CPU time: 0h 6m 0.9s, Doppler drift rate: 0.0037 Hz/s |
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| CPU time: 0h 8m 36.5s, Doppler drift rate: 0.0739 Hz/s |
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| CPU time: 0h 8m 54.5s, Doppler drift rate: 0.0813 Hz/s |
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| CPU time: 0h 9m 2.0s, Doppler drift rate: 0.0850 Hz/s (stop of the calculation) |
| Back to the page of my own wow signals |
| Bernd Fiedler, 11.09.2022 |