SETI@home LHC@home PrimeGrid Einstein@home SZTAKI Desktop Grid Rectilinear Crossing Number

 
My SETI@home results
 

 
On this page I present some results of calculations which I carried out by means of the screensaver program of SETI@home. SETI@home is a scientific SETI project of the University of California, Berkeley. It uses the power of hundreds of thousands of Internet connected computers to analyze radio telescope data and to find a trace of a transmission of an extraterrestrial civilisation. An essential part of the SETI@home project is a free sreensaver program that is available on the SETI@home Page in Berkeley. This screensaver downloads and analyzes data received by the Arecibo Radio Telescope in Puerto Rico and sends the results back to Berkeley. It applies fast Fourier transforms and special algorithms which search for signals with a possibly non-natural origin. (Click here for details about signals for which SETI@home searches.) On May 28 2003 the number of SETI@home users reached the value 4.500.000. The classical SETI@home project ran until Dec 15 2005 and finished with a number of 5436301 users.

Since June 22 2004 a new version of SETI@home is available which is based on the platform BOINC for distributed computing, developed by the Seti@home team in Berkeley. BOINC can be used by many different, independent projects. In the course of 2004 several other BOINC-based distributed computing projects began to work. Since June 25 2004 I participate in the following BOINC-projects:

Project Member since Project Goal or Comments
SETI@home Classic May 9, 2001 Search for Extraterrestrial Intelligence
BOINC/SETI@home Jun 25, 2004 Search for Extraterrestrial Intelligence
LHC@home Oct 25, 2004 help scientists at CERN to simulate particles travelling in the Large Hadron Collider
Predictor@home Jan 11, 2005 to predict protein structure from protein sequence
Einstein@home Feb 16, 2005 to search for spinning neutron stars (pulsars) and gravitational waves
SZTAKI Desktop Grid Jul 21, 2005 searches for generalized binary number systems (a mathematical problem)
HashClash Apr 25, 2006 searches for MD5 collisions (a mathematical problem)
RCN Nov 23, 2006 searches for rectilinear crossing numbers (a mathematical problem)
PrimeGrid Sep 29, 2008 searches for large prime numbers (a mathematical problem)

 

Current credits of my BOINC calculations:        

Credits: Total credit in Cobblestones
RAC: Average credit per day
boincstats

 

The following software was used to generate graphics and statistics for my web pages about my BOINC-calculations:

Project Software Author
SETI@home Classic SETI Monitor Lior Fainshil
SETI@home Classic StarMap Tobias Wahl
All BOINC projects BoincLogX Björn Henke
All BOINC projects SETI@home-MapView Björn Henke

 

SETI@home results between 9. May 2001 and 25. July 2005

 
  SETI@home Classic BOINC/SETI@home
  May 9, 2001 - Apr 20, 2005 Jun 25, 2004 - Jul 25, 2005
work units analyzed 10294 2000
total CPU time / Credit 21.82 years 54672.46 Cobblestones
   All hosts  Hosts 27842, 564623
Gaussians 7010 171
pulses 10968 175
triplets 8280 125
spikes 132300 1240

See also: Links of statistics pages

 

View of all signals found so far by SETI@home Classic in all work units of data

 

 
 

Best Gaussian

RA: 15: 21' 30"
Dec: +18° 45' 54"
Unit: 3908

Best pulse

RA: 17: 01' 31"
Dec: +18° 01' 11"
Unit: 2933

Without a picture:
RA: 6: 10' 01"
Dec: +20° 30' 00"
Score: 2.648
Drift rate: 30.2861 Hz/s
Unit: 4276

Best triplet

RA: 9: 50' 06"
Dec: +22° 48' 35"
Unit: 6071

Best spike

RA: 21:00' 30"
Dec: +24° 04' 12"
Unit: 5763
 
Star maps of my SETI@home Classic results Types of signals for which SETI@home searches
Gallery of more SETI@home Classic results The wow signal
Star map of my SETI@home/BOINC results My own wow signals
  What can a SETI@home user read from his own results?

 

A screensaver image of one of the last calculations (SETI@home Classic)


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Bernd Fiedler, 29.07.2015 WEBCounter by GOWEB WEBCounter by GOWEB
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