2009 Soweto Open – Singles

Fabrice Santoro won in the final of first edition of this tournament. He defeated Rik de Voest 7–5, 6–4.

Singles
2009 Soweto Open
Champion Fabrice Santoro
Runner-up Rik de Voest
Final score7–5, 6–4
Main article: 2009 Soweto Open

Seeds
  1. Fabrice Santoro (Champion)
  2. Gilles Müller (First Round)
  3. Michael Berrer (withdrew)
  4. Thiago Alves (Semifinals)
  5. Michail Elgin (First Round)
  6. Nicolas Mahut (Quarterfinals)
  7. Chris Guccione (First Round)
  8. Karol Beck (Quarterfinals)

Draw

Key

Final four
Semifinals Final
          
1/WC Fabrice Santoro 6 7  
4 Thiago Alves 3 62  
1/WC Fabrice Santoro 7 6  
  Rik de Voest 5 4  
  Rik de Voest 6 7  
WC Fritz Wolmarans 4 5  

Top half
First Round Second Round Quarterfinals Semifinals
1/WC F Santoro 6 6  
  A Kudryavtsev 2 4   1/WC F Santoro 6 6  
WC R Klaasen 6 7   WC R Klaasen 4 2  
Q N Okun 4 66   1/WC F Santoro 6 6  
  B Rehnquist 6 6   6 N Mahut 3 4  
  J Checa-Calvo 2 1     B Rehnquist 2 2  
  G Bastl 68 62   6 N Mahut 6 6  
6 N Mahut 7 7   1/WC F Santoro 6 7  
4 T Alves 7 6   4 T Alves 3 62  
Q D Molchanov 63 1   4 T Alves 3    
  I van der Merwe 6 2 65   É Roger-Vasselin 1 r  
  É Roger-Vasselin 4 6 7 4 T Alves 6 6  
  S Koubek 6 67 6   H Levy 2 3  
Q W-S Jun 3 7 3   S Koubek 5 7 610
  H Levy 7 7     H Levy 7 5 7
7 C Guccione 5 67  

Bottom half
First Round Second Round Quarterfinals Semifinals
8 K Beck 6 6  
  M Koning 4 4   8 K Beck 6 6  
  N Lindahl 3 7 6   N Lindahl 0 3  
  A-u-H Qureshi 6 64 4 8 K Beck 6 4 2
Q C Eaton 2 6 1   R de Voest 1 6 6
  R de Voest 6 4 6   R de Voest 7 6  
  C Poch-Gradin 6 6     C Poch-Gradin 62 3  
LL B J van Rensburg 1 1     R de Voest 6 7  
5 M Elgin 6 2 4 WC F Wolmarans 4 5  
  M Chiudinelli 2 6 6   M Chiudinelli 6 3 610
  J Sirianni 6 7     J Sirianni 3 6 7
  S Bubka 3 67     J Sirianni 7 5 60
WC F Wolmarans 63 6 7 WC F Wolmarans 63 7 7
WC A Anderson 7 3 65 WC F Wolmarans 6 6  
  F Vicente 64 6 6   F Vicente 1 4  
2 G Müller 7 4 2
gollark: There are other neat ones like the inner ear orientation sensor thing, which you could emulate with those cheap accelerometer/gyroscope modules.
gollark: I mean, they all "matter" somewhat, but I guess I would consider those among the more important ones.
gollark: You gather much data, train the neural networks on high-powered hardware, then *use* the trained one for inference on lower end stuff.
gollark: ... what?
gollark: As far as I'm aware most actually-used artificial neural network things don't do that anyway.

References
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