In this set of tests documents from three different collections were used:

• Museums/101.html
• Museums/102.html
• Museums/103.html
• Museums/104.html
• Museums/105.html
• Museums/106.html
• Museums/107.html
• Museums/108.html
• Museums/109.html
• Museums/110.html
   
• Research_Groups/1.html
• Research_Groups/2.html
• Research_Groups/3.html
• Research_Groups/4.html
• Research_Groups/5.html
• Research_Groups/6.html
• Research_Groups/7.html
• Research_Groups/8.html
• Research_Groups/9.html
• Research_Groups/10.html
   
• Travelogues/1.html
• Travelogues/2.html
• Travelogues/3.html
• Travelogues/4.html
• Travelogues/5.html
• Travelogues/6.html
• Travelogues/7.html
• Travelogues/8.html
• Travelogues/9.html
• Travelogues/10.html

  Input File
 
  After parsing of input html documents we have got Input Matrix with dimention of 30-by-2388
  Compression decreased dimention to 30-by-30. Result matrix can be viewed here. First ten lines represent documents from Museums collection, second ten - from Research_Groups and last ten from Travelogues.

  Below results of tests with different parameters are listed.
First Parameter - "max_neurons" - desired number of clusters.
Second - "radii" - maximal radius of cluster.
In part of cases radii was generated automatically.


 

1. max_neurons = 2 : result, rcl_out, rcl_log
   
2. max_neurons = 2, radii = 0.2 : result, rcl_out, rcl_log
   
3. max_neurons = 2, radii = 0.3 : result, rcl_out, rcl_log
   
4. max_neurons = 2, radii = 0.4 : result, rcl_out, rcl_log
   
5. max_neurons = 2, radii = 0.5 : result, rcl_out, rcl_log
   
6. max_neurons = 2, radii = 0.6 : result, rcl_out, rcl_log
   
7. max_neurons = 2, radii = 0.7 : result, rcl_out, rcl_log
   
8. max_neurons = 2, radii = 0.8 : result, rcl_out, rcl_log
    
   
9. max_neurons = 3 : result, rcl_out, rcl_log
   
10. max_neurons = 3, radii = 0.2 : result, rcl_out, rcl_log
    
11. max_neurons = 3, radii = 0.3 : result, rcl_out, rcl_log
    
12. max_neurons = 3, radii = 0.4 : result, rcl_out, rcl_log
    
13. max_neurons = 3, radii = 0.5 : result, rcl_out, rcl_log
    
14. max_neurons = 3, radii = 0.6 : result, rcl_out, rcl_log
    
15. max_neurons = 3, radii = 0.7 : result, rcl_out, rcl_log
    
16. max_neurons = 3, radii = 0.8 : result, rcl_out, rcl_log
     
    
17. max_neurons = 5 : result, rcl_out, rcl_log
    
18. max_neurons = 5, radii = 0.2 : result, rcl_out, rcl_log
    
19. max_neurons = 5, radii = 0.3 : result, rcl_out, rcl_log
    
20. max_neurons = 5, radii = 0.4 : result, rcl_out, rcl_log
    
21. max_neurons = 5, radii = 0.5 : result, rcl_out, rcl_log
    
22. max_neurons = 5, radii = 0.6 : result, rcl_out, rcl_log
    
23. max_neurons = 5, radii = 0.7 : result, rcl_out, rcl_log
    
24. max_neurons = 5, radii = 0.8 : result, rcl_out, rcl_log
     
    
25. max_neurons = 7 : result, rcl_out, rcl_log
    
26. max_neurons = 7, radii = 0.2 : result, rcl_out, rcl_log
    
27. max_neurons = 7, radii = 0.3 : result, rcl_out, rcl_log
    
28. max_neurons = 7, radii = 0.4 : result, rcl_out, rcl_log
    
29. max_neurons = 7, radii = 0.5 : result, rcl_out, rcl_log
    
30. max_neurons = 7, radii = 0.6 : result, rcl_out, rcl_log
    
31. max_neurons = 7, radii = 0.7 : result, rcl_out, rcl_log
    
32. max_neurons = 7, radii = 0.8 : result, rcl_out, rcl_log
     
    
33. max_neurons = 10 : result, rcl_out, rcl_log
    
34. max_neurons = 10, radii = 0.2 : result, rcl_out, rcl_log
    
35. max_neurons = 10, radii = 0.3 : result, rcl_out, rcl_log
    
36. max_neurons = 10, radii = 0.4 : result, rcl_out, rcl_log
    
37. max_neurons = 10, radii = 0.5 : result, rcl_out, rcl_log
    
38. max_neurons = 10, radii = 0.6 : result, rcl_out, rcl_log
    
39. max_neurons = 10, radii = 0.7 : result, rcl_out, rcl_log
    
40. max_neurons = 10, radii = 0.8 : result, rcl_out, rcl_log
     
    
41. max_neurons = 15 : result, rcl_out, rcl_log
    
42. max_neurons = 15, radii = 0.2 : result, rcl_out, rcl_log
    
43. max_neurons = 15, radii = 0.3 : result, rcl_out, rcl_log
    
44. max_neurons = 15, radii = 0.4 : result, rcl_out, rcl_log
    
45. max_neurons = 15, radii = 0.5 : result, rcl_out, rcl_log
    
46. max_neurons = 15, radii = 0.6 : result, rcl_out, rcl_log
    
47. max_neurons = 15, radii = 0.7 : result, rcl_out, rcl_log
    
48. max_neurons = 15, radii = 0.8 : result, rcl_out, rcl_log

Questions and comments send to Dimitrij Petoukhov.