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1. Stop the server (see Starting and stopping the Axxon One Server in Linux OS).
   

   Note
   title Attention!
   If the system has the software running on GPU, you must stop its operation.

2. Login as ngp superuser:

   1. In the command prompt, run the command:

      Code Block
      language bash
      sudo su ngp

   2. Enter the password for the root superuser.

3. Create a folder with a custom name to store the cache. For example:

   Code Block
   language bash
   mkdir /opt/AxxonSoft/AxxonOne/gpucache

4. Change folder permissions:

   Code Block
   language bash
   chmod -R 777 /opt/AxxonSoft/AxxonOne/gpucache

5. Go to the /opt/AxxonSoft/DetectorPack/ folderAxxonOne folder:

   Code Block
   language bash
   cd /opt/AxxonSoft/DetectorPackAxxonOne

6. Open the server configuration file for editing:

   Code Block
   language bash
   sudo nano instance.conf

   Note
   title Attention!
   When you use the server in failover mode, you must: Open the /etc/AxxonSoft/ folder: Code Block cd /etc/AxxonSoft/ Open the server configuration file for editing: Code Block sudo nano axxon-one.conf Info title Note Before you make the changes to the axxon-one.conf file, we recommend reading the instructions on the page Creating system variables for the Axxon One server in the failover mode in Linux OS. Add the GPU_CACHE_DIR system variable in the configuration file, wherethevaluewillspecify the pathto the cachelocationfolder. For example: Code Block export GPU_CACHE_DIR="/opt/AxxonSoft/AxxonOne/gpucache" Save the changes in the file. Add the GPU_CACHE_DIR system variable in the /etc/profile file. Code Block export GPU_CACHE_DIR="/opt/AxxonSoft/AxxonOne/gpucache" Run the command: Code Block source /etc/profile When you change the server configuration (see Changing the configuration of the Axxon One Server in Linux OS) or update to the new Axxon One version, the system variables previously added to the instance.conf configuration file will be deleted (see Creating system variables for the Axxon One server in Linux OS).

7. Create Add the GPU_CACHE_DIR system variable,wherethevaluewillspecify the pathto the cachelocationfolder. For example:
   

   Code Block
   export GPU_CACHE_DIR="/opt/AxxonSoft/AxxonOne/gpucache"

8. Save the server configuration file using the Ctrl+O keyboard shortcut.

9. Exit file editing mode using the Ctrl+X keyboard shortcut.
   

   Note
   title Attention!
   When you change the server configuration (see Changing the configuration of the Axxon One Server in Linux OS) or update to the new Axxon One version, the system variables previously added to the instance.conf configuration file will be deleted (see Creating system variables for the Axxon One server in Linux OS).

10. In the command prompt, run the command that was usedtoadd the systemvariablewiththepathto the cache location folder. For example:
    

    Code Block
    export GPU_CACHE_DIR="/opt/AxxonSoft/AxxonOne/gpucache"

11. Go to the /opt/AxxonSoft/DetectorPack/ folder:
    

    Code Block
    cd /opt/AxxonSoft/DetectorPack

12. Run the following command:

    Code Block
    language bash
    ./VTGpuCacheGenerator

13. Enter the required countries in the numeric or alphabetic form.
    

    Expand
    title Expand the list of countries
    0. ad (Andorra) 1. al (Albania) 2. am (Armenia) 3. ar (Argentina) 4. at (Austria) 5. au (Australia) 6. az (Azerbaijan) 7. ba (Bosnia and Herzegovina) 8. be (Belgium) 9. bg Bulgaria 10. bh (Bahrain) 11. bn (Brunei) 12. bo (Bolivia) 13. br (Brazil) 14. bw (Botswana) 15. by (Belarus) 16. ca (Canada) 17. ch (Switzerland) 18. cl (Chile) 19. co (Colombia) 20. cz (Czech Republic) 21. de (Germany) 22. dk (Denmark) 23. dz (Algeria) 24. ec (Ecuador) 25. ee (Estonia) 26. es (Spain) 27. fi (Finland) 28. fr (France) 29. gb (Great Britain) 30. ge (Georgia) 31. gr (Greece) 32. gt (Guatemala) 33. hk (Hong Kong) 34. hn (Honduras) 35. hr (Croatia) 36. hu (Hungary) 37. id (Indonesia) 38. il (Israel) 39. in (India) 40. ir (Iran) 41. it (Italy) 42. jo (Jordan) 43. ke (Kenya) 44. kg (Kyrgyzstan) 45. kr (Republic of Korea) 46. kz (Kazakhstan) 47. li (Liechtenstein) 48. lk (Sri Lanka) 49. lt (Lithuania) 50. lu (Luxembourg) 51. lv (Latvia) 52. mc (Monaco) 53. md (Moldavia) 54. me (Montenegro) 55. mn (Mongolia) 56. mt (Malta) 57. mx (Mexico) 58. my (Malaysia) 59. ng (Nigeria) 60. ni (Nicaragua) 61. nl (Netherlands) 62. no (Norway) 63. nz (New Zealand) 64. pa (Panama) 65. pe (Peru) 66. ph (Philippines) 67. pl (Poland) 68. pt (Portugal) 69. py (Paraguay) 70. ro (Romania) 71. rs (Serbia) 72. ru (Russia) 73. se (Sweden) 74. sg (Singapore) 75. si (Slovenia) 76. sk (Slovakia) 77. su (USSR) 78. sv (El Salvador) 79. tj (Tajikistan) 80. tm (Turkmenistan) 81. tn (Tunisia) 82. tr (Turkey) 83. tw (Taiwan) 84. ua (Ukraine) 85. us (USA) 86. uy (Uruguay) 87. uz (Uzbekistan) 88. vn (Vietnam) 89. za (Republic of South Africa) 90. zm (Jamaica)

14. After you select all required countries, enter done.
15. The default frame width is 1920 pixels. If necessary, enter the y value and the required frame width. For example, 2048.
16. To leave the default value, enter n.
    
17. Specify the minimum width of the license plate according to the actual size of the license plate in the frame as a percentage. The minimum allowed value is 0, the maximum value is 100.
    
18. Specify the ID of the required GPU (see Selecting Nvidia GPU when configuring detectors).
19. Press Enter.

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