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All CBSDs in QPR_5 Testcase to be re-configured to create more interference than Table Mountain threshould -88.4dbm #798

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chandanahs opened this issue Aug 9, 2018 · 2 comments
Open

All CBSDs in QPR_5 Testcase to be re-configured to create more interference than Table Mountain threshould -88.4dbm #798

chandanahs opened this issue Aug 9, 2018 · 2 comments

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@chandanahs
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With the Current CBSDs configuration attributes in QPR_5 for Table mountain testcase,
the total interference caused by each CBSDs is well less than -88.4dbm, which is passing the test case without verifying the unsuccessful grant in Table Mountain region test scenario.

device_1:
WINNF_FT_S_QPR_testcase.py:423 Propagation:db_loss: 184.578136
WINNF_FT_S_QPR_testcase.py:423 Propagation:db_loss: 184.578136
WINNF_FT_S_QPR_testcase.py:425 Bearing: 318.041786
WINNF_FT_S_QPR_testcase.py:425 Bearing: 318.041786
WINNF_FT_S_QPR_testcase.py:431 Effective Antenna Gain: -4.000000
WINNF_FT_S_QPR_testcase.py:431 Effective Antenna Gain: -4.000000
WINNF_FT_S_QPR_testcase.py:437 Grant 1 Max Eirp: 19.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:437 Grant 1 Max Eirp: 19.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:442 Grant 1 Bandwidth: 10.000000
WINNF_FT_S_QPR_testcase.py:442 Grant 1 Bandwidth: 10.000000
WINNF_FT_S_QPR_testcase.py:444 Grant 1 EIRP is 794.328235
WINNF_FT_S_QPR_testcase.py:444 Grant 1 EIRP is 794.328235
WINNF_FT_S_QPR_testcase.py:449 Grant 2 Max Eirp: 19.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:449 Grant 2 Max Eirp: 19.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:454 Grant 2 Bandwidth: 10.000000
WINNF_FT_S_QPR_testcase.py:454 Grant 2 Bandwidth: 10.000000
WINNF_FT_S_QPR_testcase.py:456 Grant 2 EIRP is 794.328235
WINNF_FT_S_QPR_testcase.py:456 Grant 2 EIRP is 794.328235
WINNF_FT_S_QPR_testcase.py:461 Total Interference is -172.567836 dBm
WINNF_FT_S_QPR_testcase.py:461 Total Interference is -172.567836 dBm

device_2:
WINNF_FT_S_QPR_testcase.py:423 Propagation:db_loss: 174.479579
WINNF_FT_S_QPR_testcase.py:423 Propagation:db_loss: 174.479579
WINNF_FT_S_QPR_testcase.py:425 Bearing: 217.954525
WINNF_FT_S_QPR_testcase.py:425 Bearing: 217.954525
WINNF_FT_S_QPR_testcase.py:431 Effective Antenna Gain: -4.000000
WINNF_FT_S_QPR_testcase.py:431 Effective Antenna Gain: -4.000000
WINNF_FT_S_QPR_testcase.py:437 Grant 1 Max Eirp: 37.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:437 Grant 1 Max Eirp: 37.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:442 Grant 1 Bandwidth: 5.000000
WINNF_FT_S_QPR_testcase.py:442 Grant 1 Bandwidth: 5.000000
WINNF_FT_S_QPR_testcase.py:444 Grant 1 EIRP is 25059.361681
WINNF_FT_S_QPR_testcase.py:444 Grant 1 EIRP is 25059.361681
WINNF_FT_S_QPR_testcase.py:449 Grant 2 Max Eirp: 37.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:449 Grant 2 Max Eirp: 37.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:454 Grant 2 Bandwidth: 5.000000
WINNF_FT_S_QPR_testcase.py:454 Grant 2 Bandwidth: 5.000000
WINNF_FT_S_QPR_testcase.py:456 Grant 2 EIRP is 25059.361681
WINNF_FT_S_QPR_testcase.py:456 Grant 2 EIRP is 25059.361681
WINNF_FT_S_QPR_testcase.py:461 Total Interference is -147.479579 dBm
WINNF_FT_S_QPR_testcase.py:461 Total Interference is -147.479579 dBm

device_3:
WINNF_FT_S_QPR_testcase.py:423 Propagation:db_loss: 181.915941
WINNF_FT_S_QPR_testcase.py:423 Propagation:db_loss: 181.915941
WINNF_FT_S_QPR_testcase.py:425 Bearing: 264.507631
WINNF_FT_S_QPR_testcase.py:425 Bearing: 264.507631
WINNF_FT_S_QPR_testcase.py:431 Effective Antenna Gain: -50.000000
WINNF_FT_S_QPR_testcase.py:431 Effective Antenna Gain: -50.000000
WINNF_FT_S_QPR_testcase.py:437 Grant 1 Max Eirp: 35.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:437 Grant 1 Max Eirp: 35.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:442 Grant 1 Bandwidth: 10.000000
WINNF_FT_S_QPR_testcase.py:442 Grant 1 Bandwidth: 10.000000
WINNF_FT_S_QPR_testcase.py:444 Grant 1 EIRP is 31622.776602
WINNF_FT_S_QPR_testcase.py:444 Grant 1 EIRP is 31622.776602
WINNF_FT_S_QPR_testcase.py:449 Grant 2 Max Eirp: 36.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:449 Grant 2 Max Eirp: 36.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:454 Grant 2 Bandwidth: 10.000000
WINNF_FT_S_QPR_testcase.py:454 Grant 2 Bandwidth: 10.000000
WINNF_FT_S_QPR_testcase.py:456 Grant 2 EIRP is 39810.717055
WINNF_FT_S_QPR_testcase.py:456 Grant 2 EIRP is 39810.717055
WINNF_FT_S_QPR_testcase.py:461 Total Interference is -153.376922 dBm
WINNF_FT_S_QPR_testcase.py:461 Total Interference is -153.376922 dBm

device 4:
WINNF_FT_S_QPR_testcase.py:423 Propagation:db_loss: 204.627195
WINNF_FT_S_QPR_testcase.py:423 Propagation:db_loss: 204.627195
WINNF_FT_S_QPR_testcase.py:425 Bearing: 275.983666
WINNF_FT_S_QPR_testcase.py:425 Bearing: 275.983666
WINNF_FT_S_QPR_testcase.py:431 Effective Antenna Gain: 19.522610
WINNF_FT_S_QPR_testcase.py:431 Effective Antenna Gain: 19.522610
WINNF_FT_S_QPR_testcase.py:437 Grant 1 Max Eirp: 33.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:437 Grant 1 Max Eirp: 33.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:442 Grant 1 Bandwidth: 10.000000
WINNF_FT_S_QPR_testcase.py:442 Grant 1 Bandwidth: 10.000000
WINNF_FT_S_QPR_testcase.py:444 Grant 1 EIRP is 19952.623150
WINNF_FT_S_QPR_testcase.py:444 Grant 1 EIRP is 19952.623150
WINNF_FT_S_QPR_testcase.py:449 Grant 2 Max Eirp: 37.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:449 Grant 2 Max Eirp: 37.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:454 Grant 2 Bandwidth: 20.000000
WINNF_FT_S_QPR_testcase.py:454 Grant 2 Bandwidth: 20.000000
WINNF_FT_S_QPR_testcase.py:456 Grant 2 EIRP is 100237.446725
WINNF_FT_S_QPR_testcase.py:456 Grant 2 EIRP is 100237.446725
WINNF_FT_S_QPR_testcase.py:461 Total Interference is -154.305899 dBm
WINNF_FT_S_QPR_testcase.py:461 Total Interference is -154.305899 dBm

device 5:
WINNF_FT_S_QPR_testcase.py:423 Propagation:db_loss: 165.957920
WINNF_FT_S_QPR_testcase.py:423 Propagation:db_loss: 165.957920
WINNF_FT_S_QPR_testcase.py:425 Bearing: 233.745882
WINNF_FT_S_QPR_testcase.py:425 Bearing: 233.745882
WINNF_FT_S_QPR_testcase.py:431 Effective Antenna Gain: 2.475186
WINNF_FT_S_QPR_testcase.py:431 Effective Antenna Gain: 2.475186
WINNF_FT_S_QPR_testcase.py:437 Grant 1 Max Eirp: 30.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:437 Grant 1 Max Eirp: 30.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:442 Grant 1 Bandwidth: 20.000000
WINNF_FT_S_QPR_testcase.py:442 Grant 1 Bandwidth: 20.000000
WINNF_FT_S_QPR_testcase.py:444 Grant 1 EIRP is 20000.000000
WINNF_FT_S_QPR_testcase.py:444 Grant 1 EIRP is 20000.000000
WINNF_FT_S_QPR_testcase.py:449 Grant 2 Max Eirp: 35.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:449 Grant 2 Max Eirp: 35.000000 dBm/MHz
WINNF_FT_S_QPR_testcase.py:454 Grant 2 Bandwidth: 20.000000
WINNF_FT_S_QPR_testcase.py:454 Grant 2 Bandwidth: 20.000000
WINNF_FT_S_QPR_testcase.py:456 Grant 2 EIRP is 63245.553203
WINNF_FT_S_QPR_testcase.py:456 Grant 2 EIRP is 63245.553203
WINNF_FT_S_QPR_testcase.py:461 Total Interference is -134.279123 dBm
WINNF_FT_S_QPR_testcase.py:461 Total Interference is -134.279123 dBm
@kate-harrison
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This test case is configurable, which will allow ITS to thoroughly test Table Mountain protection using their own configurations of the test case. If you would like to submit changes to the WinnForum default configuration, I see no problem with it, but I don't think it's critical since it will not affect ITS' work or the integrity of the overall certification process.

If you would like to contribute to the SAS test code, please check in with Lee Pucker of WinnForum to make sure the appropriate legal documents are in place. Please also join the SAS test dev task group in WinnForum to ensure that you are aware of all developments.

@chandanahs
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We will change the configuration and proceed with testing.

Yes, i will check with Lee Pucker.

thank you.

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@kate-harrison @chandanahs