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# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:34.000000) ``` timestamp: 2025-05-07 10:25:34.000000 lon:...
0
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:34.000000) ``` timestamp: 2025-05-07 10:25:34.000000 lon:...
1
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:34.000000) ``` timestamp: 2025-05-07 10:25:34.000000 lon:...
2
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:34.000000) ``` timestamp: 2025-05-07 10:25:34.000000 lon:...
3
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:34.000000) ``` timestamp: 2025-05-07 10:25:34.000000 lon:...
4
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:34.000000) ``` timestamp: 2025-05-07 10:25:34.000000 lon:...
5
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:34.000000) ``` timestamp: 2025-05-07 10:25:34.000000 lon:...
6
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:34.000000) ``` timestamp: 2025-05-07 10:25:34.000000 lon:...
7
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:54.000000) ``` timestamp: 2025-05-07 10:25:54.000000 lon:...
0
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:54.000000) ``` timestamp: 2025-05-07 10:25:54.000000 lon:...
1
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:54.000000) ``` timestamp: 2025-05-07 10:25:54.000000 lon:...
2
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:54.000000) ``` timestamp: 2025-05-07 10:25:54.000000 lon:...
3
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:54.000000) ``` timestamp: 2025-05-07 10:25:54.000000 lon:...
4
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:54.000000) ``` timestamp: 2025-05-07 10:25:54.000000 lon:...
5
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:54.000000) ``` timestamp: 2025-05-07 10:25:54.000000 lon:...
6
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:25:54.000000) ``` timestamp: 2025-05-07 10:25:54.000000 lon:...
7
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:14.000000) ``` timestamp: 2025-05-07 10:26:14.000000 lon:...
0
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:14.000000) ``` timestamp: 2025-05-07 10:26:14.000000 lon:...
1
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:14.000000) ``` timestamp: 2025-05-07 10:26:14.000000 lon:...
2
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:14.000000) ``` timestamp: 2025-05-07 10:26:14.000000 lon:...
3
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:14.000000) ``` timestamp: 2025-05-07 10:26:14.000000 lon:...
4
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:14.000000) ``` timestamp: 2025-05-07 10:26:14.000000 lon:...
5
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:14.000000) ``` timestamp: 2025-05-07 10:26:14.000000 lon:...
6
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:14.000000) ``` timestamp: 2025-05-07 10:26:14.000000 lon:...
7
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:24.000000) ``` timestamp: 2025-05-07 10:26:24.000000 lon:...
0
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:24.000000) ``` timestamp: 2025-05-07 10:26:24.000000 lon:...
1
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:24.000000) ``` timestamp: 2025-05-07 10:26:24.000000 lon:...
2
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:24.000000) ``` timestamp: 2025-05-07 10:26:24.000000 lon:...
3
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:24.000000) ``` timestamp: 2025-05-07 10:26:24.000000 lon:...
4
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:24.000000) ``` timestamp: 2025-05-07 10:26:24.000000 lon:...
5
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:24.000000) ``` timestamp: 2025-05-07 10:26:24.000000 lon:...
6
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:26:24.000000) ``` timestamp: 2025-05-07 10:26:24.000000 lon:...
7
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:34.000000) ``` timestamp: 2025-05-07 10:27:34.000000 lon:...
0
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:34.000000) ``` timestamp: 2025-05-07 10:27:34.000000 lon:...
1
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:34.000000) ``` timestamp: 2025-05-07 10:27:34.000000 lon:...
2
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:34.000000) ``` timestamp: 2025-05-07 10:27:34.000000 lon:...
3
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:34.000000) ``` timestamp: 2025-05-07 10:27:34.000000 lon:...
4
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:34.000000) ``` timestamp: 2025-05-07 10:27:34.000000 lon:...
5
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:34.000000) ``` timestamp: 2025-05-07 10:27:34.000000 lon:...
6
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:34.000000) ``` timestamp: 2025-05-07 10:27:34.000000 lon:...
7
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:44.000000) ``` timestamp: 2025-05-07 10:27:44.000000 lon:...
0
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:44.000000) ``` timestamp: 2025-05-07 10:27:44.000000 lon:...
1
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:44.000000) ``` timestamp: 2025-05-07 10:27:44.000000 lon:...
2
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:44.000000) ``` timestamp: 2025-05-07 10:27:44.000000 lon:...
3
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:44.000000) ``` timestamp: 2025-05-07 10:27:44.000000 lon:...
4
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:44.000000) ``` timestamp: 2025-05-07 10:27:44.000000 lon:...
5
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
# Domain Rules ## Downtilt Interpretation - Value 255 → 6° (default) - Other values → actual degrees ## Beam Scenario → Vertical Beamwidth - DEFAULT, SCENARIO_1–5 → 6° - SCENARIO_6–11 → 12° - SCENARIO_12+ → 25° # Drive Test Data ## Record 1 (2025-05-07 10:27:44.000000) ``` timestamp: 2025-05-07 10:27:44.000000 lon:...
6
[ "The serving cell's downtilt angle is too large, causing weak coverage at the far end.", "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.", "A neighboring cell provides higher throughput.", "Non-colocated co-frequency neighboring cells cause severe overlapping coverage.", "Freq...
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TeleLogs Dataset (Processed MCQ Format)

This dataset has been extracted from the original netop/TeleLogs dataset and processed into multiple-choice question (MCQ) format for easier evaluation.

Dataset Description

TeleLogs is a telecommunications log analysis benchmark where models must identify the root cause of network issues from 5G wireless network drive-test data and engineering parameters.

Processed Format

This version has been restructured for MCQ evaluation with the following improvements:

  • Clean separation of question data, choices, and instructions
  • 0-based indexing for answers (0-7 instead of 1-8)
  • Extracted choices as a proper array field
  • Removed template text from questions

Dataset Structure

Data Instances

Each instance contains:

  • question: The actual network data (drive-test logs, engineering parameters, tables)
  • choices: Array of 8 possible root causes
  • answer: Integer index (0-7) indicating the correct choice

Example:

{
  "question": "Given:\n- The default electronic downtilt value is 255...\n\nUser plane drive test data as follows:\n\n<tables>...",
  "choices": [
    "The serving cell's downtilt angle is too large, causing weak coverage at the far end.",
    "The serving cell's coverage distance exceeds 1km, resulting in over-shooting.",
    ...
  ],
  "answer": 3
}

Data Fields

  • question (string): The network data and parameters to analyze. Typically starts with "Given:" and includes:

    • Configuration parameters
    • Drive test data tables
    • Engineering parameters tables
  • choices (list of strings): Array of exactly 8 possible root causes

  • answer (integer): The correct answer index (0-7), where:

    • 0 = First choice (originally C1)
    • 1 = Second choice (originally C2)
    • ...
    • 7 = Eighth choice (originally C8)

Data Splits

test
TeleLogs 864

Transformations Applied

This processed version applies three key transformations:

1. Answer Column

  • Original: C1, C2, ..., C8
  • Processed: 0, 1, ..., 7
  • Converted to 0-based indexing to match array positions

2. Choices Column (New)

  • Extracted 8 choices cleanly from the original question text
  • Each choice stored as array element
  • For C8, stops at \n\n separator before actual question data

3. Question Column

  • Removed: Template instructions (e.g., "Analyze the 5G wireless network...")
  • Removed: Choice listings (C1-C8 with their text)
  • Kept: Only the actual question data after \n\n
  • Typically starts with "Given:" and includes all data tables

Dataset Creation

Source Data

Original dataset: netop/TeleLogs

Processing Pipeline

  1. Load original TeleLogs dataset from HuggingFace
  2. Extract test split
  3. Parse and separate choices from question text using regex
  4. Convert answer format from C1-C8 to 0-7
  5. Remove instruction template and choice listings
  6. Export to multiple formats (CSV, JSON, Parquet)

Processing Scripts

The processing scripts are available at: Telecom-Bench

Usage

Loading with Hugging Face Datasets

from datasets import load_dataset

dataset = load_dataset("eaguaida/telelogs")

Using with Inspect AI

from inspect_ai import Task
from inspect_ai.dataset import Sample
from inspect_ai.scorer import choice
from inspect_ai.solver import multiple_choice

def telelogs_record_to_sample(record):
    return Sample(
        input=record["question"],
        choices=record["choices"],
        target=chr(65 + record["answer"]),  # Convert 0->A, 1->B, etc.
    )

# Load and evaluate
dataset = load_dataset("eaguaida/telelogs", sample_fields=telelogs_record_to_sample)
task = Task(dataset=dataset, solver=multiple_choice(), scorer=choice())

File Formats

The dataset is available in multiple formats:

  • telelogs_test.parquet: Parquet format (recommended, most efficient)
  • telelogs_test.json: JSON format (human-readable)
  • telelogs_test.csv: CSV format (note: choices stored as JSON string)

Licensing

This dataset maintains the same license as the original TeleLogs dataset.

Citation

If you use this dataset, please cite the original TeleLogs dataset:

@dataset{telelogs2024,
  title={TeleLogs: Telecommunications Log Analysis Dataset},
  author={Original Authors},
  year={2024},
  publisher={HuggingFace},
  url={https://huggingface.co/datasets/netop/TeleLogs}
}

Contact

For questions or issues with this processed version, please open an issue at Telecom-Bench.

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