## Effect of noise realisation (study of systematics)
## Effect of noise realisation (study of systematics)
## Effect of systematics (using different injection approximants)
## Effect of systematics (using different injection approximants)
## Effect of cutoff frequency
## Effect of cutoff frequency
We perform an injection study to see the effect of the upper cut-off frequency of the analysis. Fixed M=15Msun with q=1, 2 and fixed spins of (0.6, 0.3). Considered spin-dependent upper cut-off, inspiral only cut-off of the IMRPhenom waveforms and the full IMR cut-off frequency. The analysis is done for UU and DD for each system.
We perform an injection study to see the effect of the upper cut-off frequency of the analysis. Fixed M=15Msun with q=2 and fixed spins of (0.6, 0.3). Considered spin-dependent upper cut-off, inspiral only cut-off of the IMRPhenom waveforms and the full IMR cut-off frequency.
- q=2
- q=2
| Upper cut-off value (Hz)| Results page | Comments |
| Upper cut-off value (Hz)| Results page | Comments |
We perform an injection study to see the effect of the upper cut-off frequency of the analysis. Fixed M=15Msun with q=2 and fixed spins of (0.9, 0.8), (0.6, 0.3), (0.4, 0.3) and (0.2, 0.1). Truncated the analysis at the inspiral transition frequency and the value is 244Hz
| Upper cut-off value (Hz)| Results page | Comments |
We perform an injection study to see the effect of the upper cut-off frequency of the analysis. Fixed M=15Msun with q=2 and fixed spins of (0.6, 0.3), (0.6, -0.3), (-0.6, 0.3) and (-0.6, -0.3). Truncated the analysis at the inspiral transition frequency and the value is 244Hz