DQRs for Session: 154034 User:skneifelCompleted: 10-25-2013

Data Quality Reports for Session: 154034 User: skneifel Completed: 10/25/2013

TABLE OF CONTENTS

DQR ID	Subject	Data Streams Affected
D130619.5	NSA/KASACR/C1 - Data collection problem	nsakasacrawrhiC1.b1, nsakasacrblrhiC1.b1, nsakasacrcwrhiC1.b1, nsakasacrhsrhiC1.b1, nsakasacrppiC1.b1, nsakasacrrhiC1.b1, nsakasacrspeccmaskcopolC1.a0, nsakasacrspeccmaskxpolC1.a0, nsakasacrvptC1.b1
D130718.4	NSA/KASACR/C1 - Some spectra data was not being ingested and masked	nsakasacrspeccmaskcopolC1.a0, nsakasacrspeccmaskxpolC1.a0

DQRID : D130619.5

Start Date	Start Time	End Date	End Time
12/14/2012	0000	03/24/2013	0000

Subject:	NSA/KASACR/C1 - Data collection problem
DataStreams:	nsakasacrawrhiC1.b1, nsakasacrblrhiC1.b1, nsakasacrcwrhiC1.b1, nsakasacrhsrhiC1.b1, nsakasacrppiC1.b1, nsakasacrrhiC1.b1, nsakasacrspeccmaskcopolC1.a0, nsakasacrspeccmaskxpolC1.a0, nsakasacrvptC1.b1
Description:	1. The sign of Doppler velocity of Ka/WSACR has been changed. The sign of Doppler velocity of WSACR was inconsistent with KAZR and KaSACR from December 14, 2012 to January 15, 2013. Before December 14, 2012, Doppler velocity signs from both W and Ka SACRs were inconsistent with KAZR. After February 1, 2013, the signs from SACRs are consistent with KAZR. 2. Ka/WSACR spectra have significant leakage, but something is clearly wrong with the KaSACR (see attached file). The WSACR leakage occurs only at higher SNR, but that when it occurs the first side lobe is only ~30 dB down, much less that the ~50 dB for the KAZR. 3. We could not find Doppler spectra data from Ka and W SACRs for the same time periods even though moments files for the vertical pointing scans for both Ka and W SACRs exist. There are synchronized signals in Doppler spectram in vertical potinting data from Ka/WSACR.
Measurements:	nsakasacrblrhiC1.b1: follow_mode altitude azimuth elevation r_calib_noise_source_power_v lat sweep_end_ray_index frequency prt_mode radar_measured_transmit_power_h time_coverage_end r_calib_noise_source_power_h r_calib_two_way_radome_loss_h n_samples r_calib_noise_hc r_calib_xmit_power_h r_calib_pulse_width nyquist_velocity polarization_mode Linear depolarization ratio H(linear_depolarization_ratio) prt longitude r_calib_radar_constant_v platform_type r_calib_radar_constant_h range altitude_agl instrument_type r_calib_receiver_gain_vx antenna_transition radar_antenna_gain_h radar_antenna_gain_v fixed_angle primary_axis 95GHz reflectivity in dBZ(reflectivity) sweep_start_ray_index r_calib_index scan_rate base_time sweep_mode Signal to noise ratio(snr) time radar_beam_width_v radar_beam_width_h time_coverage_start alt lon sweep_number r_calib_time pulse_width latitude volume_number r_calib_receiver_gain_hc Mean Doppler velocity, clutter filtered(mean_doppler_velocity) unambiguous_range Spectral Width(spectral_width) r_calib_noise_vx nsakasacrhsrhiC1.b1: r_calib_receiver_gain_vx range latitude scan_rate pulse_width follow_mode prt Signal to noise ratio(snr) alt lon Mean Doppler velocity, clutter filtered(mean_doppler_velocity) time_coverage_start frequency time sweep_number longitude r_calib_noise_source_power_v fixed_angle r_calib_noise_source_power_h platform_type r_calib_two_way_radome_loss_h r_calib_time volume_number Spectral Width(spectral_width) instrument_type primary_axis sweep_end_ray_index 95GHz reflectivity in dBZ(reflectivity) r_calib_noise_vx radar_beam_width_v r_calib_index r_calib_noise_hc r_calib_pulse_width sweep_mode radar_measured_transmit_power_h time_coverage_end radar_beam_width_h r_calib_radar_constant_h r_calib_radar_constant_v antenna_transition elevation Linear depolarization ratio H(linear_depolarization_ratio) lat r_calib_xmit_power_h altitude_agl sweep_start_ray_index base_time prt_mode radar_antenna_gain_h radar_antenna_gain_v n_samples altitude azimuth r_calib_receiver_gain_hc polarization_mode unambiguous_range nyquist_velocity nsakasacrvptC1.b1: r_calib_radar_constant_h polarization_mode r_calib_radar_constant_v lon frequency radar_beam_width_v radar_beam_width_h prt Signal to noise ratio(snr) radar_antenna_gain_v r_calib_xmit_power_h sweep_start_ray_index radar_antenna_gain_h nyquist_velocity sweep_end_ray_index latitude elevation altitude n_samples r_calib_two_way_radome_loss_h sweep_number r_calib_noise_hc Linear depolarization ratio H(linear_depolarization_ratio) Mean Doppler velocity, clutter filtered(mean_doppler_velocity) sweep_mode azimuth r_calib_receiver_gain_vx prt_mode scan_rate r_calib_noise_source_power_v unambiguous_range r_calib_noise_source_power_h r_calib_time r_calib_pulse_width r_calib_index lat antenna_transition alt longitude altitude_agl instrument_type fixed_angle time Spectral Width(spectral_width) base_time radar_measured_transmit_power_h follow_mode r_calib_receiver_gain_hc pulse_width volume_number platform_type time_coverage_end 95GHz reflectivity in dBZ(reflectivity) time_coverage_start range r_calib_noise_vx primary_axis nsakasacrcwrhiC1.b1: radar_antenna_gain_v prt_mode r_calib_radar_constant_h r_calib_radar_constant_v lat alt elevation prt time_coverage_start fixed_angle sweep_mode radar_beam_width_h sweep_number radar_beam_width_v r_calib_receiver_gain_hc r_calib_noise_hc r_calib_noise_source_power_h r_calib_noise_source_power_v n_samples latitude volume_number time_coverage_end radar_measured_transmit_power_h r_calib_time 95GHz reflectivity in dBZ(reflectivity) lon r_calib_pulse_width radar_antenna_gain_h instrument_type Signal to noise ratio(snr) nyquist_velocity range sweep_start_ray_index polarization_mode Linear depolarization ratio H(linear_depolarization_ratio) Spectral Width(spectral_width) scan_rate base_time altitude Mean Doppler velocity, clutter filtered(mean_doppler_velocity) r_calib_index unambiguous_range longitude pulse_width azimuth antenna_transition primary_axis platform_type follow_mode r_calib_xmit_power_h r_calib_two_way_radome_loss_h r_calib_receiver_gain_vx frequency r_calib_noise_vx sweep_end_ray_index altitude_agl time nsakasacrppiC1.b1: frequency follow_mode radar_antenna_gain_h radar_antenna_gain_v polarization_mode r_calib_noise_source_power_h range lon base_time alt pulse_width volume_number r_calib_receiver_gain_vx r_calib_receiver_gain_hc azimuth primary_axis r_calib_xmit_power_h r_calib_noise_hc nyquist_velocity time_coverage_end n_samples unambiguous_range r_calib_radar_constant_h time_coverage_start prt_mode r_calib_radar_constant_v sweep_mode elevation Mean Doppler velocity, clutter filtered(mean_doppler_velocity) Spectral Width(spectral_width) lat prt instrument_type platform_type Linear depolarization ratio H(linear_depolarization_ratio) 95GHz reflectivity in dBZ(reflectivity) sweep_start_ray_index time sweep_number r_calib_two_way_radome_loss_h r_calib_index r_calib_time radar_measured_transmit_power_h altitude_agl Signal to noise ratio(snr) antenna_transition scan_rate r_calib_noise_vx fixed_angle sweep_end_ray_index longitude altitude radar_beam_width_v r_calib_pulse_width radar_beam_width_h latitude r_calib_noise_source_power_v nsakasacrrhiC1.b1: volume_number polarization_mode antenna_transition radar_beam_width_h pulse_width radar_beam_width_v range sweep_mode fixed_angle base_time r_calib_time r_calib_noise_vx radar_measured_transmit_power_h Signal to noise ratio(snr) r_calib_noise_source_power_v scan_rate r_calib_noise_source_power_h sweep_number time_coverage_end r_calib_receiver_gain_hc radar_antenna_gain_v alt radar_antenna_gain_h time_coverage_start latitude r_calib_two_way_radome_loss_h altitude unambiguous_range azimuth elevation r_calib_pulse_width lat sweep_start_ray_index instrument_type time nyquist_velocity Linear depolarization ratio H(linear_depolarization_ratio) platform_type r_calib_receiver_gain_vx Mean Doppler velocity, clutter filtered(mean_doppler_velocity) n_samples r_calib_noise_hc r_calib_index prt_mode 95GHz reflectivity in dBZ(reflectivity) longitude r_calib_radar_constant_h lon r_calib_radar_constant_v altitude_agl sweep_end_ray_index frequency prt follow_mode r_calib_xmit_power_h Spectral Width(spectral_width) primary_axis nsakasacrawrhiC1.b1: r_calib_xmit_power_h time_coverage_end sweep_start_ray_index r_calib_noise_source_power_v r_calib_index r_calib_noise_source_power_h elevation range radar_antenna_gain_v sweep_number altitude r_calib_receiver_gain_hc platform_type frequency radar_antenna_gain_h sweep_mode Signal to noise ratio(snr) scan_rate 95GHz reflectivity in dBZ(reflectivity) pulse_width radar_beam_width_v lat altitude_agl radar_beam_width_h Spectral Width(spectral_width) primary_axis r_calib_two_way_radome_loss_h Mean Doppler velocity, clutter filtered(mean_doppler_velocity) base_time follow_mode r_calib_noise_hc r_calib_pulse_width r_calib_receiver_gain_vx n_samples polarization_mode unambiguous_range instrument_type sweep_end_ray_index Linear depolarization ratio H(linear_depolarization_ratio) nyquist_velocity prt alt antenna_transition lon volume_number time longitude r_calib_noise_vx r_calib_time latitude azimuth time_coverage_start r_calib_radar_constant_v r_calib_radar_constant_h radar_measured_transmit_power_h fixed_angle prt_mode nsakasacrspeccmaskxpolC1.a0: time locator_mask azimuth lat Mean Doppler velocity, clutter filtered(mean_doppler_velocity) elevation range Spectrum of raw counts from spectrometer(spectra) velocity_bins time_offset signal_to_noise_ratio 95GHz reflectivity in dBZ(reflectivity) alt Spectral Width(spectral_width) lon base_time nsakasacrspeccmaskcopolC1.a0: signal_to_noise_ratio time lat range base_time 95GHz reflectivity in dBZ(reflectivity) elevation lon Spectral Width(spectral_width) locator_mask azimuth velocity_bins alt Mean Doppler velocity, clutter filtered(mean_doppler_velocity) time_offset Spectrum of raw counts from spectrometer(spectra)

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DQRID : D130718.4

Start Date	Start Time	End Date	End Time
06/26/2012	0000	07/10/2013	1600

Subject:	NSA/KASACR/C1 - Some spectra data was not being ingested and masked
DataStreams:	nsakasacrspeccmaskcopolC1.a0, nsakasacrspeccmaskxpolC1.a0
Description:	Raw spectra file sizes were being unintentionally limited due to an entry in a radar configuration file, causing spectra file splits during data collection. However, the corresponding moments files were not splitting. During the ingest and cloud masking processing, when spectra files were being matched with corresponding raw mmoments files, only the first spectra file in a vertically-pointing scan period was matching with the a moments file. This caused the remaining (usuallt two) size-limited spectra files not to be ingested. Generally, spectra for only 10 minutes of each 25-minute vertically pointing time period have been ingested. The remaining spectra files remain in raw format at the archive.
Measurements:	nsakasacrspeccmaskxpolC1.a0: locator_mask 95GHz reflectivity in dBZ(reflectivity) range lon elevation alt azimuth base_time velocity_bins Spectral Width(spectral_width) lat time time_offset Spectrum of raw counts from spectrometer(spectra) signal_to_noise_ratio Mean Doppler velocity, clutter filtered(mean_doppler_velocity) nsakasacrspeccmaskcopolC1.a0: velocity_bins base_time Mean Doppler velocity, clutter filtered(mean_doppler_velocity) signal_to_noise_ratio range time lon azimuth locator_mask time_offset 95GHz reflectivity in dBZ(reflectivity) alt lat Spectral Width(spectral_width) elevation Spectrum of raw counts from spectrometer(spectra)

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