Aquarius Algorithm Workshop

March 9-11, 2010Santa Rosa, CA

Aquarius Health and Performance Trending and Display

Liang HongNorman Kuring

2 of 8March 9-11, 2010

Aquarius Health and Performance TrendingAquarius Algorithm Workshop

• Outline– Offline instrument state-of-health monitoring and performance tracking

– In parallel with science data processing (after L1A)

– Input• Science and Aquarius HKT from L1A • SAC-D telemetry from low rate HKT

– Web-based output• Automated report on HKT alarm/trend and science (e.g. radiometer gain)

check for each orbit• Interactive display of HKT/science time series plot

– Under test and tuning since ATLO

– http://aquarius.gsfc.nasa.gov/cgi/hkt

Aquarius Analysis Tool

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Aquarius Health and Performance TrendingAquarius Algorithm Workshop

Aquarius HKT

APDUAP_ATC_TMPAP_RFE_TMPAP_RBE_DPU_TMPAP_SCAT_TMPAP_ICDS_TMP

ATC OMT1-3, SFEAT_OMT1_PRT1_PRM_CTL_TMPAT_OMT1_PRT2_H_PRBCX_TMPAT_OMT1_PRT3_OMTNECK_TMPAT_OMT1_PRT4_REDUN_CTL_TMPAT_OMT1_PRT5_V_PRBCX_TMPAT_OMT1_PRT6_OMT_TMPAT_OMT1_TMP_CTL_STPT_RDBKAT_OMT1_PID_PROP_RDBKAT_OMT1_PID_INTEG_RDBKAT_OMT1_PID_DERIV_RDBKAT_OMT1_CMP_PROPAT_OMT1_CMP_INTEGAT_OMT1_CMP_DERIVAT_OMT1_HTR_PWR_OFFSTAT_OMT1_HTR_TOT_PWRAT_OMT1_HTR_PWR_OFFST_PRCNTAT_OMT1_HTR_TOT_PWR_PRCNTAT_OMT1_ST_3LSB_BLK_IDAT_OMT1_ST_ACTIVE_SNSRAT_OMT1_ST_CMD_ERR_FGAT_OMT1_ST_ADC_LTCHAT_OMT1_ST_ADC1_OVR_MXAT_OMT1_ST_ADC2_OVR_MXAT_OMT1_ST_FEW_TMP_FLT_FLAT_OMT1_ST_MANY_TMP_FLT_FLAT_OMT1_ST_ADC_RSTAT_OMT1_ST_WD_RSTAT_OMT1_ST_HRD_RSTAT_OMT1_ST_SFT_RSTAT_OMT1_ST_ADC_TOUTAT_OMT1_ST_WD_RST_ENAAT_OMT1_ST_ADC1_PWRDAT_OMT1_ST_ADC2_PWRDAT_OMT1_ST_AUTOPRT_ENA

DeploymentDP_SEP1_STWDP_SEP2_STWDP_LDM_STWDP_UDM_PRI_LATCHDP_UDM_RED_DEPLDP_LDM_PRI_LATCHDP_LDM_RED_DEPLDP_UDM_TMP_PRIDP_UDM_TMP_REDDP_LDM_TMP_PRIDP_LDM_TMP_RED

External TempET_OMT1_H_PROBE_TMPET_OMT1_V_PROBE_TMPET_DPLX_1H_TMPET_DPLX_1V_TMPET_CPLR_1H_TMPET_CPLR_1V_TMPET_CND1_TMPET_FD1_TMPET_OMT2_H_PROBE_TMPET_OMT2_V_PROBE_TMPET_DPLX_2H_TMPET_DPLX_2V_TMPET_CPLR_2H_TMPET_CPLR_2V_TMPET_CND2_TMPET_FD2_TMP

ET_OMT3_H_PROBE_TMPET_OMT3_V_PROBE_TMPET_DPLX_3H_TMPET_DPLX_3V_TMPET_CPLR_3H_TMPET_CPLR_3V_TMPET_CND3_TMPET_FD3_TMPET_SFE_H1_COAX_TMPET_SFE_H2_COAX_TMPET_SFE_H3_COAX_TMPET_SFE_V1_COAX_TMPET_SFE_V2_COAX_TMPET_SFE_V3_COAX_TMP

ET_RFL1_TMPET_RFL2_TMPET_RFL3_TMPET_RFL4_TMPET_RFL5_TMPET_RFL6_TMPET_RFL7_TMPET_RFL8_TMP

IP_GPS_TIME_LST_BOOTIP_CMD_RCVD_CNTIP_LAST_CMD_RCVD_IDIP_LST_BLK_NUM

ICDSIE_ICDS_P5VIE_ICDS_P15VIE_ICDS_N15VIE_SCI_ADC_5VAIE_SCI_ADC_VREFIE_SCI_ADC_TMPIE_ICDS_TMP_CHASSIE_ICDS_TMP_RAD6KIE_ICDS_TMP_ATC1IE_ICDS_TMP_ATC2IE_ICDS_TLM_CAL_RES1IE_ICDS_TLM_CAL_RES2IE_ICDS_TLM_CAL_RES3IE_ICDS_TLM_CAL_RES4IE_ICDS_ROT_REG_IDIE_ICDS_ROT_REG_VALIE_ICDS_SEL_REG_IDIE_ICDS_SEL_REG_VAL

SCATSC_LBK_B1HV_DCSC_LBK_B1HV_PWRSC_STS_FIFO_ERRSC_STS_FIFO_ERR_VALSC_STS_SCAT_LVPS_OVR_CURSC_STS_SCAT_LVPS_BUS_VLTSC_SPARE1SC_SPARE2SC_STS_CG_LTCH_PRMSC_STS_CG_LTCH_REDSC_LVPS_BOX_TEMPSC_SSPA_RF_DCK_TMPSC_SCG_TMPSC_SBE_LNA_TMPSC_SBE_TX_CHN_TMPSC_SBE_RX_CHN_TMPSC_SFE_TX_LOAD_TMPSC_SBE_STP_ATTEN_TMPSC_SFE_LBK_ATTEN_TMPSC_SFE_LBK_SW_TMPSC_SFE_BM_SW_TMPSC_SFE_GND_MONSC_SFE_N15_VLT_MONSC_SBE_PLM1_TUNG_VLTSC_SBE_PLM2_TUNG_VLTSC_8MHZ_STLO_OUT_PWR_LVLSC_16MHZ_PWR_LVLSC_SBE_PLM1_PWR_LVLSC_SBE_PLM2_PWR_LVLSC_SBE_TX_EXCTR_PWR_MONSC_LVPS_CNVRTR_CURRSC_SSPA_OUTPT_STG_VLTSC_SSPA_INTRM_STG_VLTSC_SSPA_INPT_STG_VLTSC_SFE_P5V_MONSC_SCG_P5V_MONSC_SBE_P5V_MONSC_SBE_P12V_NSW_MON

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Aquarius Health and Performance TrendingAquarius Algorithm Workshop

Radiometer HKT

RFE, RBE 1-3RD_RFE1_CBPTRD_RFE1_CBTRD_RFE1_CNDNDTRD_RFE1_HDL1TNRD_RFE1_HDL1TPRD_RFE1_HDL2TRD_RFE1_HLNATRD_RFE1_HNDTNRD_RFE1_HNDTPRD_RFE1_VDL1TNRD_RFE1_VDL1TPRD_RFE1_VDL2TRD_RFE1_VLNATRD_RFE1_VNDTNRD_RFE1_VNDTPRD_RFE1_CNDIRD_RFE1_HNDIRD_RFE1_VNDIRD_RFE1_12NRD_RFE1_12PRD_RFE1_15PRD_RFE1_5DRD_RFE1_5RFRD_RBE1_CBTRD_RBE1_D_HTRD_RBE1_D_MTRD_RBE1_D_PTRD_RBE1_D_VTRD_RBE1_LNA_H1TRD_RBE1_LNA_H2TRD_RBE1_LNA_M1TRD_RBE1_LNA_M2TRD_RBE1_LNA_P1TRD_RBE1_LNA_P2TRD_RBE1_LNA_V1TRD_RBE1_LNA_V2TRD_RBE1_VCBTRD_RBE1_12NRD_RBE1_12PRD_RBE1_15NRD_RBE1_15PRD_RBE1_5RD_RBE1_5RF

DPURD_DPU_R1PRD_DPU_R1NRD_DPU_R2PRD_DPU_R2NRD_DPU_R3RD_DPU_R1RD_DPU_DTRD_DPU_AT2RD_DPU_12NRD_DPU_12PRD_DPU_5PRD_DPU_I

DPU real-time statusRD_STS_FIFO_ERRRD_STS_FIFO_ERR_VALRD_STS_SPARERD_STS_MEM_LDGRD_STS_INTEG_ERRRD_STS_RP_LOST_ERRRD_STS_FS_LOST_ERRRD_STS_CMD_ERRRD_STS_GOT_CMDRD_STS_UP_CHK_ERRRD_STS_OP_CHK_ERRRD_STS_OPLUTRD_STS_BLK_CNT

Non-realtime HKTRD_SPARE1RD_VFA_OVRFLORD_EEPROM_SELRD_UPLUTNORD_LASTRESETRD_HRCNTRD_CMDERRRD_CMDCTRRD_BLKCNTRD_VF3_ERRRD_VF2_ERRRD_VF1_ERRRD_INTEG_STRTRD_INTEG_ENDRD_SPARE2RD_DUMPADDRRD_DUMPDATA

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Aquarius Health and Performance TrendingAquarius Algorithm Workshop

Aquarius HKT Web-based Display

• 421 Aquarius telemetries– 18 groups of sub-systems, e.g. ATC, radiometer

1~3, scatterometer and etc.– Color of menu reflects alarm status of specified

time period– Plot features: adjustable temporal scales; alarm

zone indication; averaging of data and etc.• In plan: relevant S/P telemetry (~200);

selected raw/intermediate science data; command logs and etc.

6 of 8March 9-11, 2010

Aquarius Health and Performance TrendingAquarius Algorithm Workshop

Radiometer Analysis Tool

• Outline– Offline radiometer health assessment and performance evaluation

– Used for new algorithm and analysis tool test; cross check on implementation of ADPS elements; instrument problem diagnosing

– Input• Aquarius High rate data• Low rate HKT (capable)

– Output• Raw, intermediate, processed telemetry and science data• Versatile plots of selected data, e.g. composite time series, scatter plot,

function of a set of data• Checks on memory dump, RFI test, expected gain, operating LUT and etc.• Reports on radiometer health and performance with comparison to past

experiments, NEDT and etc.

– Operational since radiometer I&T and available throughout mission

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Aquarius Health and Performance TrendingAquarius Algorithm Workshop

Radiometer Analysis Tool GUI

8 of 8March 9-11, 2010

Aquarius Health and Performance TrendingAquarius Algorithm Workshop

Data to Analyze

# data set or function type of data Aquarius Analysis Tool Radiometer Analysis Tool

1 RTT HKT S/P & Aquarius 8sec HKT

ACCS will run the Tlm Viewer software version, Scripts and View(s) delivered by the instrument team; specific epoch

N/A

2 stored HKT S/P & Aquarius 8sec HKT

ACCS will run the Tlm Viewer software version, Scripts and View(s) delivered by the instrument team; web-based display will receive S/P HKT from stored low rate data; specific epoch

specific epoch

3stored HKT errors/msgs/bootlog

8sec HKT future: mission long future: specific epoch

4scat science data (high-rate)

High-ratefuture: mission long; selected data; time series; composite and scalable plot

future: specific epoch; all data from raw to fully processed during specific epoch; export and plot data in versatile formats and combinations

5rad science data (high-rate)

High-ratemission long; selected data; time series; composite and scalable plot

specific epoch; all data from raw to fully processed during specific epoch; export and plot data in versatile formats and combinations

6Aquarius HKT in high-rate data verification and trending

High-ratemission long; time series; composite and scalable plot

specific epoch; all data from raw to fully processed during specific epoch; export and plot data in versatile formats and combinations