PDS_VERSION_ID = PDS3
RECORD_TYPE = STREAM
LABEL_REVISION_NOTE = "
2010-07-14, C. Piker (U. IOWA), initial
2012-06-04, C. Piker (U. IOWA), changes post PPI review
2017-03-28, J. Mafi (UCLA), updated for orbit 7 and 8 release;
2018-07-10, J. Mafi (UCLA), updated for orbit 9 and 10 release;
2018-10-25, J. Mafi (UCLA), updated for orbit 11 and 12 release;
2019-02-05, J. Mafi (UCLA), updated for orbit 13 and 14 release;
2019-05-21, J. Mafi (UCLA), updated for orbit 15 and 16 release;
2019-09-11, J. Mafi (UCLA), updated for orbit 17 and 18 release;
2019-12-20, J. Mafi (UCLA), updated for orbit 19 and 20 release;
2020-02-03, D. Kazden Updated DATA_SET_RELEASE_DATE and CITATION_DESC;
2020-04-06, J. Mafi (UCLA), updated for orbit 21 and 22 release;
2020-06-24, D. Kazden (UCLA), updated for orbit 23 and 24 release;
2020-11-06, D. Kazden (UCLA), updated for orbit 25 and 26 release;
2021-02-19, D. Kazden (UCLA), updated for orbit 27 and 28 release;
2021-06-04, D. Kazden (UCLA), updated for orbit 29 and 30 release;
2021-09-20, D. Kazden (UCLA), updated for orbit 31 and 32 release;
2022-01-03, D. Kazden (UCLA), updated for orbit 33 and 34 release;
2022-03-24, D. Kazden (UCLA), updated for orbit 35 and 36 release;
2022-06-21, D. Kazden (UCLA), updated for orbit 37 and 38 release;
2022-09-16, D. Kazden (UCLA), updated for orbit 39 and 40 release;
2022-12-13, D. Kazden (UCLA), updated for orbit 41 and 42 release;
2023-03-08, D. Kazden (UCLA), updated for orbit 43 and 44 release;
2023-06-30, D. Kazden (UCLA), updated for orbit 45, 46 and 47 release;
2023-10-27, D. Kazden (UCLA), updated for orbit 48, 49 and 50 release;
2024-02-02, D. Kazden (UCLA), updated for orbit 51, 52 and 53 release;"
OBJECT = DATA_SET
DATA_SET_ID = "JNO-E/J/SS-WAV-2-EDR-V1.0"
OBJECT = DATA_SET_INFORMATION
DATA_SET_NAME = "
JUNO E/J/S/SS WAVES EXPERIMENT DATA RECORDS V1.0"
DATA_SET_COLLECTION_MEMBER_FLG = "N"
DATA_OBJECT_TYPE = FILE
START_TIME = 2011-08-09T00:00:00.000
STOP_TIME = 2023-10-27T00:00:00.000
DATA_SET_RELEASE_DATE = 2024-02-02
PRODUCER_FULL_NAME = "DR. WILLIAM S. KURTH"
DETAILED_CATALOG_FLAG = "N"
DATA_SET_TERSE_DESC = "
The Juno Waves EDR complete data set includes all Waves science
and housekeeping instrument packets for the entire Juno mission."
ABSTRACT_DESC = "
The Juno Waves EDR complete data set includes all Waves science and
housekeeping data for the entire Juno mission. This data set consists
of reformatted, uncalibrated, spectra and waveforms as well as unaltered
housekeeping packets. The reformatting operation re-assembles
measurements which were too long to fit with in a single transmission
unit to the Juno flight data system as well as decompressing data that
were transmitted in compressed form. The data for this set were
acquired from the Waves Low Frequency Receiver (LFR), High Frequency
Receivers (HFR-44, HFR-45), as well as the Digital Signal Processor's
housekeeping output. This data set is intended to preserve the
uncalibrated instrument packets and is to be used only as a last resort.
Other Waves archived data sets are designed to be complete and more
easily used. Browse images associated with the other data sets provide
a graphical search of the data included in this data set."
CITATION_DESC = "Kurth, W.S., and Piker C.W.,
JUNO E/J/S/SS WAVES EXPERIMENT DATA RECORDS V1.0,
JNO-E/J/SS-WAV-2-EDR-V1.0, NASA Planetary Data System, 2024,
DOI: 10.17189/1519708."
DATA_SET_DESC = "
Data Set Overview
=================
The Juno Waves EDR complete data set includes all Waves science and
housekeeping data for the entire Juno mission. This data set consists
of reformatted, uncalibrated, spectra and waveforms as well as unaltered
housekeeping packets. The reformatting operation re-assembles
measurements which were too long to fit with in a single transmission
unit to the Juno flight data system as well as decompressing data that
were transmitted in compressed form. The data for this set were
acquired from the Waves Low Frequency Receiver (LFR), High Frequency
Receivers (HFR-44, HFR-45), as well as the Digital Signal Processor's
housekeeping output. This data set is intended to preserve the
uncalibrated instrument packets and is to be used only as a last resort.
Other Waves archived data sets are designed to be complete and more
easily used. Browse images associated with the other data sets provide
a graphical search of the data included in this data set.
The primary usefulness of these data lay in preserving the inputs to
higher level calibrated data sets so that such sets may be regenerated
in the event that better calibrations become available or in the event
that mistakes are uncovered in the data processing pipelines. In either
event the Waves instrument team is intended as the user of these data,
*not* the wider scientific community.
Parameters
==========
The fundamental unit of this data set is a Waves packet. In the case
of science packets, each packet contains a single measurement along with
information required to calibrate the measurement and determine when it
was collected. Actually producing calibrated data from these raw
packets requires detailed knowledge of the Waves instrument.
Housekeeping packets are also included as these contain fine timing
information.
Processing
==========
The data included in this data set were processed by the EDR
processing pipeline as described in section 3.3 of the VOLSIS document
found under the DOCUMENTS sub-directory. In short, this pipeline
consists of programs which reassemble fragmented packets, decompress
packets and check for CRC errors.
Data
====
Products in this data set are simply described as PDS FILE objects with
minimal detached labels as no more specific PDS objects exist to define
a file consisting of variable length packets. Appendix C of the VOLSIS
outlines the data format of these raw packets and the WAVES_PACKETS
document, contained in the DOCUMENT directory, provides detailed
information.
Ancillary Data
==============
This data set is complete, though the generation of higher level
calibrated data from this raw data set requires the following additional
information:
1. Navigation and Ancillary Information Facility's SPICE toolkit
and Juno mission SPICE kernels.
2. Calibration tables supplied on this volume by the Waves
instrument team
Coordinate Systems
==================
As these are raw data they are recorded in the frame of the electric
and magnetic sensors and are not rotated into any other coordinate
system. The WAVES_INST.CAT catalog file, located in this directory,
contains a description of the detectors' orientation with respect to
the Juno spacecraft coordinate frame.
Software
========
No software is provided to view, interpret, or convert this data set.
Media/Format
============
This data set is provided to the Planetary Data System electronically
as part of a volume level 'tarball' file, though the standards for file
names, directory names and path lengths follow the guidelines provided
in the 'Planetary Data System Standards Reference', version 3.8, under
section 10.1.3, 'Specification for Files Delivered Electronically'.
The 'tarball' file contains all files for a release of this volume in a
single GNU Tar file that has then been compressed via the GNU gzip
utility. The tar file preserves the relative directory path for each
file so when unpacked the original volume directory structure is
recreated. See Section 4 of the VOLSIS for more details on the data
transfer methods."
CONFIDENCE_LEVEL_NOTE = "
Confidence Level Overview
=========================
This data set contains all instrument packets for the Juno Waves
experiment for the interval described in the labels for the
individual product files. Every effort has been made to ensure that
all data returned to the Juno Science Operations Center from the
spacecraft are included, even those packets which fail checksum tests.
Review
======
The Waves raw complete data will be reviewed internally by the Juno
Waves instrument team prior to release to the PDS. The data set will
also be reviewed by the PDS.
Data Coverage and Quality
=========================
TBD
Limitations
===========
Limitations on the data set may be defined as the Waves team gains
experience operating the instrument in flight conditions. The only
known a priori limitation is that some packets may become corrupted
during transmission over the space link. Each packet contains a CRC
generated within the instrument prior to transmission to the Juno flight
data system. Packets with CRC failures are retained in this raw data
set but should not be used to generate higher level products."
END_OBJECT = DATA_SET_INFORMATION
OBJECT = DATA_SET_TARGET
TARGET_NAME = "EARTH"
END_OBJECT = DATA_SET_TARGET
OBJECT = DATA_SET_TARGET
TARGET_NAME = "JUPITER"
END_OBJECT = DATA_SET_TARGET
OBJECT = DATA_SET_TARGET
TARGET_NAME = "SOLAR SYSTEM"
END_OBJECT = DATA_SET_TARGET
OBJECT = DATA_SET_HOST
INSTRUMENT_HOST_ID = "JNO"
INSTRUMENT_ID = "WAV"
END_OBJECT = DATA_SET_HOST
OBJECT = DATA_SET_MISSION
MISSION_NAME = "JUNO"
END_OBJECT = DATA_SET_MISSION
OBJECT = DATA_SET_REFERENCE_INFORMATION
REFERENCE_KEY_ID = "NULL"
END_OBJECT = DATA_SET_REFERENCE_INFORMATION
END_OBJECT = DATA_SET
END
|