PDS_VERSION_ID       =  PDS3
RECORD_TYPE          =  UNDEFINED
^HTML_DOCUMENT       =  "DSN006-MEDIALCAL_REV2.HTM"
^PDF_DOCUMENT        =  "DSN006-MEDIALCAL_REV2.PDF"

OBJECT              =  HTML_DOCUMENT
  DOCUMENT_NAME        =  "TRK-2-23 Media Calibration Interface, DSMS
    InterfaceSpecification (JPL D-16765)."
  DOCUMENT_TOPIC_TYPE  =  "SOFTWARE INTERFACE SPECIFICATION"
  INTERCHANGE_FORMAT   =  ASCII
  DOCUMENT_FORMAT      =  HTML
  PUBLICATION_DATE     =  2008-03-05
  DESCRIPTION          =  "
    This module specifies the format and content of the media
    calibration data that are provided by the Media Modeling
    (MEDIA) Subsystem to the Orbit and Trajectory (NAV) Subsystem,
    for use by project navigation and radio science teams,
    multi-mission spacecraft navigation, and other investigators.
    These calibrations improve the accuracy of spacecraft orbit
    determination and radio science investigations by compensating
    for the media transmission effects of the Earth's troposphere
    and ionosphere and the interplanetary solar plasma on the
    propagation of radio metric signals."
END_OBJECT           =  HTML_DOCUMENT

OBJECT              =  PDF_DOCUMENT
  DOCUMENT_NAME        =  "TRK-2-23 Media Calibration Interface, DSMS
    InterfaceSpecification (JPL D-16765)."
  DOCUMENT_TOPIC_TYPE  =  "SOFTWARE INTERFACE SPECIFICATION"
  INTERCHANGE_FORMAT   =  BINARY
  DOCUMENT_FORMAT      =  "ADOBE PDF"
  PUBLICATION_DATE     =  2008-03-05
  DESCRIPTION          =  "
    This module specifies the format and content of the media
    calibration data that are provided by the Media Modeling
    (MEDIA) Subsystem to the Orbit and Trajectory (NAV) Subsystem,
    for use by project navigation and radio science teams,
    multi-mission spacecraft navigation, and other investigators.
    These calibrations improve the accuracy of spacecraft orbit
    determination and radio science investigations by compensating
    for the media transmission effects of the Earth's troposphere
    and ionosphere and the interplanetary solar plasma on the
    propagation of radio metric signals."
END_OBJECT           =  PDF_DOCUMENT

END