Joint Retrieval of PBL temperature and water vapor structure from GNSS-RO and microwave sounder measurements
No abstract provided
Moore, A. W.↗
Engineering topics
Moore, A. W.
Publications and source records attributed to Moore, A. W..
Network issues
In this paper we review the IGS network as it currently exists and its effectiveness in supporting the IGS suite of precise products.
International GPD Service GPS network space geodes↗
Breadth of Scientific Activities and Network Station Specifications in the International GPS Service (IGS)
A strong multipurpose aspect of the International GPS Service (IGS) is revealed by a glance at the titles of current projects and working groups within the IGS: IGS/BIPM Time Transfer Project; Ionosphere Working Group; Troposphere Working Group; International GLONASS Experiment; Working Group on Low-Earth Orbiter Missions; and Tide Gauges, CGPS, and the IGS. The IGS network infrastructure, in large part originally commissioned for geodynamical investigations, has proved to be a valuable asset in developing application-oriented subnetworks whose requirements overlap the characteristics of existing IGS stations and future station upgrades. Issues encountered thus far in the development of multipurpose or multitechnique IGS projects as well as future possibilities will be reviewed.
Moore, A. W.↗
Breadth of Scientific Activities and Network Station Specifications in the IGS
This presentation provides a brief overview of the scientific activities of the International GPS Service (IGS). This was an approved activity of the International Association of Geodesy (IAG) with official start of service on 1 Jan 1994. The mission of the IGS is "To provide a service to support geodetic and geophysical research activities, through GPS data and data products." The presentation explains the concept of the IGS working group, and pilot projects, and reviews the current working groups and pilot projects.
Moore, A. W.↗
JPL Global GPS Network
The research described in this viewgraph was carried out by the Jet Propulsion Laboratory (JPL), California Institute of Technology, under a contract with the National Aeronautics and Space Administration (NASA). JPL currently operates more than 55 permanent, continuously operating GPS ground stations for NASA many in conjunction with international and regional agencies. The data are automatically uploaded from the remote stations, processed, and distributed, with a high degree of reliability.
Moore, A. W.↗
A Prototype Real-Time Area Differential GPS System
In this paper we describe the system architecture, algorithms, and preliminary results from an operating prototype Wide Area Differential GPS (WADGPS) system spanning the continetal US (CONUS).
Prototype Wide Area↗