Earth Sciences Remote Sensing Lab

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Computing Facility

In August 2004, Dr. Sultan joined the faculty of Western Michigan's Department of Geosciences as chairman. Using start up funds from WMU, Sultan and his research team developed a state of the art computation and remote sensing facility. The newly-developed Earth Sciences Remote Sensing (ESRS) facility is being used for conducting RS analysis and GIS applications, as well as development and distribution of geologic databases.

The facility is a distributed system consisting of a network of three servers (Windows),  and ten workstations. The three servers provide support for web access, file service, database and ARCIMS services.  Individuals operate from seven Xeon powered workstations, and two laptop computers, running a combination of Windows and Redhat Linux. These machines and the printers are networked together on a 100 TCP/IP switched network to allow sharing of all of their resources. This network is linked into the Internet through WMU’s backbone. The network servers have over 9 TB of disk space between them. Each of the PCs has a 2 19‑in. monitors, a minimum of 1GB of memory, and local storage ranging from 250 to 500 GB of local storage.  One laptop is a Pentium 4 machine with 512MB of memory and 40 GB hard drives; the other laptop is a Pentium system with a 4GB hard drive. Two 14GB Exabyte 8‑mm tape drives are available for importing and archiving data. For importing hard copy data, the facility has a digitizing tablet (Calcomp Drawing Board III) with a 3‑ft x 4‑ft active area, a 2400 dpi large format (40 in. wide) IDEAL color scanner, a 500-dpi large-format (38 in. wide) black-and-white scanner, a 3200 dpi 11x17” flatbed scanner for transparency and opaque originals, a slide scanner, and a smaller (8 in. wide) color scanner.  Digital Data can be read from CD, DVD, and 8mm and SDLT tapes. Multiple CD-RW and DVD+R drives are used for data archiving on CD-ROM and DVD.Output is handheld by a networked Xerox Phaser color laser printer, a networked Lexmark BW laser printer, a large format (42” wide) HP designjet 500PS color printer, a SPARC E laser printer, a Polaroid HR-6000 film recorder, an inkjet color printer, and a Kodak dye-sublimation printer. The major computational software packages used are ENVI, PCI Geomatica, and ARC/INFO. ENVI is a flexible image-processing package on which all of the image manipulation is done. PCI is being used for extraction of elevation data from satellite and aerial photography.  ARC/INFO is a GIS package used to store and help interpret non-image data. The use of ARCSDE enables querying of our Oracle databases directly from ARCIMS. GMS and WMS packages are used for ground water flow and surface runoff modeling in addition to the existing software packages.

 

Receiving Station

In 2004, the Department of Geosciences acquired a real-time receiving station which downloads data from several satellites. To find pictures of the installation of the dish atop Everett Tower and for more detailed information please visit the following link:

Receiving Station

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ASD Fieldspec Spectroradiometer

Also using startup funds from WMU, the ESRS facility is acquiring a hand-held VNIR spectroradiometer to further develop their research interests and applications in the general area of remote sensing. The spectroradiometer is hosted in the Earth Sciences Remote Sensing Facility and is used by the participant investigators in their respective disciplines. It is used for training students across the campus.

The spectroradiometer is a portable instrument, designed to take spectral radiance, irradiance and reflectance measurements in the 350 - 2500 nm spectral range. We have acquired optics for use in both aquatic and terrestrial studies.

 

GEOWALL

The ESRS facility is also setting up a new GeoWall at their new home at WMU. A GeoWall is an eight foot by six foot rear projection passive stereo wall, which enables users to examine subsurface models in a 3-D environment. Polarized stereo images are projected onto the screen from separate projectors. The user sees the image in three dimensions while wearing appropriately polarized glasses.

 

Copyright 2003-2008.
For problems or questions regarding this web contact adam.m.milewski@wmich.edu.
Last updated: July 07, 2008.