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ASEG - PESA
21st Conference & Exhibition

The Australian Society of Exploration Geophysicists (ASEG) and Petroleum Exploration Society of Australia (PESA) invite you to participate in the
21st International Geophysical Conference & Exhibition

Come and visit Intrepid Geophysics at Booth No 66

22-26 August 2010
Sydney Convention & Exhibition Centre
Darling Harbour, Sydney, Australia

More information at
Conference Website


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Intrepid Workshop - ASEG PESA

G1: Tensor Processing: Gradient Processing

This course provides participants with an introduction to quality control, gridding and filtering of vector and full tensor datasets. You will learn to assess the quality of a tensor survey, interpret tensor data and optimise the signal content through linear differential de-noising [MITRE] and other methods.

Saturday 21 August 2010
8.30 am - 5 pm
Crowne Plaza, Darling Harbour

More information at
Conference Website & Workshop Registration


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GeoModeller Workshop - ASEG PESA

G6: GeoModeller: Building a 3D Geology Model - Reconciled with Gravity / Magnetic Tensor Data

This one day workshop will initially introduce the 3D GeoModeller approach to building a 3D geology model. Users will add new geology data, and revise their interpretive ideas, and will learn that geology models can be easily revised and improved.

Friday 27 August 2010
8.30 am - 5 pm
Crowne Plaza, Darling Harbour

More information at
Conference Website and Workshop Registration


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First European
GeoModeller User Meeting

The European GeoModeller User Meeting will provide a forum for GeoModeller users to present examples of their work using GeoModeller and to share their experiences with other users.

New developments due in the next release of GeoModeller will also be showcased.

User Meeting...
Thursday 28 October, 2010

GeoModeller Workshops...
Friday 29 October 2010

Venue for User Meeting and Workshops:
BRGM, Orleans, FRANCE

Download European GeoModeller User Meeting Flyer

Download Workshop Flyer:
'Introduction to 3D GeoModeller'

Download Workshop Flyer:
'Advanced 3D GeoModeller'

Download User Meeting & Workshop Registration Form

Download 'How to get to Orleans'


GDADS Software


GDADS stands for Geophysical Data Archival & Distribution System.


Brochures & Information

GDADS —Enables archiving and Internet distribution of large spatial data .


Summary

GDADS aims to provide an easy-to-use, fully web-enabled solution to the problem of both archiving and Internet distribution of a wide array of large size spatial data.

By combining existing relational database technology and Java applications and applets GDADS is able to deliver display of complicated meta data spread over many database tables, located scaled, data images and reliable data archiving solutions tailored to individual customers needs.


Features

  • Fully functional 100% Java application suite with web-enabled client interfaces.
  • Uses relational database technology to store and broadcast an extensive range of meta-data (information used to describe the archived data).
  • Supports all major database systems that have Java DataBase Connectivity (JDBC) drivers. This includes Oracle, Sybase, MS Access, Ms SQL Server, PostGresSQL and others.
  • The system is extensible and easily tailored to suit most end user needs.
  • The current examples are Australian Gravity data centered around Queensland and Botswana geophysics data (Now out of date to JDBC updates).
  • Both these data sets are being served using POSTGRESS. We have found this to be 5 to 10 times slower at serving queries over the net than ORACLE.
  • The vector and GIS content is being served by ARCShape files and the images via JPEG.

Distribution

  • Advertising on a map based scheme through the Internet.
  • FTP delivery possible.
  • Internet ordering system with e-mail confirmation.
  • Internet or Intranet systems available.

Archiving

  • Underlying database of your choice.
  • Extensive selection of archive media.
  • JDBC/ODBC compatible.

Product description

The GDADS system is divided into client and administration sub-components.


Client components

The client component consists of:

  • A map-based interface
  • A list-based interface

Both are platform independent, web deployed Java Applets which allow:

  • Controlled viewing of meta data
  • Over the net ordering of particular data sets
  • (In an intranet environment) FTP distribution of data

The map based client also permits viewing of geo-located, scaled images of the data, plus querying based on the data type and location (based on standard sheets).


Administration component

The database and archive administration management component consists of two applications that are local workstation based:

  • The archive/retrieve tool allows data to be transferred between local hard disc storage and various off-line storage and distribution media such as magnetic tape, CD-ROM and DVD.
  • The database tool permits the GDADS administrator to access the database management system and perform a wide array of database functions, such as:
    • Table creation and removal
    • Table record entry
    • Record update and record delete
    This tool is database independent and performs the same function with the same interface for all supported databases.

GDADS Demo

Please contact us if you would like to view a GDADS demonstration.




Affiliate Sites:

GeoIntrepid

3D GeoModeller

Products:

INTREPID

3D GeoModeller

JetStream

GDADS

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Services:

GeoIntrepid

Recent News:

Intrepid 4.2.2 Maintenance
Inspire & Geoserver 2.0
Airborne gravity terrain corrections
Radiometrics Updates
Variable RTP Australia

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