contents:
1 Home
2 Project Objectives
3 Project Description
4 User Case Study
5 Partners
 
5.1 The Open Group (prime contractor)
5.2 Geco-Prakla
5.3Heinz Nixdorf
5.4 LogOn Technology
5.5 Prism
5.6 Sintef
5.7 University of Frankfurt
6 Bibliography
7 For further information!
Company Profile Geco-Prakla works in the area of Oil and Gas Exploration, offering advanced seismic services and is a member of the Schlumberger Group, the leader in oil-field services. The aim of seismic surveying is to produce images of geological units and their structure below the surface of the earth. Our goal is to provide a full seismic service package to the oil companies, ranging from acquisition via processing to interpretation. In order to increase our differentiation, our strategy is to develop proprietary seismic related software products to support our seismic service business. Our software products can be divided into tree main product-lines: seismic acquisition, seismic processing and geological interpretation. For the seismic acquisition product family (measuring the raw seismic signals and sensor positions), we started to use object technology back in 1988. Today, these systems use C++ for programming language, uses ConiB ase (proprietary object-database) for data repository and uses XCalibur (proprietary GUI class library) for GUI.

Until now, the seismic exploration business has had a sequential nature; a data refinement flow from acquisition measurement to seismic processing and geological interpretation. Increased competition in the seismic service arena, demanding faster and faster turnaround and increased quality of data, requires using tools from processing and interpretation up front in the acquisition phase. Our aim is to improve and streamline the data-refinement process towards higher quality data requires a big improvement in interoperability between our systems. One of the biggest constraints we have to face is that the various products have been and are developed more or less independently within the company's various product-lines at different sites, reflecting different cultures, skills and software and hardware solutions.

We see OMG's Business Objects as the best solution too improve our interoperability, because it will:

  • Lift the data-modelling exercise up to right level of abstraction
  • Define a focus point for interface negotiations between the people from the different domains.

In this project we will define one or two pilot applications that operate in the borderland between seismic acquisition and processing, utilising a shared model with Business Objects to achieve interoperability.

Contribution
to OBOE
Geco-Prakla's role as end user, is to define and implement a set of SeismicDomain Business Objects that interoperate in the borderland between seismic acquisition and seismic processing.
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SEL, June 11, 1999