A Methodology for Developing Computational Implementations of Scientific Theories

Lane, Peter C. R.; Gobet, Fernand

doi:10.1109/uksim.2008.62

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Implementation and Project Success1

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2008

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“…The validation process is a behaviouraltesting step which uses two distinct elements to ensure the software has implemented the target scientific theory: First datatoms verify the direct processes from the theory, and then informatoms verify the overall behaviour of the simulation. The above validation process is in accordance with that in [9], where the process tests (datatoms) confirm the basic elements of the theory and the canonical results (informatoms) confirm the empirical support for the simulation.…”

Section: Implementation and Project Successsupporting

confidence: 82%

Simulator Implementation of an IF-ISAR System for Studies in Target Glint

Kostis

Galanis²,

Katsikas

2008

2008 Panhellenic Conference on Informatics

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The formation steps leading to the creation of a computer simulator for an extended naval target as viewed by an approaching Interferometric Inverse Synthetic Aperture Radar (IF-ISAR) seeker sensor is presented in this paper. The conceptual model development, the modelling approach, the implementation results and the project success details are outlined. The novelty of this effort is the valueadded ability of the simulator to further treat the generated data for rate of change processing leading to the assembly of height information about the target under scrutiny which can be used either for friend-orfoe identification decisions or intelligent expendable decoy programming.

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Section: Implementation and Project Successsupporting

confidence: 82%