This paper is intended to contribute to both the dialogue around the use of AI in the ADF, as well as to provide a useful resource for ADF members to enhance their education and understanding about the technologies of artificial intelligence, with a particular focus on deep learning.
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Latest scientific publications
This technical note considers a sensor that alternates randomly between working and broken versus a target that reluctantly gives away glimpses as a homogenous Poisson process.
This study investigated information exchange and processing under the pressures and limitations of first respondents at the tactical edge to provide insight into transitioning reference information to a dynamic 'real-time' paradigm.
This technical note considers processes that alternate randomly between 'working' and 'broken' over an interval of time.
This report thus investigates the subject of factor screening, for stochastic simulation models, and overviews several solutions to this problem. In particular, sequential bifurcation will be shown to provide a very efficient approach to the problem of factor screening, in comparison to standard one factor at a time classication methods.
Body armour is used by police and military personnel to provide passive protection of the vital organs of the thorax and abdomen against ballistic, fragmentation and stab threats. Optimising the amount of coverage provided by body armour requires consideration of the trade-off between the passive protection afforded by the armour and its potential to hinder wearers' ability to actively protect themselves.
Satellite communication, navigation, surveillance and meteorology services are key enablers for the ADF's battlefield awareness and air and missile defence
A suitable model of the return ground clutter is required to help assess the performance of over-the-horizon radar. Currently, models for the clutter reflected from the sea exist but there are no models for the backscatter from land. The backscatter coefficient, which characterises the backscattered power, can be determined by considering the difference between observed backscatter ionograms and synthesised ionograms.
A general method used to quantify uncertainty in theoretical corrections to unsteady pressure measurements through tubes is documented in this report. This method is based on a wellvalidated theoretical model, which produces a transfer function that may be used for correcting unsteady pressure measurements through an Nt number of tubes and Nv number of volumes. The uncertainty estimation methods employed are in accordance with AIAA Standards.