Titlebook: Geomed ’97; Proceedings of the I Lothar Gierl,Andrew D. Cliff,Mathias Bull Conference proceedings 1998 Springer Fachmedien Wiesbaden 1998 G

翻動

Hemiparesis

Bussysteme, Schnittstellen, Pegelumsetzung,This paper describes the visualisation and the analysis of spatial medical data on different aggregation levels. We intend to give an overview of the behaviour of some methods on different generalisation levels, illustrated by some examples.

阻撓

Digitalzeitalter - DigitalgesellschaftA new approach to the space-time modelling of infectious diseases is considered. A modulated heterogeneous Poisson process with intensity defined as a function of a 2-dimensional susceptibility field is proposed. The model is fitted to a measles epidemic.

切碎

Aggregation Levels in Visualisation and Spatial Analysis of Epidemiological DataThis paper describes the visualisation and the analysis of spatial medical data on different aggregation levels. We intend to give an overview of the behaviour of some methods on different generalisation levels, illustrated by some examples.

憎惡

A New Approach to Space-Time Modelling of Infectious Disease BehaviourA new approach to the space-time modelling of infectious diseases is considered. A modulated heterogeneous Poisson process with intensity defined as a function of a 2-dimensional susceptibility field is proposed. The model is fitted to a measles epidemic.

女上癮

Digitaltechnik - Eine praxisnahe Einführungpidemic modelling systems, together with methods for simulating incidence in space and time. Particular attention is paid to the influence of scale (the nature and size of the geographical units analysed) as a constraint upon both the model designs and their application to understanding the consequences of disease prevention strategies.

簡略

骨

fructose

https://doi.org/10.1007/978-1-4471-3886-0poral and spatial spread of epidemics and (3) estimation of the consequences of an epidemic w.r.t. the personnel load and costs of the public health service. To cope this three task, we combine methods from statistics and artificial intelligence.

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