The aim of this work is to propose new solutions in the field of health event cluster detection. This type of analysis is traditionally used in the survey of diseases of which the aetiology is unknown in order to locate and detect aggregates which have an abnormally high density in time and/or in space. The determination of these clusters generally represents a preliminary stage in search of risk factors.We propose a review of existing methods as well as our contribution in various directions. Two approaches are proposed in the temporal frame. The first allows to avoid the use of simulations. The second makes it possible to take into account data of which the temporal information is incomplete. We have also developped a method for the detec...
Detection of disease clusters is an important tool in epidemiology that can help to identify risk fa...
Detection of disease clusters is an important tool in epidemiology that can help to identify risk fa...
Background Cluster detection is an important part of spatial epidemiology because it...
The aim of this work is to propose new solutions in the field of health event cluster detection. Thi...
We propose a new class of spatio-temporal cluster detection methods designed for the rapid detection...
The paper deals with clustering methods that can be used for detecting spatial and temporal patterns...
Ability to detect potential space-time clusters in spatio-temporal data on disease occurrences is ne...
Abstract: "The problem of space-time cluster detection arises in a variety of applications, includin...
In spatial disease surveillance, geographic areas with large numbers of disease cases are to be iden...
In spatial disease surveillance, geographic areas with large numbers of disease cases are to be iden...
The problem of space-time cluster detection arises in a variety of applications, including disease s...
Detection of disease clusters is an important tool in epidemiology that can help to identify risk fa...
The paper deals with density-based clustering of events, i.e. objects positioned in space and time, ...
Background Cluster detection is an important part of spatial epidemiology because it can help identi...
Background Cluster detection is an important part of spatial epidemiology because it can help identi...
Detection of disease clusters is an important tool in epidemiology that can help to identify risk fa...
Detection of disease clusters is an important tool in epidemiology that can help to identify risk fa...
Background Cluster detection is an important part of spatial epidemiology because it...
The aim of this work is to propose new solutions in the field of health event cluster detection. Thi...
We propose a new class of spatio-temporal cluster detection methods designed for the rapid detection...
The paper deals with clustering methods that can be used for detecting spatial and temporal patterns...
Ability to detect potential space-time clusters in spatio-temporal data on disease occurrences is ne...
Abstract: "The problem of space-time cluster detection arises in a variety of applications, includin...
In spatial disease surveillance, geographic areas with large numbers of disease cases are to be iden...
In spatial disease surveillance, geographic areas with large numbers of disease cases are to be iden...
The problem of space-time cluster detection arises in a variety of applications, including disease s...
Detection of disease clusters is an important tool in epidemiology that can help to identify risk fa...
The paper deals with density-based clustering of events, i.e. objects positioned in space and time, ...
Background Cluster detection is an important part of spatial epidemiology because it can help identi...
Background Cluster detection is an important part of spatial epidemiology because it can help identi...
Detection of disease clusters is an important tool in epidemiology that can help to identify risk fa...
Detection of disease clusters is an important tool in epidemiology that can help to identify risk fa...
Background Cluster detection is an important part of spatial epidemiology because it...