Ordinal Model
Exponential Model
Normal Model
Continuous Poisson Model
Few Cases Compared to Controls
Bernoulli versus Ordinal Model
Normal versus Exponential Model
Normal versus Ordinal Model
Discrete versus Homogenous Poisson Model
Temporal Data
Likelihood Ratio Test
Secondary Clusters
Adjusting for More Likely Clusters
Scan Statistics
Descriptive Cluster Detection Methods
Cluster Detection Tests
Focused Cluster Tests
Global Clustering Tests
Global Space-Time Interaction Tests
Covariate Adjustment Using Input Files
Covariate Adjustment Using Statistical Regression
Covariate Adjustment Using Multiple Data Sets
Adjusting for Temporal Trends
Adjusting for Purely Spatial Clusters
Adjusting with Known Relative Risks
Missing Data
Bernoulli Model
Multinomial and Ordinal Models
Discrete Poisson Model
Space-Time Permutation Model
Multivariate Scan with Multiple Data Sets
Data Requirements
Case File
Control File
Population File
Cartesian Coordinates
Latitude and Longitude
Grid File
Non-Euclidean Neighbors File
Meta Location File
Max Circle Size File
Adjustments File
SaTScan Import Wizard
Step 1: Selecting the Source File Dialog
Step 2: Specifying the File Format Dialog
Step 3: Matching Source File Variables with SaTSca
Step 4: Saving the Imported File
Note: SaTScan also support a few other time format
Basic SaTScan Features
Multiple Data Sets Tab
Neighbors Tab
Maximum Spatial Cluster Size
Include Purely Temporal Clusters
Note: The elliptic scanning window is not availabl
Isotonic Spatial Scan Statistic
Maximum Temporal Cluster Size
Include Purely Spatial Clusters
Flexible Temporal Window Definition
Temporal Trend Adjustment
Note: It is not possible to simultaneously adjust
The required format of the Adjustments File is des
P-Value
Adjust for Earlier Analyses in Prospective Surveil
Criteria for Reporting Secondary Clusters
The unit by which to define the maximum size of th
Critical Values