Given Bayesian posterior from TS data uses cached queries that have NEUTRAL laterality for both dominance and semiology; need a method to integrate laterality into the estimates.
When using the posterior only, this will give a neutral/symmetric result (as of c7262a1).
When using SS, we can use global or micro-lateralisation.
When using posterior-TS & SS average, it doesn't work as it takes the symmetric psoterior and averages it with the lateralised SS query. The localisation predictions are the mean of the two dataset estimates in order to avoid bias towards one dataset.
Need to get the posterior (TS) to give lateralised predictions. This could be done using a global-lateralisation and returning the R/L proportions to the function in getSemiologiesDataFrameFromGUI()
Then integrate the SS global lateralisation and TS-posterior global lateralisations, could use mean or inverse variance of binomial.
As the Bayesian-Average using both datasets is the mean, then we should also use the mean for global lateralisation between these datasets.
Given Bayesian posterior from TS data uses cached queries that have NEUTRAL laterality for both dominance and semiology; need a method to integrate laterality into the estimates.
When using the posterior only, this will give a neutral/symmetric result (as of c7262a1). When using SS, we can use global or micro-lateralisation. When using posterior-TS & SS average, it doesn't work as it takes the symmetric psoterior and averages it with the lateralised SS query. The localisation predictions are the mean of the two dataset estimates in order to avoid bias towards one dataset.
Need to get the posterior (TS) to give lateralised predictions. This could be done using a global-lateralisation and returning the R/L proportions to the function in
getSemiologiesDataFrameFromGUI()
Then integrate the SS global lateralisation and TS-posterior global lateralisations, could use mean or inverse variance of binomial.
As the Bayesian-Average using both datasets is the mean, then we should also use the mean for global lateralisation between these datasets.