Summary OBJECTIVE: To determine whether it is possible to predict Class III treatment outcomes on the basis of a model derived from a combination of computational analyses derived from complexity science, such as fuzzy clustering repartition and network analysis
In the last decade, the availability of innovative algorithms derived from complexity theory has ins...
In the last decade, the availability of innovative algorithms derived from complexity theory has ins...
Procedures and models of computerized data analysis are becoming researchers' and practitioners' th...
Objective: To determine whether it is possible to predict Class III treatment outcomes on the basis...
Objective: To determine whether it is possible to predict Class III treatment outcomes on the basis...
Summary OBJECTIVE: To determine whether it is possible to predict Class III treatment outcomes on th...
Summary OBJECTIVE: To determine whether it is possible to predict Class III treatment outcomes on th...
Summary OBJECTIVE: To determine whether it is possible to predict Class III treatment outcomes on th...
Summary OBJECTIVE: To determine whether it is possible to predict Class III treatment outcomes on th...
The objectives of the present study were first, to synthesize the literature pertaining to artificia...
The aim of the study was to investigate how to improve the forecasting of craniofacial unbalance ris...
The aim of the study was to investigate how to improve the forecasting of craniofacial unbalance ris...
In the last decade, the availability of innovative algorithms derived from complexity theory has ins...
In the last decade, the availability of innovative algorithms derived from complexity theory has ins...
Procedures and models of computerized data analysis are becoming researchers' and practitioners' th...
In the last decade, the availability of innovative algorithms derived from complexity theory has ins...
In the last decade, the availability of innovative algorithms derived from complexity theory has ins...
Procedures and models of computerized data analysis are becoming researchers' and practitioners' th...
Objective: To determine whether it is possible to predict Class III treatment outcomes on the basis...
Objective: To determine whether it is possible to predict Class III treatment outcomes on the basis...
Summary OBJECTIVE: To determine whether it is possible to predict Class III treatment outcomes on th...
Summary OBJECTIVE: To determine whether it is possible to predict Class III treatment outcomes on th...
Summary OBJECTIVE: To determine whether it is possible to predict Class III treatment outcomes on th...
Summary OBJECTIVE: To determine whether it is possible to predict Class III treatment outcomes on th...
The objectives of the present study were first, to synthesize the literature pertaining to artificia...
The aim of the study was to investigate how to improve the forecasting of craniofacial unbalance ris...
The aim of the study was to investigate how to improve the forecasting of craniofacial unbalance ris...
In the last decade, the availability of innovative algorithms derived from complexity theory has ins...
In the last decade, the availability of innovative algorithms derived from complexity theory has ins...
Procedures and models of computerized data analysis are becoming researchers' and practitioners' th...
In the last decade, the availability of innovative algorithms derived from complexity theory has ins...
In the last decade, the availability of innovative algorithms derived from complexity theory has ins...
Procedures and models of computerized data analysis are becoming researchers' and practitioners' th...