Method for identification of user's interaction signature
Method for identification of a interaction signature of a user, comprising the flowing steps of: acquisition of a direct data ( 10 ), acquisition of an indirect data ( 20 ), acquisition and mapping of the environment ( 30 ), to obtain an interaction data set characterized in that the method comprising further steps of establishing an interaction space comprising representation ( 50 ) of characteristics of an interaction build upon interaction data set; searching through an interaction space historic data for a pattern of characteristics of an interaction to identify a user, or storing interaction data in an interaction space for future identification.
1. Method for identification of a user's interaction signature, comprising:
acquiring by a Human Machine Interface a direct data ( 10 ) forming a first dimension, and
calculating an indirect data ( 20 ) from the direct data ( 10 ), thereby forming a second dimension, and
acquiring and mapping of the physical environment ( 30 ) where an interaction takes place forming a third dimension,
thereby obtaining a multidimensional interaction data set,
the method further comprising:
establishing a common, normalized multidimensional interaction space comprising: multidimensional representation ( 50 ) of characteristics of a Human interaction with an interface build upon the multidimensional interaction data set;
searching through a multidimensional interaction space historic data for a multidimensional pattern of characteristics of an interaction to identify a user's interaction multidimensional signature, by searching for patterns representing relations between data of the different dimensions within the multidimensional interaction data set; and
storing multidimensional interaction data set in a multidimensional interaction space for future use.
2. Method according to claim 1 wherein further steps comprises
establishing a standard interaction model ( 70 ) in the interaction space with a use of
a standard model of a user,
a standard direct data, and
an standard indirect data; and
and data of a physical environment where an interaction takes place, and
determining a difference between standard interaction model ( 70 ) and representation of characteristics of an interaction ( 60 ) build upon interaction data to establish a normalized interaction data ( 90 ) which constitutes the user's interaction signature.
3. Method according to claim 2 wherein identification of user's interaction signature is positive while a difference between standard interaction model ( 70 ) and representation of characteristics of an interaction ( 60 ) build upon interaction data is non zero.
4. Method according to claim 3 wherein identification of user's interaction signature is positive while a difference between standard interaction model ( 70 ) and representation of characteristics of an interaction ( 60 ) build upon interaction data is within a dynamically established tolerance.
5. Method according to claim 1 wherein direct data and indirect data are analysed to identify incongruousness between direct and indirect data.
6. Method according to claim 1 wherein direct data are selected from the group comprising graphic pattern drawn by user, measured speed, measured pressure, reaching interface limits.
7. Method according to claim 1 wherein indirect data are selected from the group comprising angle of interaction, hand mapping, estimated speed, estimated pressure, attrition, estimated body mass, body position, head position, gender, age, psycho-physiological condition.
8. Method according to claim 1 wherein acquisition and mapping of the environment comprising surface analysis, interface particulars, availability to the public, season of the year, time of the day, weather, geographic localization, temperature, system malfunctions.
9. Method according to claim 1 wherein interaction space is a multidimensional space comprising graphic patterns.