초록 ▼

A transmitting unit has a first storing portion for storing a plurality of data programs, and a data generating portion for adding first identification data to a data program selected corresponding to selection data that is input by a user from the plurality of data programs stored in the first stor

A transmitting unit has a first storing portion for storing a plurality of data programs, and a data generating portion for adding first identification data to a data program selected corresponding to selection data that is input by a user from the plurality of data programs stored in the first storing portion. A terminal unit has an operating portion for inputting selection data for selecting users's desired data from the plurality of data programs stored in the first storing portion, a second storing portion for storing data to which the first identification data transmitted from the transmitting unit is added and for storing second identification data that is unique to the terminal unit, a reproducing portion for reproducing data that is read from the second storing portion, and a controlling portion for comparing the first identification data added to the data that is read from the second storing portion with the second identification data that is stored in the second storing portion and controlling a reproducing operation of the reproducing portion corresponding to the compared results when the data that is read from the second storing portion is reproduced. Thus, data can be protected and its ownership can be transferred.

대표청구항 ▼

A transmitting unit has a first storing portion for storing a plurality of data programs, and a data generating portion for adding first identification data to a data program selected corresponding to selection data that is input by a user from the plurality of data programs stored in the first stor

A transmitting unit has a first storing portion for storing a plurality of data programs, and a data generating portion for adding first identification data to a data program selected corresponding to selection data that is input by a user from the plurality of data programs stored in the first storing portion. A terminal unit has an operating portion for inputting selection data for selecting users's desired data from the plurality of data programs stored in the first storing portion, a second storing portion for storing data to which the first identification data transmitted from the transmitting unit is added and for storing second identification data that is unique to the terminal unit, a reproducing portion for reproducing data that is read from the second storing portion, and a controlling portion for comparing the first identification data added to the data that is read from the second storing portion with the second identification data that is stored in the second storing portion and controlling a reproducing operation of the reproducing portion corresponding to the compared results when the data that is read from the second storing portion is reproduced. Thus, data can be protected and its ownership can be transferred. e user, blocking a profile term in the set from further selection, and alerting the user of the selection of a profile term for the set. 12. The computer-readable medium of claim 11, wherein the profile terms stored within the private profile have a confidence value based on a contextual characteristic of a profile term within an electronic document and the predetermined selection criterion is a threshold level for the confidence value. 13. The computer-readable medium of claim 11, wherein profile terms are retained within the private profile for a pre-determined time period and the pre-determined selection criterion comprises a time period window of equal or less duration than the pre-determined time period. 14. The computer-readable medium of claim 11 having further computer-executable instructions comprising: moving the profile term to a public profile of the user when the operation performed on the profile term alerts the user of the selection of the profile term for the set. the full error is measured as Wnew-Wcurrent. 5. The method of training models to maximize output variable modeling results within a specific interval of claim 1, wherein the model is chosen from the group consisting of neural networks, logistic regression, radial basis function, CHAID, and genetic algorithms. 6. The method of training models to maximize output variable modeling results within a specific interval of claim 1, wherein each target is a customer. 7. The method of training models to maximize output variable modeling results within a specific interval of claim 6, wherein the output variable is propensity. 8. The method of training models to maximize output variable modeling results within a specific interval of claim 6, wherein the output variable is the response rate in targeted marketing. 9. The method of training models to maximize output variable modeling results within a specific interval of claim 1, wherein the new model is tested for accuracy using a validation set of targets. e manipulator as necessary to achieve a desired value for a system variable, is constrained by this new method so that the system variable achieves the desired value as a final or direct result of using manipulator adjustments that are in the selected desired direction of adjustment.