Abstract: There is provided a system and method executed by a processor for estimating re-identification risk of a single individual in a dataset. The individual, subject or patient is described by a data subject profile such as a record in the dataset. A population distribution is retrieved from a storage device, the population distribution is determined by one or more quasi-identifying fields identified in the data subject profile. An information score is then assigned to each quasi-identifying (QI) value of the one or more quasi-identifying fields associated with the data subject profile. The assigned information scores of the quasi-identifying values for the data subject profile are aggregated into an aggregated information value. An anonymity value is then calculated from the aggregated information value and a size of a population associated with the dataset. A re-identification metric for the individual from the anonymity value is then calculated.

Abstract: There is provided a system and method executed by a processor for estimating re-identification risk of a single individual in a dataset. The individual, subject or patient is described by a data subject profile such as a record in the dataset. A population distribution is retrieved from a storage device, the population distribution is determined by one or more quasi-identifying fields identified in the data subject profile. An information score is then assigned to each quasi-identifying (QI) value of the one or more quasi-identifying fields associated with the data subject profile. The assigned information scores of the quasi-identifying values for the data subject profile are aggregated into an aggregated information value. An anonymity value is then calculated from the aggregated information value and a size of a population associated with the dataset. A re-identification metric for the individual from the anonymity value is then calculated.

Abstract: A system and method of performing date shifting with randomized intervals for the de-identification of a dataset from a source database containing information identifiable to individuals is provided. The de-identified dataset is retrieved comprising a plurality of entries or records containing personal identifying information. Date quasi-identifiers in the dataset for the entries can be identified within the data set which may be used potentially identifiable for a patient. Date events are consolidated in the date quasi-identifiers and connected dates in the dataset. The date events are moved relative to an anchor date in a longitudinal sequence of the date events. De-identification of the entries in the dataset including the date quasi-identifiers is performed to meet a risk metric defining risk of re-identified patients associated with the records.

Abstract: A system and method of performing date shifting with randomized intervals for the de-identification of a dataset from a source database containing information identifiable to individuals is provided. The de-identified dataset is retrieved comprising a plurality of entries or records containing personal identifying information. Date quasi-identifiers in the dataset for the entries can be identified within the data set which may be used potentially identifiable for a patient. Date events are consolidated in the date quasi-identifiers and connected dates in the dataset. The date events are moved relative to an anchor date in a longitudinal sequence of the date events. De-identification of the entries in the dataset including the date quasi-identifiers is performed to meet a risk metric defining risk of re-identified patients associated with the records.

Abstract: Dietary supplements used as a horse calming supplement can include a calcium coordinated compound.

Abstract: An output document may be produced from a Web source document by including special markup or output indicators designating output regions in said source document. After detecting the output indicators, any dynamic markup in the Web source document is resolved. An HTML stream is generated that includes the resolved dynamic markup and is then rendered in memory on an internal HTML viewer. The internally rendered HTML is mapped into a print object. Depending on the format of the output document desired, a document transform object is selected that uses the print object to create the output document in the selected format.

Abstract: Methods and devices are provided for improved sputtering systems. In one embodiment of the present invention, a sputtering system for use with a substrate is provided. The system comprises of a sputtering chamber; at least one magnetron disposed in the chamber; and at least one, non-convection based cooling system in the sputtering chamber. This system may optionally use at least one chilled roller positioned along the path of the substrate. This chilled roller may be in the sputtering chamber or optionally, outside the sputtering chamber. This system may optionally include at least one emissivity based cooling apparatus located within the chamber for drawing heat away from the substrate. In another embodiment the present invention, the sputtering system may use a non-convection, non-conduction system for cooling the substrate. The system may use a non-contact cooling system that is spaced apart from the substrate.

Abstract: An output document may be produced from a Web source document by including special markup or output indicators designating output regions in said source document. After detecting the output indicators, any dynamic markup in the Web source document is resolved. An HTML stream is generated that includes the resolved dynamic markup and is then rendered in memory on an internal HTML viewer. The internally rendered HTML is mapped into a print object. Depending on the format of the output document desired, a document transform object is selected that uses the print object to create the output document in the selected format.

Abstract: An electric power plant that will tap power from a moving water current and convert it into useable electricity.

Abstract: A pin array is connectively disposed between a surface region of a heat sink and a surface region of an entity to be cooled. Cooling fluid flows between the heat sink's surface region and the entity's surface region, the fluid flowing adjacent each surface region and through the space occupied by the pins, the fluid thereby being agitated by the pins. Frequent inventive practice attributes the pins with supportability of the entity. The pins can be made to be thermally nonconductive, the heat transfer thus being primarily founded on thermally convective principles involving the cooling fluid, the invention thus being effective in the absence of significant heat conduction from the entity to the heat sink. Typical inventive practice prescribes that a given array is patterned in an orderly fashion, all pins therein are parallel and each pin therein has the same cross-sectional geometry; however, there can be disparity between or among pins in any or all such respects.

Abstract: Finely divided micro-particles of tyrosine having a glutaraldehyde-treated allergen dispersed therein are prepared by mixing a solution of tyrosine in a strong aqueous acid with a solution of glutaraldehyde-treated ragweed pollen extract as the allergen and then neutralizing the resultant solution.