Abstract: Disclosed are systems and methods for a dispensing cabinet incorporating an image based counting system that includes one or more imaging devices (e.g., one or more color cameras) to capture images of one or more items (e.g., pills, capsules, pharmaceutical units, items for medical use, etc.). Control circuitry of the image based counting system is configured to determine one or more properties of the one or more items based on the images. The dispensing cabinet includes a cabinet housing comprising one or more containers to hold the one or more items, which may employ mounting hardware to releasably secure the image based counting system to the cabinet housing.

Abstract: The present disclosure provides an onboard object dimensioning system for a vehicle, such as a lift truck. The vehicle may have one or more sensors (e.g., a radar system, an acoustic sensor, an image capture system, LIDAR, microwave, etc.) to generate and transmit a signal toward an object on the vehicle, which is received as a feedback signal corresponding to a reflection from one or more surfaces of the object. Control circuitry receives data from the sensors including signal characteristics of the feedback signal. The data is converted into multiple dimensions corresponding to the one or more surfaces of the object, which are employed to determine a shape, volume, orientation, or area of the one or more surfaces of the object corresponding to the first and second dimensions.

Abstract: A mechanism is provided for presenting contextually relevant patient data in relation to other patients in a graphical user interface. Using a medical condition associated with a patient and a current treatment being followed by the patient, a cohort of similar patients with the same medical condition are identified. For each of the patients in the cohort, a set of next treatments are identified for those patients that stopped the current treatment and followed a next treatment. For each next treatment followed by a patent in the cohort of similar patients, a determination is made as to whether the next treatment controlled or failed to control the same medical condition for the patient. Then a presentation is provided indicating the set of next treatments, a number of patients following each next treatment, whether each treatment controlled or failed to control the same medical condition, and a statistical significance.

Abstract: A method, system and/or computer usable program product for performing a risk assessment, to a coded standard, of data-related risks within a data process including modeling the data process including identifying a purpose of the data process, identifying nodes representing data objects interconnected with edges representing data flows; and applying a set of rules associated with the coded standard against the modeled data process to provide a risk assessment to the coded standard of a degree of data-related risks generated by the data process.

Abstract: A system, method and computer program product for assessing risk of a process through a set of entities identified as utilizing personal data needing protection from misuse and wrongful disclosure comprising mapping the identified process including identifying a purpose of the identified process and a sensitivity of that purpose; identifying data elements including the utilized personal data and including a volume and sensitivity of those identified data elements; identifying data types including the utilized personal data and including a volume and sensitivity of those identified data types; identifying data subjects about whom data is involved in the process including a volume and sensitivity of those identified data subjects; and identifying the set of entities involved in the process and their locations; and identifying data flows among the set of entities involved in the process; and applying a set of rules against the mapped process to provide a risk assessment of the mapped process based on the risk se

Abstract: A mechanism is provided in a data processing system comprising a processor and a memory, the memory comprising instructions that are executed by the processor to specifically configure the processor to implement a relevant information graphical presentation engine for providing a graphical user interface (GUI) that presents information from a patient electronic medical record (EMR). The relevant information graphical presentation engine identifies an outcome a healthcare professional is attempting to control for a current or upcoming interaction with a patient and generates a GUI presenting patient EMR data pertinent to the outcome from the patient EMR. The relevant information graphical presentation engine determines a set of prototypical questions for the outcome and information from the patient EMR pertinent to the outcome and determines a set of answers to the set of prototypical questions in the patient EMR.

Abstract: A mechanism is provided for presenting contextually relevant patient data in relation to other patients in a graphical user interface. Using a medical condition associated with a patient and a current treatment being followed by the patient, a cohort of similar patients with the same medical condition are identified. For each of the patients in the cohort, a set of next treatments are identified for those patients that stopped the current treatment and followed a next treatment. For each next treatment followed by a patent in the cohort of similar patients, a determination is made as to whether the next treatment controlled or failed to control the same medical condition for the patient. Then a presentation is provided indicating the set of next treatments, a number of patients following each next treatment, whether each treatment controlled or failed to control the same medical condition, and a statistical significance.

Abstract: A mechanism is provided for presenting contextually relevant patient data to a medical professional. Electronic medical records (EMRs) of a patient are analyzed to identify a medical condition associated with the patient. A set of treatments are identified from a corpus of medical treatment guidelines for the patient's medical condition. For each treatment in the set of treatments, a subset of treatments are identified that the patient has followed. The set of treatments for the patient's medical condition that the patient has followed are them presented to the medical professional.

Abstract: A mechanism is provided for presenting contextually relevant patient data to a medical professional. Electronic medical records (EMRs) of a patient are analyzed to identify a medical condition associated with the patient. A set of treatments are identified from a corpus of medical treatment guidelines for the patient's medical condition. For each treatment in the set of treatments, a subset of treatments are identified that the patient has followed. The set of treatments for the patient's medical condition that the patient has followed are them presented to the medical professional.

Abstract: A system may include a point-of-sale system that gathers payment card track data from a payment card and a payment card gateway that processes the track data to authorize purchase transactions. The point-of-sale system may remove sensitive data such as a portion of a primary account number from the track data and may compress the removed data. The compressed version of the data may be appended to a discretionary field in the track data. The discretionary field may be encrypted following insertion of the compressed data. Track data that has been modified in this way may be conveyed to the payment gateway for processing.

Abstract: A system may include a point-of-sale system that gathers payment card track data from a payment card and a payment card gateway that processes the track data to authorize purchase transactions. The point-of-sale system may remove sensitive data such as a portion of a primary account number from the track data and may compress the removed data. The compressed version of the data may be appended to a discretionary field in the track data. The discretionary field may be encrypted following insertion of the compressed data. Track data that has been modified in this way may be conveyed to the payment gateway for processing.

Abstract: A system may include a point-of-sale system that gathers payment card track data from a payment card and a payment card gateway that processes the track data to authorize purchase transactions. The point-of-sale system may remove sensitive data such as a portion of a primary account number from the track data and may compress the removed data. The compressed version of the data may be appended to a discretionary field in the track data. The discretionary field may be encrypted following insertion of the compressed data. Track data that has been modified in this way may be conveyed to the payment gateway for processing.

Abstract: Format-translating encryption (FTE) cryptographic operations may be implemented using a cryptographic system that translates plaintext strings to ciphertext strings of a different format and that translates ciphertext strings to plaintext strings of a different format. Plaintext strings may have a format defined by a first regular expression. Corresponding ciphertext strings may have a format defined by a second regular expression that is different than the first regular expression. During encryption operations, a format-translating encryption algorithm may employ a format-preserving encryption (FPE) encryption algorithm. During decryption operations, a format-translating encryption algorithm may employ an FPE decryption algorithm.

Abstract: An infrared imaging camera (4) acquires a plurality of frames (94) of infrared radiation from a patient (P) positioned in a field-of-view (92) of the camera (4). Each frame (94) is acquired during a corresponding frame sample interval and each frame (94) corresponds to the infrared radiation acquired from an array of optical elements (90) in the field-of-view (92) during its frame sample interval. Plural rates of change are determined from infrared radiation received from the array of optical elements (90), with each rate of change corresponding to a change of infrared radiation received from the same optical element (90) in at least two frames (94). Each rate of change is mapped to a color or a shade of gray and the color or shade of gray of each rate of change is mapped to a position in an image corresponding to the position of the corresponding optical element (90) in the field-of-view (92).

Abstract: A system may include a point-of-sale system that gathers payment card track data from a payment card and a payment card gateway that processes the track data to authorize purchase transactions. The point-of-sale system may remove sensitive data such as a portion of a primary account number from the track data and may compress the removed data. The compressed version of the data may be appended to a discretionary field in the track data. The discretionary field may be encrypted following insertion of the compressed data. Track data that has been modified in this way may be conveyed to the payment gateway for processing.

Abstract: A dynamic-content web crawler is disclosed. These New Crawlers (NCs) are located at points between the server and user, and monitor content from said points, for example by proxying the web traffic or sniffing the traffic as it goes by. Web page content is recursively parsed into subcomponents. Sub-components are fingerpinted with a cyclic redundancy check code or other loss-full compression in order to be able to detect recurrence of the sub-component in subsequent pages. Those sub-components which persist in the web traffic, as measured by the frequency NCs (6) are defined as having substantive content of interest to data-mining applications. Where a substantive content sub-component is added to or removed from a web page, then this change is significant and is sent to a duplication filter (11) so that if multiple NCs (6) detect a change in a web page only one announcement of the changed URL will be broadcast to data-mining applications (8).

Abstract: A dynamic-content web crawler is disclosed. These New Crawlers (NCs) are located at points between the server and user, and monitor content from said points, for example by proxying the web traffic or sniffing the traffic as it goes by. Web page content is recursively parsed into subcomponents. Sub-components are fingerpinted with a cyclic redundancy check code or other loss-full compression in order to be able to detect recurrence of the sub-component in subsequent pages. Those sub-components which persist in the web traffic, as measured by the frequency NCs (6) are defined as having substantive content of interest to data-mining applications. Where a substantive content sub-component is added to or removed from a web page, then this change is significant and is sent to a duplication filter (11) so that if multiple NCs (6) detect a change in a web page only one announcement of the changed URL will be broadcast to data-mining applications (8).