Abstract: Techniques to display and analyze reliability data about a large population of objects are disclosed. In some embodiments, reliability data is arranged in an array, comprising a plurality of linear arrays each of which includes reliability data for a corresponding reporting period. The reliability data includes for each of a plurality of subpopulations a corresponding reliability metric for that subpopulation with respect to the reporting period. A statistics-based conditional formatting is applied to at least a subset of cells comprising the array. The statistics-based conditional formatting may be applied by invoking a function or other automated method to apply a first cell formatting to a first set of cells having a first degree of statistical significance relative to a reference population of cells and a second cell formatting to a second set of cells having a second degree of statistical significance relative to the reference population.

Abstract: Provided is a computer-implemented method (400) for product design, the method (400) generally comprising a first step (402) of providing a graphical user interface (GUI) to a user for inputting product specifications, said GUI including a plurality of design modules each providing specific product specification customisation options. Once the GUI has been provided (402), a user is able to provide product specifications, which is then received (404) by the system (300). The method (400) then provides a substantially real-time user-manipulable visualisation of the specified product via the GUI. In addition, the GUI generally further also includes a pricing engine configured to provide substantially real-time product pricing information (410) according to the selected product specifications.

Abstract: A computer implemented method for displaying patient medical data during an interaction between a patient and a healthcare provider. The method includes receiving an identification of a patient at an electronic medical record server and transmitting patient medical data from an electronic medical record associated with the identified patient to the healthcare provider computing device. The method further includes identifying a location of the provider computing device, transmitting an activation key to a secondary display device for display on the secondary display device, and receiving confirmation from the healthcare provider computing device that the activation key was entered into the healthcare provider computing device. Following activation, the method includes displaying information from the electronic medical record on the secondary display based on a command received from the healthcare provider computing device.