Abstract: Embodiments of a method and system for utilizing user-designed applications are disclosed. A user-designed application that utilizes at least one high-level API available within a system may be received. The user-designed application may be deployed server-side within the system. A user request may be processed server-side for the user-designed application in the system.

Abstract: An integrated computerized system, for use particularly in a facility providing menu selected meals to patients, provides for ordering a meal appropriate to a specific patient, determining the status and whereabouts of the meal prior to its delivery to the patient, and tracking the dietary intake of the patient at the facility over time.

Abstract: A method and system to build a search database. The system analyzes a data item to be stored in the search database by using a characteristic rule. The system characterizes the data item based on the analysis. The system subsequently receives a search request against the search database and generates a search result that is filtered based on the characterization of the data item.

Abstract: A redundant latch circuit resistant to SEUs includes a plurality of latches, a majority voting circuit having inputs connected to the latch outputs, and a feedback reset circuit connected to the latch outputs and driving the latch reset inputs. The majority voting circuit indicates a set state for the redundant latch circuit based upon a majority of the latches being in the set state and indicating a reset state otherwise. The feedback reset circuit may have inputs connected to the outputs of the latches, and outputs connected to the reset inputs of the latches. The feedback reset circuit may switch at least one latch back to the reset state, from an SEU-induced change to the set state, when at least one other latch remains in the reset state to thereby provide resistance to SEUs.

Abstract: A redundant latch circuit resistant to SEUs includes a plurality of latches, a majority voting circuit having inputs connected to the latch outputs, and a feedback reset circuit connected to the latch outputs and driving the latch reset inputs. The majority voting circuit indicates a set state for the redundant latch circuit based upon a majority of the latches being in the set state and indicating a reset state otherwise. The feedback reset circuit may have inputs connected to the outputs of the latches, and outputs connected to the reset inputs of the latches. The feedback reset circuit may switch at least one latch back to the reset state, from an SEU-induced change to the set state, when at least one other latch remains in the reset state to thereby provide resistance to SEUs.