Abstract: Systems and methods may include software development tools that allow for planning hybrid projects performed according to a combination of project development models. A processor may be operatively coupled to a memory. The processor may determine a target application of an enterprise service. The processor may determine a backlog associated with the target application, wherein the backlog comprises one or more tasks, one or more stories, or any combination thereof. The processor may generate a hybrid project from the backlog comprising a waterfall phase having at least one task and an agile phase having at least one story.

Abstract: Systems and methods are related to timesheet entries in a unified view. The system may include a processor that receives a selection of a task from a list of tasks, such as project tasks, scrum tasks, incidents, or problems, displayed in a first portion of a unified view. The processor generates a timesheet entry based on the task selected. The processor displays the timesheet entry in a list of timesheet entries in a second portion of the unified view. The processor receives an input that indicates an amount of time on the at least one day of the timesheet entry. The processor determines a total amount of time based on the amount of time entered on the timesheet entry on the at least one day. The processor displays the total amount of time entered in each day in a third portion of the unified view.

Abstract: A patient monitoring system includes patient identification transmitters that each transmit a patient identifier and clinician identification transmitters that each transmit a clinician identifier. Identification receivers are arranged in a care facility to receive patient identifiers and the clinician identifiers. A location tracking system determines a patient location within the care facility for each patient identification transmitter based on a location of receipt of the patient identifier, and determines a clinician location for each clinician identification transmitter based on the location of receipt of the clinician identifier. A mapping module is executable to receive the patient locations and the clinician locations, and locate the patient locations and the clinician locations on a map of the care facility. It then displays a patient location indicator for each patient location and a clinician location indicator for each clinician location on the map of the care facility.

Abstract: A patient monitoring system includes a sensing device configured to measure physiological parameter data from a patient, an identification transmitter that transmits an identification signal, wherein the identification signal is associated with the patient, and a location tracking system having a plurality of identification receivers arranged in a care facility that receive the identification signal from the identification transmitter and determine a patient location within the care facility based on a location of receipt of the identification signal. The patient monitoring system further includes a contextual alarming module that receives the patient location and selects at least one location-specific alarm rule based on the patient location in the care facility. Physiological parameter data is then assessed by the patient monitoring system based on the location-specific alarm rule.

Abstract: A patient monitoring system includes an identification transmitter that transmits an identification signal associated with a patient and a location tracking system having a plurality of identification receivers arranged in a care facility that receive the identification signal from the identification transmitter, wherein the location tracking system determines a patient location within a care facility based on a location of receipt of the identification signal. The patient monitoring system further includes an activity tracking module executable to receive at least one activity threshold for the patient and the patient location, and to determine a patient activity indicator based on the patient location. The activity tracking module is further executable to generate an activity alert based on a comparison between the patient activity indicator and the activity threshold.

Abstract: A patient monitoring system includes a sensing device configured to measure physiological parameter data from a patient, an identification transmitter that transmits an identification signal, wherein the identification signal is associated with the patient, and a location tracking system having a plurality of identification receivers arranged in a care facility that receive the identification signal from the identification transmitter and determine a patient location within the care facility based on a location of receipt of the identification signal. The patient monitoring system further includes a contextual alarming module that receives the patient location and selects at least one location-specific alarm rule based on the patient location in the care facility. Physiological parameter data is then assessed by the patient monitoring system based on the location-specific alarm rule.

Abstract: An asset management system is provided, which includes a hardware module operating as an asset control core. The asset control core generally includes a small hardware core embedded in a target system on chip that establishes a hardware-based point of trust on the silicon die. The asset control core can be used as a root of trust on a consumer device by having features that make it difficult to tamper with. The asset control core is able to generate a unique identifier for one device and participate in the tracking and provisioning of the device through a secure communication channel with an appliance. The appliance generally includes a secure module that caches and distributes provisioning data to one of many agents that connect to the asset control core, e.g. on a manufacturing line or in an after-market programming session.

Abstract: An asset management system is provided, which includes a hardware module operating as an asset control core. The asset control core generally includes a small hardware core embedded in a target system on chip that establishes a hardware-based point of trust on the silicon die. The asset control core can be used as a root of trust on a consumer device by having features that make it difficult to tamper with. The asset control core is able to generate a unique identifier for one device and participate in the tracking and provisioning of the device through a secure communication channel with an appliance. The appliance generally includes a secure module that caches and distributes provisioning data to one of many agents that connect to the asset control core, e.g. on a manufacturing line or in an after-market programming session.

Abstract: An asset management system is provided, which includes a hardware module operating as an asset control core. The asset control core generally includes a small hardware core embedded in a target system on chip that establishes a hardware-based point of trust on the silicon die. The asset control core can be used as a root of trust on a consumer device by having features that make it difficult to tamper with. The asset control core is able to generate a unique identifier for one device and participate in the tracking and provisioning of the device through a secure communication channel with an appliance. The appliance generally includes a secure module that caches and distributes provisioning data to one of many agents that connect to the asset control core, e.g. on a manufacturing line or in an after-market programming session.

Abstract: A non-linear transformation including a plurality of non-linear logical operations is masked to a second or higher order. The masking includes receiving a set of random bits, and machine-masking two or more of the plurality of non-linear logical operations with a same random bit from the set of random bits.

Abstract: A functional timing sensor includes a setup time violation detecting circuit, a hold time violation detecting circuit, and an interface from the setup time violation detecting circuit and the hold time violation detecting circuit. The interface provides a notification upon detection of a violation by either the setup time violation detecting circuit or the hold time violation detecting circuit.

Abstract: A functional timing sensor includes a setup time violation detecting circuit, a hold time violation detecting circuit, and an interface from the setup time violation detecting circuit and the hold time violation detecting circuit. The interface provides a notification upon detection of a violation by either the setup time violation detecting circuit or the hold time violation detecting circuit.

Abstract: A non-linear transformation including a plurality of non-linear logical operations is masked to a second or higher order. The masking includes receiving a set of random bits, and machine-masking two or more of the plurality of non-linear logical operations with a same random bit from the set of random bits.

Abstract: An asset management system is provided, which includes a hardware module operating as an asset control core. The asset control core generally includes a small hardware core embedded in a target system on chip that establishes a hardware-based point of trust on the silicon die. The asset control core can be used as a root of trust on a consumer device by having features that make it difficult to tamper with. The asset control core is able to generate a unique identifier for one device and participate in the tracking and provisioning of the device through a secure communication channel with an appliance. The appliance generally includes a secure module that caches and distributes provisioning data to one of many agents that connect to the asset control core, e.g. on a manufacturing line or in an after-market programming session.

Abstract: An integrated circuit comprises logic circuitry, organized in a multi-level hierarchy of modules. The integrated circuit comprises multiple sensing circuits. In operation, each sensing circuit senses an instantaneous current consumption IC of a respective one of the modules that draws current entirely through that sensing circuit. The integrated circuit comprises a concealing circuit for each of the sensing circuits. In operation, the concealing circuit receives as input a voltage VC corresponding to the sensed instantaneous current consumption IC of its respective module, and the concealing circuit dissipates an instantaneous power PL such that an instantaneous power sum PTOTAL of the instantaneous power PL and the instantaneous power PC to be dissipated by its respective module is substantially independent of activity of its respective module.

Abstract: An asset management system is provided, which includes a hardware module operating as an asset control core. The asset control core generally includes a small hardware core embedded in a target system on chip that establishes a hardware-based point of trust on the silicon die. The asset control core can be used as a root of trust on a consumer device by having features that make it difficult to tamper with. The asset control core is able to generate a unique identifier for one device and participate in the tracking and provisioning of the device through a secure communication channel with an appliance. The appliance generally includes a secure module that caches and distributes provisioning data to one of many agents that connect to the asset control core, e.g. on a manufacturing line or in an after-market programming session.

Abstract: An integrated circuit comprises logic circuitry, organized in a multi-level hierarchy of modules. The integrated circuit comprises multiple sensing circuits. In operation, each sensing circuit senses an instantaneous current consumption IC of a respective one of the modules that draws current entirely through that sensing circuit. The integrated circuit comprises a concealing circuit for each of the sensing circuits. In operation, the concealing circuit receives as input a voltage VC corresponding to the sensed instantaneous current consumption IC of its respective module, and the concealing circuit dissipates an instantaneous power PL such that an instantaneous power sum PTOTAL of the instantaneous power PL and the instantaneous power PC to be dissipated by its respective module is substantially independent of activity of its respective module.

Abstract: An integrated circuit comprises logic circuitry driven by a clock and reference circuitry. In operation, logic elements of the reference circuitry are synchronized to the clock. In operation, a first sensing circuit outputs a voltage VC proportional to an instantaneous current consumption IC of the logic circuitry, and a second sensing circuit outputs a voltage VR proportional to an instantaneous fluctuating current consumption IR of the reference circuitry. In operation, differential circuitry outputs a voltage difference ?VR?VC between a scaled-up version ?VR of the voltage VR and the voltage VC, the scaled-up version scaled to approximately the scale of the voltage VC. In operation, a square root circuit receives the voltage difference as input and outputs a square root of the voltage difference. A current source is controllable by the output of the square root circuit to generate current through a dissipative load.

Abstract: There is disclosed a system for detecting the assertion of a reset signal. A plurality of circuit elements is configurable by a reset signal to output a string of data values in a predetermined pattern. A comparator receives the string of data values and determines whether the string of data values matches the predetermined pattern. If so, the comparator generates an output signal indicative of a reset. In one embodiment, the output signal of the comparator can be used to automatically trigger a reset if the reset signal has not been asserted.

Abstract: There is disclosed a system for detecting the assertion of a reset signal. A plurality of circuit elements is configurable by a reset signal to output a string of data values in a predetermined pattern. A comparator receives the string of data values and determines whether the string of data values matches the predetermined pattern. If so, the comparator generates an output signal indicative of a reset. In one embodiment, the output signal of the comparator can be used to automatically trigger a reset if the reset signal has not been asserted.