Abstract: Techniques for providing improved rating interfaces and techniques as applied to providing and measuring dynamic self-awareness within human networks. A server transmits to a plurality of computing devices a first command for each respective device to display a self-rating user interface and receive a self-rating input from a respective user. The server receives the plurality of self-rating inputs from the plurality and transmits to the plurality a second command for each respective computing device to display a peer rating user interface and receive a peer rating input from a respective user. The server receives the plurality of peer rating inputs from the plurality and calculates statistics comparing the self-rating inputs and the peer rating inputs from the plurality of respective users. The server transmits to the plurality, a third command for each respective computing device to display, by the respective computing device, a summary of the calculated statistics.

Abstract: A power controller comprises a control loop configured to control timing of pulsed signals that activate phases of a coupled inductor voltage regulator based on current demand of a load circuit and comprises a transient detection circuit configured to determine a projected current through a compensation inductor of the coupled inductor voltage regulator based on a state of the phases and operating parameters of the coupled inductor voltage regulator. The transient detection circuit is configured to detect a transient in the current demand of the load circuit based on a variability in phase-to-phase overlap of the pulsed signals. Responsive to detecting the transient, the transient detection circuit is configured to apply a correction to the control loop that alters the timing of the pulsed signals based on the projected current through the compensation inductor.

Abstract: Techniques for providing improved rating interfaces and techniques as applied to providing and measuring dynamic self-awareness within human networks. A server transmits to a plurality of computing devices a first command for each respective device to display a self-rating user interface and receive a self-rating input from a respective user. The server receives the plurality of self-rating inputs from the plurality and transmits to the plurality a second command for each respective computing device to display a peer rating user interface and receive a peer rating input from a respective user. The server receives the plurality of peer rating inputs from the plurality and calculates statistics comparing the self-rating inputs and the peer rating inputs from the plurality of respective users. The server transmits to the plurality, a third command for each respective computing device to display, by the respective computing device, a summary of the calculated statistics.

Abstract: Techniques for providing improved rating interfaces and techniques as applied to providing and measuring dynamic self-awareness within human networks. A server transmits to a plurality of computing devices a first command for each respective device to display a self-rating user interface and receive a self-rating input from a respective user. The server receives the plurality of self-rating inputs from the plurality and transmits to the plurality a second command for each respective computing device to display a peer rating user interface and receive a peer rating input from a respective user. The server receives the plurality of peer rating inputs from the plurality and calculates statistics comparing the self-rating inputs and the peer rating inputs from the plurality of respective users. The server transmits to the plurality, a third command for each respective computing device to display, by the respective computing device, a summary of the calculated statistics.

Abstract: Techniques for providing improved rating interfaces and techniques as applied to providing and measuring dynamic self-awareness within human networks. A server transmits to a plurality of computing devices a first command for each respective device to display a self-rating user interface and receive a self-rating input from a respective user. The server receives the plurality of self-rating inputs from the plurality and transmits to the plurality a second command for each respective computing device to display a peer rating user interface and receive a peer rating input from a respective user. The server receives the plurality of peer rating inputs from the plurality and calculates statistics comparing the self-rating inputs and the peer rating inputs from the plurality of respective users. The server transmits to the plurality, a third command for each respective computing device to display, by the respective computing device, a summary of the calculated statistics.