Abstract: Some examples described herein relate to automatically configuring an insight carousel of a graphical user interface based on templates. In one example, a system can receive templates and insights associated with transactions, populate fields within each template using information associated with the insights, and generate a graphical user interface including an image carousel having slides incorporating the populated templates.

Abstract: Features described herein generally relate to automatically positioning insights in spatial locations of a graphical user interface page based on rules. Particularly, insights associated with transactions are received, spatial locations within a graphical user interface page that are designated for displaying insights are determined, a subset of spatial locations for positioning the insights are selected based on the insights and rules, and a graphical user interface with the insights spatially positioned at the subset of spatial locations is generated.

Abstract: An example apparatus includes: machine-readable instructions; and programmable circuitry configured to at least one of instantiate or execute the machine-readable instructions to: receive burst excitation information including a burst start frequency, a burst stop frequency, and a burst duration, the burst start frequency and the burst stop frequency defining a range of frequencies of the burst excitation information; generate first and second sub burst excitation information based on the burst excitation information, the first and second sub burst excitation information including a sub burst duration based on the burst duration, a temperature sense interval, and a temperature sense duration, the temperature sense interval being a time between temperature measurements, the temperature sense duration being a time of a temperature measurement; and generate an excitation signal responsive to the first and second sub burst excitation information and temperature measurements, the excitation signal having frequenci

Abstract: Features described herein generally relate to a graphical user interface that includes an insight hub and an insight carousel. In one example, a system can receive insights associated with transactions, generate an image carousel that includes slides populated with information associated with the insights, and generate another interface page that includes insight listings corresponding to multiple insights.

Abstract: Some examples described herein relate to automatically configuring an insight carousel of a graphical user interface based on templates. In one example, a system can receive templates and insights associated with transactions, populate fields within each template using information associated with the insights, and generate a graphical user interface including an image carousel having slides incorporating the populated templates.

Abstract: Features described herein generally relate to automatically positioning insights in spatial locations of a graphical user interface page based on rules. Particularly, insights associated with transactions are received, spatial locations within a graphical user interface page that are designated for displaying insights are determined, a subset of spatial locations for positioning the insights are selected based on the insights and rules, and a graphical user interface with the insights spatially positioned at the subset of spatial locations is generated.

Abstract: Features described herein generally relate to a graphical user interface that includes an insight hub and an insight carousel. In one example, a system can receive insights associated with transactions, generate an image carousel that includes slides populated with information associated with the insights, and generate another interface page that includes insight listings corresponding to multiple insights.

Abstract: A system, computer program product, and method for providing educational material via an integrated augmented reality game (AR game) is provided. The AR game is coupled to an external system to retrieve gamer activity to track gamer goals and challenges. The AR game includes a graphical user interface for visualizing gamer-identified goals and their progress, gamer challenges and their progress, gamer profile, gamer activity, educational material, gamer remuneration, and the digital remuneration redemption platform; as well as an interface where the gamer can add, delete, or update goals and challenges in addition to utilize the digital remuneration redemption platform. The AR game will access the gamer location, location images, and other data to provide digital objects in an AR environment to facilitate the AR game.

Abstract: Some examples described herein relate to automatically configuring an insight carousel of a graphical user interface based on templates. In one example, a system can receive templates and insights associated with transactions, populate fields within each template using information associated with the insights, and generate a graphical user interface including an image carousel having slides incorporating the populated templates.

Abstract: Features described herein generally relate to a graphical user interface that includes an insight hub and an insight carousel. In one example, a system can receive insights associated with transactions, generate an image carousel that includes slides populated with information associated with the insights, and generate another interface page that includes insight listings corresponding to multiple insights.

Abstract: Features described herein generally relate to automatically positioning insights in spatial locations of a graphical user interface page based on rules. Particularly, insights associated with transactions are received, spatial locations within a graphical user interface page that are designated for displaying insights are determined, a subset of spatial locations for positioning the insights are selected based on the insights and rules, and a graphical user interface with the insights spatially positioned at the subset of spatial locations is generated.

Abstract: Features described herein generally relate to a graphical user interface that includes an insight hub and an insight carousel. In one example, a system can receive insights associated with transactions, generate an image carousel that includes slides populated with information associated with the insights, and generate another interface page that includes insight listings corresponding to multiple insights.

Abstract: In an example, a system includes an ultrasonic transducer and a bracket coupled to the ultrasonic transducer. The system also includes a lens coupled to the bracket. The system includes a control circuit coupled to the ultrasonic transducer and configured to excite the ultrasonic transducer with a signal to clean the lens.

Abstract: Techniques are provided herein for generating PWM signals. Furthermore, a direct-drive method is disclosed in which a PWM signal is generated as a differential signal made up of OUTP and OUTN signals, where OUTP is a copy of OUTN but shifted in time by half a period. The PWM signal is generated by passing each of an input period and an input duty cycle through corresponding sigma-delta circuits to generate a refined period and a refined duty cycle, respectively. In some example cases, a threshold mapper uses a lookup table (LUT) or similar mechanism to select timing thresholds for rise times and fall times for each of the OUTP and OUTN signals, where the timing thresholds are selected based on the refined period and the refined duty cycle. In some example cases, a pulse generator generates the OUTP and OUTN signals based on the timing thresholds.

Abstract: In an example, a method includes providing a pulse-width modulation (PWM) excitation signal to a piezo transducer via a transmit path. The method also includes collecting a block of samples of a current and a voltage at the piezo transducer, where the block of samples is collected in sub-blocks of samples between interrupts in a receive path. The method includes processing each sub-block of samples separately from other sub-blocks of samples. The method also includes, responsive to the sub-blocks of the block of samples being processed, analyzing the block of samples. The method includes, responsive to the analysis, modifying the PWM excitation signal.

Abstract: Techniques are provided herein for generating PWM signals. Furthermore, a direct-drive method is disclosed in which a PWM signal is generated as a differential signal made up of OUTP and OUTN signals, where OUTP is a copy of OUTN but shifted in time by half a period. The PWM signal is generated by passing each of an input period and an input duty cycle through corresponding sigma-delta circuits to generate a refined period and a refined duty cycle, respectively. In some example cases, a threshold mapper uses a lookup table (LUT) or similar mechanism to select timing thresholds for rise times and fall times for each of the OUTP and OUTN signals, where the timing thresholds are selected based on the refined period and the refined duty cycle. In some example cases, a pulse generator generates the OUTP and OUTN signals based on the timing thresholds.

Abstract: A new and distinct cultivar of Aloe plant named ‘FIRECRACKER’ is disclosed, characterized by an irregularly serrated leaf edge, intense orange-red protuberances on leaves, and a red flowered inflorescence. The new variety is an Aloe, typically produced as a garden or container plant.

Abstract: A new and distinct cultivar of Aloe plant named ‘SNOW DRIFT’ is disclosed, characterized by an upright growth habit, light greyed-green leaves, and red flowers. The new variety is an Aloe, typically produced as a garden or container plant.

Abstract: A new and distinct cultivar of Mangave plant named ‘BARNEY’ is disclosed, characterized by a fountain-shaped plant with a moderate to fast growth rate. Foliage has a rich purple coloration and is deeply channeled and recurved. Plants have a moderate growth rate and are slower to flower than other Mangaves, resulting in longer lived plants in cultivation. The new variety is an Mangave, typically produced as a garden or container plant.

Abstract: A new and distinct cultivar of Mangave plant named ‘TEQUILA FIRE’ is disclosed, characterized by a fiery red and green foliage color. Red foliar coloration increases in density with high light. Foliage is wide, soft and flexible and nearly spineless with no sharp terminal spine. Plants have a moderate growth rate and are slower to flower than other Mangaves, resulting in longer lived plants in cultivation. The new variety is an Mangave, typically produced as a garden or container plant.