Abstract: Described herein are methods for identifying plant genomic regions that are optimized for cultivar screening, identifying an unknown Cannabis cultivar, verifying an identity of an unknown Cannabis cultivar, identifying genetic attributes of a Cannabis cultivar, and phenotyping a Cannabis cultivar. Such methods may be used to improve or alter cultivation practices, improve breeding efforts, determine the identity of source material, determine ancestry, estimate cultivar properties, and the like.

Abstract: A receiver can include a first set of one or more amplifier stages configured to amplify input signals in a plurality of communication bands. The receiver can further include a second and third set of one or more amplifier stages. The second set of one or more amplifier stages can be configured to selectively receive the input signals in the plurality of communication bands amplified by the first set of one or more amplifier stages and to amplify one or more input signals in a first one of the plurality of communication bands. Alternatively, the third set of one or more amplifier stages can be configured to selectively receive the input signals in the plurality of communication bands amplified by the first set of one or more amplifier stages and to amplify one or more input signals in a second one of the plurality of communication bands.

Abstract: A system and method for for determining potential users and potential Market Stock Keeping Unit (MSKU) in retail e-commerce environment is provided. The method includes receiving user data including one or more parameters from a database of a retail e-commerce environment; categorizing different types of user based on an affluence segment criteria; tagging different types of users based on the categorization; computing a market share of potential users for a MSKU; benchmarking, the computed market share of potential users for the MSKU with respect to a market share of the potential users in the super-categories of the MSKU; tagging the MSKU into different types of the MSKU, based on a pre-defined benchmark index and pre-defined threshold values corresponding to at least one of, the market share of potential users for the MSKU and the benchmarking of the MSKU; and outputting the tagged potential users and the tagged potential MSKU.

Abstract: A receiver can include a first set of one or more amplifier stages configured to amplify input signals in a plurality of communication bands. The receiver can further include a second and third set of one or more amplifier stages. The second set of one or more amplifier stages can be configured to selectively receive the input signals in the plurality of communication bands amplified by the first set of one or more amplifier stages and to amplify one or more input signals in a first one of the plurality of communication bands. Alternatively, the third set of one or more amplifier stages can be configured to selectively receive the input signals in the plurality of communication bands amplified by the first set of one or more amplifier stages and to amplify one or more input signals in a second one of the plurality of communication bands.

Abstract: Predicted feedback for improved motor training is advanced by detecting a trajectory and velocity of an object launched from a launch point by a human via a plurality of time-sequenced images from a plurality of cameras positioned at different angles relative to the launched object. From the images, an extrapolated pathway of the object toward a target is projected; and an evaluation is made as to whether the object, when following the extrapolated pathway, is projected to land within or pass through the target. A communication is then made to the human as to whether the object is projected to land within or pass through the target, wherein the communication occurs after launch yet substantially before the launched object would reach the target or a location at a distance from the launch point that matches the distance from the launch point to the target.