Abstract: Described herein are systems and methods for generating a data subset prediction and providing a healthcare related service based on said data subset prediction. In some examples, the method includes: (a) retrieving data from a plurality of data sources; (b) sorting the retrieved data into data groups; (c) providing the data group with a data group identifier; (d) providing each of the retrieved data subsets with a retrieved data subset trust score; (e) comparing the data group identifier with stored data group identifiers of stored data groups; (f) adding the retrieved data subset and its associated retrieved data subset trust score to one of the stored data groups; (g) identifying a data subset prediction; (h) identifying at least one of the stored data groups required to generate the data subset prediction; (i) generating the data subset prediction; and (j) modifying a healthcare service based on the data subset prediction.

Abstract: Described herein are systems and methods for allocating staffing resources across multiple operating entities. In some examples, the method includes: (a) retrieving data from a plurality of operating entities; (b) sorting the retrieved data into data groups of retrieved data subsets; (c) providing the data group with a data group identifier; (d) comparing each of the data group identifiers with stored data group identifiers of stored data groups which are stored on at least one memory device; (e) adding that retrieved data subset to one of the stored data groups or generating a new stored data group; (f) identifying a staffing resource surplus for a particular time frame; (g) determining a staffing demand for the particular time frame for at least one of the plurality of operating entities; and (h) allocating the staffing resource surplus to the operating entity having the greatest staffing demand.

Abstract: Described herein are systems, methods, and non-transitory computer readable medium for building a high trust dataset. The method for building a high trust dataset may comprise. repeatedly, retrieving data from a plurality of data sources each having an associated trust score, identifying at least one subset of the retrieved data which conflicts with at least one of another subset of the retrieved data and the high trust dataset, for each identified subset of the retrieved data, selecting one of the plurality of data sources from which the subset will be included in the high trust dataset based on the associated trust score, based on the trust score, updating the high trust dataset to comprise the subset from the selected one of the plurality of data sources, and updating the associated trust score of at least one of the plurality of data sources.

Abstract: The present disclosure features lens protection systems that comprise multi-layer film laminates that include an optically clear protective film, which remains on the lens during use and carrier layers that are used to assist the user with applying the protective film to the lens. These systems are suitable for use with a wide variety of eyewear, including but not limited to ski goggles, tactical goggles, diving goggles, protective eyewear such as safety glasses, sun glasses, helmet visors (e.g., for football, hockey, or motorcycle helmets), and paintball masks.

Abstract: Described herein are methods and systems for filling a medical prescription. One implementation comprises a central prescription handling engine comprising a server and a database, which is in communication with a computing device of a given user via a wide-area network and configured to receive prescription data corresponding to the medical prescription. The central prescription handling engine selectively routes the received prescription data to a given pharmacy interface among a plurality of pharmacy interfaces and selectively routes scheduling data received at the given pharmacy interface for communication to the given user. The given pharmacy interface is in communication with the central prescription handling engine and is configured to receive the prescription data from the central prescription handling engine and to communicate to the central prescription handling engine the scheduling data corresponding to the prescription data.

Abstract: The present disclosure features lens protection systems that include an optically clear anti-fog film which remains on the lens during use, and in some implementations carrier layers that are used to protect the film during shipment and/or assist an end user with applying the anti-fog film to the lens. These systems are suitable for use with a wide variety of optical lenses, for example eyewear, including but not limited to ski goggles, tactical goggles, diving goggles, anti-fog eyewear such as safety glasses, sun glasses, helmet visors (e.g., for football, hockey, or motorcycle helmets), and paintball masks.

Abstract: Described herein are methods and systems for filling a medical prescription. One implementation comprises a central prescription handling engine comprising a server and a database, which is in communication with a computing device of a given user via a wide-area network and configured to receive prescription data corresponding to the medical prescription. The central prescription handling engine selectively routes the received prescription data to a given pharmacy interface among a plurality of pharmacy interfaces and selectively routes scheduling data received at the given pharmacy interface for communication to the given user. The given pharmacy interface is in communication with the central prescription handling engine and is configured to receive the prescription data from the central prescription handling engine and to communicate to the central prescription handling engine the scheduling data corresponding to the prescription data.

Abstract: Described herein are methods and systems for filling a medical prescription. One implementation comprises a central prescription handling engine comprising a server and a database, which is in communication with a computing device of a given user via a wide-area network and configured to receive prescription data corresponding to the medical prescription. The central prescription handling engine selectively routes the received prescription data to a given pharmacy interface among a plurality of pharmacy interfaces and selectively routes scheduling data received at the given pharmacy interface for communication to the given user. The given pharmacy interface is in communication with the central prescription handling engine and is configured to receive the prescription data from the central prescription handling engine and to communicate to the central prescription handling engine the scheduling data corresponding to the prescription data.

Abstract: The present disclosure features lens protection systems that comprise multi-layer film laminates that include an optically clear protective film, which remains on the lens during use and carrier layers that are used to assist the user with applying the protective film to the lens. These systems are suitable for use with a wide variety of eyewear, including but not limited to ski goggles, tactical goggles, diving goggles, protective eyewear such as safety glasses, sun glasses, helmet visors (e.g., for football, hockey, or motorcycle helmets), and paintball masks.

Abstract: The present disclosure features lens protection systems that comprise multi-layer film laminates that include an optically clear protective film, which remains on the lens during use and carrier layers that are used to assist the user with applying the protective film to the lens. These systems are suitable for use with a wide variety of eyewear, including but not limited to ski goggles, tactical goggles, diving goggles, protective eyewear such as safety glasses, sun glasses, helmet visors (e.g., for football, hockey, or motorcycle helmets), and paintball masks.

Abstract: Described herein are methods and systems for filling a medical prescription. One implementation comprises a central prescription handling engine comprising a server and a database, which is in communication with a computing device of a given user via a wide-area network and configured to receive prescription data corresponding to the medical prescription. The central prescription handling engine selectively routes the received prescription data to a given pharmacy interface among a plurality of pharmacy interfaces and selectively routes scheduling data received at the given pharmacy interface for communication to the given user. The given pharmacy interface is in communication with the central prescription handling engine and is configured to receive the prescription data from the central prescription handling engine and to communicate to the central prescription handling engine the scheduling data corresponding to the prescription data.

Abstract: The present disclosure features lens protection systems that comprise multi-layer film laminates that include an optically clear protective film, which remains on the lens during use and carrier layers that are used to assist the user with applying the protective film to the lens. These systems are suitable for use with a wide variety of eyewear, including but not limited to ski goggles, tactical goggles, diving goggles, protective eyewear such as safety glasses, sun glasses, helmet visors (e.g., for football, hockey, or motorcycle helmets), and paintball masks.

Abstract: The present disclosure features lens protection systems that comprise multi-layer film laminates that include an optically clear protective film, which remains on the lens during use and carrier layers that are used to assist the user with applying the protective film to the lens. These systems are suitable for use with a wide variety of eyewear, including but not limited to ski goggles, tactical goggles, diving goggles, protective eyewear such as safety glasses, sun glasses, helmet visors (e.g., for football, hockey, or motorcycle helmets), and paintball masks.

Abstract: In one general aspect, the present disclosure is directed to a system for describing information. This system may comprise at least one processor. The at least one processor may be configured to receive a taxonomy that may comprising a metric hierarchy and a plurality of entity hierarchies. The at least one processor may also be configured to display an indication of a metric selected from the metric hierarchy. In addition, the at least one processor may be configured to display a representation of at least a portion of a second hierarchy selected from the plurality of entity hierarchies. The representation may comprise an indication of a branch of the second hierarchy and an indication of a relationship between the branch of the second hierarchy and the metric.