Abstract: The embodiments include various methods, systems, and apparatuses for enabling, providing, transmitting and displaying data. In some embodiments, the methods, systems, and apparatuses may be further related to the collection of data from one or more sources or sensors and transmission and manipulation of that data. The data can be sourced from a variety of sources, including sporting events, and may be processed, manipulated and transmitted in substantially real time depending on the embodiment.

Abstract: A method of encouraging a user to increase their wager on a play by play wagering platform by determining the likelihood the user will increase their wager based upon their wager history and proposing an increase amount based upon their likelihood of increasing their wager such that a higher likelihood of increase results in a higher proposed increase amount and a lower likelihood results in a lower proposed increase amount.

Abstract: A method for graphically displaying data. The method can include sensing a position of a ball on a field using one or more sensors during a live sporting event; sensing human movement and location information using one or more sensors in the live sporting event; determining positioning information of one or more players based on the sensed human movement and location information and the sensed ball position on the field; and generating graphical indica on a transmitted broadcast of the live sporting event, the graphical indica showing a generated graphic of at least one of positioning information and ball position on the field.

Abstract: A method, system, and apparatus for a live sporting event broadcast system. Embodiments include one or more video cameras that record the live sporting event; one or more sensors that track movement of one or more players in the live sporting event; one or more sensors that track location data of one or more pieces of equipment used in the live sporting event; at least one processor configured to: determine and/or track situational data of the live sporting event and synchronizes the tracked player movement and location data of the one or more pieces of equipment with the tracked situational data, compare the synchronized tracked player movement and the tracked location data of the one or more pieces of equipment with historical data, and determine at least an expected player movement in an upcoming action in the live event; a video highlight that is displayed on a broadcast transmission stream.

Abstract: A method, system and apparatus for sensing data and updating statistical data. The method, system and apparatus can include one or more sensors physically located at a live sporting event that collect sensed data; a live database that receives sensor data continuously during activity in the live sporting event; a base module that continuously polls the live database, stores sensed data from any completed action in the live event in a sensed data database, and transmits the sensed data to a historical action database; a situational database that houses situational data about sensed data; and a processor that associates the situational data is with the sensed data to determine dynamic statistical data.

Abstract: A method, system, and apparatus for tracking actions in a live event. Embodiments can include one or more cameras located at the live event, the one or more cameras each focused on at least one of a player participating in the live event or equipment used in the live event, and one or more cameras collect sensed movement data regarding the at least one player or the equipment; and a processor that receives transmitted sensed movement data, compares the sensed movement data to historical movement data in a database, and determines a predicted movement of the at least one player or equipment in the live event. Further, the historical movement data in the database is updated in substantially real time after the collection of the sensed movement data by the one or more cameras.

Abstract: A method and device to temporarily incapacitate a subject for a prolonged period by first applying to said subject a continuous pulsed electric waveform to incapacitate the subject, followed by applying a second intermittent pulsed electric waveform to the subject, which safely maintains the incapacitation of the subject with forced breathing.

Abstract: A method and device to temporarily incapacitate a subject for a prolonged period by first applying to said subject a continuous pulsed electric waveform to incapacitate the subject, followed by applying a second intermittent pulsed electric waveform to the subject, which safely maintains the incapacitation of the subject with forced breathing.

Abstract: A method and device to temporarily incapacitate a subject for a prolonged period by first applying to said subject a continuous pulsed electric waveform to incapacitate the subject, followed by applying a second intermittent pulsed electric waveform to the subject, which safely maintains the incapacitation of the subject with forced breathing.

Abstract: Information handling system manufacture through a burn rake that burns images and tests information handling systems is managed with a cascade first-in-first-out manufacture by allowing a predetermined burn time for each information handling system at each burn location. The predetermined burn time includes a projected burn time, a burn variation buffer and a standard repair time buffer that ensures a complete burn for substantially all information handling systems. Increasing the number of systems having a complete burn supports first-in-first out loading and unloading of information handling systems at burn locations so that the burn manufacture process occurs in a consistent cascade that proceeds down the length of the burn rack from a first end to a second end.

Abstract: Information handling system manufacture through a burn rake that burns images and tests information handling systems is managed with a cascade first-in-first-out manufacture by allowing a predetermined burn time for each information handling system at each burn location. The predetermined burn time includes a projected burn time, a burn variation buffer and a standard repair time buffer that ensures a complete burn for substantially all information handling systems. Increasing the number of systems having a complete burn supports first-in-first out loading and unloading of information handling systems at burn locations so that the burn manufacture process occurs in a consistent cascade that proceeds down the length of the burn rack from a first end to a second end.