KR20030014668A - Path matching product for information systems - Google Patents

Abstract

A mark component 11 for recording the path matching product 10-used with the information system 100-this personal generated mark data 920, an event component 12 for recording the event generated moment data 60, and a mark. And a score component for calculating and communicating the change 41 between the data and the event data.

Description

PATH MATCHING PRODUCT FOR INFORMATION SYSTEMS

The prior art, for example represented by US Pat. Nos. 3,671,668 and 3,718,759 by Reiffel, does not suggest the present invention.

The product records personally generated data, records event generated data, calculates variations, and communicates to inform users of the variations.

1 shows product inputs and outputs.

2 shows product output.

The product has a mark component for recording personal generated mark data, an event component for recording event generated data, and a score component for communicating a change in mark data-event data and communicating to inform users of the change. Computer-readable signal-providing media.

The product 10 is shown using the information system 100 in FIG. 1. The product includes a computer readable signal providing medium having a mark component 11, an event component 12, and a score component 13.

The mark component 11 shows a mark coordinate axis of the mark path starting point 21 connected to the mark path endpoint 23 shown in FIG. 2 by the mark path segment 22 on the display device 101 connected to the information system. Allow data 20 to be recorded. Mark data is created privately.

The event component 12 causes the event path segment 62 to record event data 60 representing the event coordinate axis of the event path start point 61 connected to the event path endpoint 63. Event data is event generated.

The score component 13 calculates score data 40 including basic score data representing variation 41 between event data and mark data, and communicates to inform users of the score data. A user may be an individual, may be one or more individuals other than an individual, may be a combination of these, and may be another system.

The score component may have elements that allow calculation of score data, which also includes relative score data representing a relative variation 43 between the basic score data and the additional score data 80. The additional score data may be own data representing previous score data of the individual, competition data representing competition score data of a group of individuals not including the individual, and may be a combination of scores of the competition data itself and the data. In each case, the score component updates the additional data as appropriate.

The mark component 11 represents the second mark coordinate axis of the second mark path start point 31 connected to the second mark path endpoint 33 by the second mark path segment 32, and the second mark data ( 30) may have elements to record. In the general case of the mark component having elements for causing the mark component to record mark data including N sets of mark data representing N sets of mark coordinate axes of N sets (N is a number) of mark path segments, the mark data and the second mark. Data is an example of mark data.

In a general case, the mark data is a personal member in which all N mark data sets are created by an individual, only one of the N mark data sets is created per person by N individuals, and N mark data sets. Some are individuals created by members of a mark group consisting of mark members input per person by many individuals.

Self-guided entities are intended herein as "person".

The event component 12 represents the second event coordinate axis of the second event path start point 64 connected by the second event path segment 65 to the second event path endpoint 66, and the event generated second event data ( 70. The event data and the second event data are events in which the event component includes M event data sets representing the event coordinate axes of the M set of event path segments of the M (M is a number) set. Examples of common cases with elements that allow data to be recorded.

The score data and the second score data are one-to-one, one-to-many and some-to-many between the event data sets and the mark data sets. ) Are examples of a general case with elements that cause the score data to be calculated according to the correspondence.

The event may be a dance having an event path segment 62 being generated by the movement of the dancer's hand and a second event path segment 65 being generated by the movement of the dancer's leg.

The mark path segment 22 is created by the hand gesture of the individual. The mark leg data is a mark of the mark leg path start section 24 connected to the mark leg path end section 26 by the mark leg path segment 25 using the mark leg path segment generated by the leg motion of the individual. It can represent leg coordinates.

The second mark path segment 32 is created by the hand gesture of the individual. The second mark leg data is connected to the end portion 36 of the second mark leg path by the second mark leg path segment 35 using the second mark leg segment generated by the leg of the second individual. The second mark leg coordinates of the leg path start part 34 may be indicated.

The score data includes a hand change 41 between the event data 62 and the mark data 22, and includes a relative hand change 43 between the hand change 41 and the hand average of the individual's previous score data, The hand average is a component of additional data.

The second score data includes a second hand change 51 between the event data 62 and the second mark data 32, the second relative hand between the hand change 51 and the previous basic score data of the second individual. And a second hand average is a component of the additional data.

The second score data includes a second leg change 52 between the second event data 64 and the second mark leg data 35, wherein the second leg change 52 and the second leg of the second individual are present. A second relative leg change 54 between the second leg averages of the scores, the second leg average being a component of the additional data.

The score component may cause the calculation of the change between some / all spatial and temporary coordinates of the mark and the event data. The calculation may use various algorithms known in the art, such as at least square analysis. Mark data may be adjusted to event data by known means in the art, such as by comparing a mark event endpoint separated by a known distance to an event data endpoint separated by a known distance. Mark data and event data are not end points of the path, but are path segments between the end points. Several path segments are shown as each and every connected member segment, but may have gaps between the member segments. The score component can be interpolated with respect to the gap.

Event data and mark data that can be recorded by various means known in the art are preferably similar multi-source replay reflectors taught in patent application PCT / US00 / 07538 (incorporated herein by reference). retro reflector). For complex paths, the advantage is that the replay reflector is at least nearly spherical. Symmetrical, cylindrical, conical, spheroidal, and reflex-reflective objects that are symmetrical about the polyhedrons that approximate them, provide the imager with an uniform brightness shape that does not change, regardless of the angle view around the axis of rotation. . Multiple replay-reflectors are used to reduce the effects of sex.

While the communication of score data is numerical and appears in various graphs and also audibly, tactile means are used to communicate score data to a user. Results "Advising a user" can have several meanings in the present invention. From an example, it can mean an advice that tells an individual through trials how to reduce change. In a comparative example, this can mean advice on current changes and advice on competitors versus changes to competitors. In practice, the score data is in communication with an organism, causing the organism to reduce pathways and other movements and changes. In a self-guided device example, score data is in communication with the device guidance system to cause the device to move along a path. In a reconstruction example, the score data may be in communication with a system that assists in activating an individual's muscles.

Initially, when the mark path segment is recorded, the score data communicates so that the user can reduce the change between later mark path segments and event data. This feedback is personalized and can be related to additional data.

Immediate feedback makes products useful for learning therapies, such as learning to dance and improving the skills associated with the path. Algorithms can be used to tailor movements such as golf swings to individuals. In the golf example, an individual may use a product that reduces the difference between the actual swing-mark data and the custom swing-event data.

In the dance example, one person and the second person can complete to get the lowest difference. The event may be a sporting event and the mark data may be a prediction of event data, such as the key player and the path of the ball in the contest.

Each participant generates a mark data set to predict the event data in the predictive-sports event and complete with the lowest difference in the score data. Various one-to-one, one-to-many, and many-to-many competition and challenges are possible. The challenge may be as part of event transmission.

The historical data 90 can be consulted to help any individual, any team, generate mark data. Historical data may be personal, shared, and commercial data. Historical data can be used to establish odds for event data. The calculation of the variables can be weighted by factors such as the degree of skill and the degree of difficulty.

An event may be a dance example in which event data is known to an individual. The event may be a sporting event in which the event data is unknown to the individual at the time the mark data was recorded. The event may have event data with a known portion and may also have a second unknown portion as indicated in US Patent Application 90 / 280,630, incorporated by reference.

The event data may be generated by the first individual-for example indicating the path of the soccer kick-and the mark data may be generated by the second individual-indicating the path of the soccer goalkeeper, for example. The labels "mark" and "event" can be exchanged in this case.

The medium may have a chaff data path segment displayed along the mark data and event data path segments and a chap component that generates a set of chaff data so that the personally generated mark data is displayed in the chaff data path segment. Cannot be verified. The individual may recognize the deplayed mark data path segment generated by the individual due to the match between data generation and display. The path displayed with the same end color and cursors can be varied. The chirp component may be one or more portions of the media component and may be separate media components.

The computer-readable signal-providing medium may be a transmitted signal, a data storage medium, and a combination of the transmitted signal and the data storage medium.

The transmitted signal can be in various forms of any energy transmission known in the art-wireless and wired, cable, and fiber-and various point-to-point. The portion of the signal may belong to one form of transmitted signal, the portion may belong to the second data storage medium, may belong to the transmitted signal, belong to the second transmission signal, various combined data storage media and It can belong to the transmission signal.

The data storage medium may be any of a variety of mechanical, electrical, magnetic, optical, molecular, atomic and quantum data storage media known in the art. The portion of the computer-readable signal belongs to a data storage medium, the portion belongs to a second data storage medium, belongs to a transmitted signal, belongs to a second transmitted signal, and various combined data storage media and transmitted Can belong to a signal.

The information system can be a special purpose computer or a general purpose computer. These computers may be stand-alone or part of a network, and may be stand-alone and part of a network at alternating time intervals.

Event data and mark data may be recorded in an information system separate from the computer-readable signal-providing medium, and may be recorded as a whole, in a separate part, and in a north-north part. The mark data can be deleted and new mark data can be recorded after at least some corresponding to the score data have been calculated.

The medium may have a fee component such that a fee for each use of the computer product can be billed directly by requiring payment prior to operation of the product. The fee may be indirectly collected by presenting at least one advertisement 121 paid by the third portion as at least part of the operation of the product.

Claims (10)

For path matching products used with information systems, Computer-readable signal-bearing medium; A mark component of a medium for recording mark data indicating mark coordinates of a mark path segment, wherein the mark data is a generated person; An event component of the medium for recording event data representing event coordinates of an event path segment, wherein the event data is an event that occurred; And A score component of the medium-the score component performs calculation of score data comprising basic score data, the basic score data representing a change between event data and mark data, and the score component also scores to advise a user Communicate data- Path matching product comprising a. The method of claim 1, The score component calculates score data, which also includes relative score data, the relative score data representing a relative change between the base score data and the additional score data, wherein the additional score data is self data representing an individual's previous score data. Competitive data representing competition score data of a group of individuals, and a score matching product comprising a score combination of self data and competition data. The method of claim 1, And the medium is selected from the group of media comprising a transmission signal, a recordable data storage medium, and a combination of the transmission signal and the recordable data storage medium. The method of claim 1, Mark data is a path matching product input via a multi-source retro reflector data input. The method of claim 1, The event may be a known event in which the event data is known to the individual, an unknown event in which the event data is unknown to the individual, and the first event data portion is known to the individual and the second event data portion is unknown to the individual. Path matching products selected from the group of events that contain the uncomplicated mixed events. The method of claim 1, Path matching products in which an individual consults historical data to support the generation of mark data. The method of claim 1, Path matching products in which mark data path segments and event data path segments are displayed. The method of claim 7, wherein A path matching product further comprising a chaff component of a medium that generates chaff data having a chaff data path segment that is displayed such that the individual who created the mark data cannot identify the event data path in the chaff data path segment. . The method of claim 1, The route matching product further comprising a fare component. For path matching products used with information systems, A computer readable signal providing medium selected from the group of media including a transmission signal, a recordable data storage medium, and a combination of the transmission signal and the recordable data storage medium; A mark component of a medium for recording mark data representing N sets of N mark coordinates of N sets of mark path segments, wherein the mark data is a personal member in which all N sets of mark data are generated by an individual, the N pieces Only one set of sets is an individual member generated per person by N individuals; And an individual created by a member from a mark group comprising a mark member input per person by many individuals, wherein the predetermined number of sets of N sets are multi-source replay reflector data input. Entered via-; An event component of a medium for recording event data representing M sets of event coordinates of M sets of event path segments, wherein the event data is a known event in which event data is known to members of the mark group; Unknown events unknown to the members of the mark group, and a portion of the event data is known to the members of the mark group and the second event data portion is an event group comprising a mixed event not known to the members of the mark group. Generated by an event selected from-; And A score component of the medium, wherein the score component calculates score data, the score data indicating a base score data representing a change between event data and mark data, and a relative change representing a relative change between base score data and additional score data. Score data, wherein the additional score data includes self data representing previous score data of the individual, competition data representing competition score data of a group of individuals not including the individual, and a score combination of self data and competitive data Selected from an additional group, said score component communicates score data to advise a user- Path matching product comprising a.