CN104014122B - Internet-based support system for athletic competition - Google Patents

Internet-based support system for athletic competition Download PDF

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CN104014122B
CN104014122B CN201410265995.4A CN201410265995A CN104014122B CN 104014122 B CN104014122 B CN 104014122B CN 201410265995 A CN201410265995 A CN 201410265995A CN 104014122 B CN104014122 B CN 104014122B
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competition
data
athletic
support system
subsystem
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CN201410265995.4A
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CN104014122A (en
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叶一火
叶比特
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叶一火
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Abstract

本发明涉及一种基于互联网的运动竞赛支持系统,包括通过互联网相互连接的数据采集子系统、数据处理子系统、评价子系统以及用户交互设备;数据采集子系统用于采集运动和竞赛过程中的各项相关数据;数据处理子系统利用数据采集子系统采集的数据及其它相关数据构建起各个参与者的运动竞赛模型;评价子系统依据具体的运动竞赛的相关数据和不同参与者的运动竞赛模型构建出评价模型;用户交互设备用于完成用户与运动竞赛支持系统进行人机交互;在具体的运动竞赛中,竞赛支持系统通过数据采集子系统采集相关数据,并利用评价子系统建立的评价模型,对存在时间、地点、运动水平、运动规格、或者甚至是运动类型差异的运动竞赛数据进行有效评价。 The present invention relates to an Internet-based support system of athletic competition, including the Internet connected to each other via a data acquisition subsystem, a data processing subsystem, subsystem, and user interaction device evaluation; data acquisition subsystem for acquiring sports and games during the relevant data; data processing subsystem athletic competition model built up by the various participants of the data acquisition subsystem data acquisition and other related data; sports racing model evaluation subsystem depending on the specific sports event data and different actors Construction of an evaluation model; user interaction device for performing user support system for athletic competition for human-computer interaction; in a specific athletic competition, the competition system supported by the data acquisition subsystem collect relevant data, and using the evaluation model to establish subsystem on the existence of time, place, sport, exercise specifications, or even a sports competition sports data type differences for effective evaluation.

Description

基于互联网的运动竞赛支持系统 Internet-based support system for athletic competition

技术领域 FIELD

[0001]本发明涉及到运动竞赛和互联网的交叉领域,具体地涉及到基于互联网实现的运动竞赛支持系统。 [0001] The present invention relates to the intersection of sports competition and the Internet, particularly to athletic competition to support Internet-based system implementation.

背景技术 Background technique

[0002] 运动和运动竞赛已经成为越来越多人生活所不可缺少的部分。 [0002] sports and athletic competition more and more people have become an indispensable part of life. 尤其是运动竞赛可以激发运动热情和运动潜能,能为很多人在生理和心理上带来益处。 In particular sports competition can inspire passion for sports and athletic talent can bring benefits to many people both physically and psychologically. 但是在运动竞赛中,人们往往难于找到对大家都合适的时间、地点、彼此都适合的运动方式以及相匹配的运动水平,从而影响了运动竞赛的普及性、参与度和运动质量。 But in sports competitions, it is often difficult for everyone to find the right time and place, they are suitable for each other motion and activity level to match, thus affecting the popularity of sports competition, participation and quality of movement.

[0003]当前,运动支持系统多关注于单独的个体运动,仅仅能为单个的运动个体提供运动数据的记录和运动指导。 [0003] Currently, the movement support system pay more attention to individual sports alone, can only provide guidance motion recording and motion data for a single individual sports. 而对于运动竞赛进行支持,尤其是对于存在运动时间、运动地点、运动水平差异的个体之间的运动竞赛进行支持的系统目前尚属空白。 As for the athletic competition be support, especially support system exists for exercise time, exercise place, sports competition between individual differences in the level of the current movement is still blank.

发明内容 SUMMARY

[0004]本发明的目的就是为了解决上述问题,利用现已成熟的互联网技术和计算机技术,实现对在运动时间、运动地点、运动水平上存在差异的个体之间的运动竞赛支持。 [0004] The object of the present invention is to solve the above problems, has been the use of sophisticated computer technology and the Internet technology, to achieve the movement between the individuals in exercise time, exercise place, there is a difference on the level of motion race support.

[0005]本发明提供一种基于互联网的运动竞赛支持系统,该系统包括通过网络相互连接的数据采集子系统、数据处理子系统和评价子系统;其特征在于, [0005] The present invention provides an Internet-based athletic competition support system comprising an acquisition subsystem, processing subsystem, and data evaluation subsystem interconnected via a data network; characterized in that,

[0006]所述数据采集子系统用于采集运动和竞赛过程中的各项相关数据; [0006] The data acquisition subsystem for acquiring the relevant data in the process of sports and games;

[0007]所述数据处理子系统利用数据采集子系统采集的数据及其它相关数据构建起各个参与者的运动竞赛模型; [0007] The data processing subsystem build athletic competition model using data of each participant collected data acquisition subsystem and other relevant data;

[0008]所述评价子系统依据具体的运动竞赛的相关数据和不同参与者的运动竞赛模型构建出评价模型; [0008] The evaluation subsystem based on a particular sports event and data models for different sports competition participants constructed evaluation model;

[0009]在具体的运动竞赛中,所述竞赛支持系统通过数据采集子系统采集相关数据,并利用所述评价子系统建立的评价模型,对存在时间、地点、运动水平、运动规格、甚至是运动类型差异的运动竞赛数据进行有效的评价。 [0009] In a specific athletic competition, the competition support system through the data acquisition subsystem data collection and evaluation using the evaluation model subsystem established the existence of time, place, horizontal motion, motion specification, even competition type motion data of the motion difference effective evaluation.

[0010]优选地,在所述运动竞赛支持系统中,所述数据采集子系统包括采集参与者运动竞赛表现数据的传感器、采集相关环境数据的传感器、采集运动类型和运动规格的设备,以及可以将上述采集的数据传输到网络的网络设备。 [0010] Preferably, the athletic competition in the support system, the data acquisition subsystem includes collecting performance data of the competition participants motion sensors, the sensor-related environmental data acquisition, motion type and motion capture equipment specifications and may the above-described transmission data acquisition to the network device of the network.

[0011]优选地,在所述运动竞赛支持系统中,所述数据采集子系统包括采集参与者运动成绩的传感器,采集运动者表现数据的传感器、采集相关环境数据的传感器、采集运动类型和运动规格的设备,以及可以将上述采集的数据传输到网络的网络设备。 [0011] Preferably, the athletic competition in the support system, the data acquisition subsystem comprises a sensor to gather participant sports performance, the athlete's performance data collected by sensors, the sensor-related environmental data acquisition, motion type and motion capture specification device, and can transfer data to the network collected above network device.

[0012]优选地,在所述运动竞赛支持系统中,参与者可以通过交互设备对所述数据采集子所采集的某些数据进行补充和修正。 Some data [0012] Preferably, the support system athletic competition, participants interactively by the data collection device collected sub supplement and correction.

[0013]优选地,在所述运动竞赛支持系统中,,所述数据处理子系统可以接收和存储由采集子系统采集的数据,也可以接收和存储由其他系统导入的数据。 [0013] Preferably, in the athletic competition ,, support the data processing system data storage subsystem may be received and collected by the acquisition subsystem, you may also receive and store data imported from other systems.

[0014]优选地,在所述运动竞赛支持系统中,所述数据处理子系统包括数据存储组件、模型构建组件;其中, [0014] Preferably, the athletic competition in the support system, the data processing subsystem includes a data storage component, model construction component; wherein,

[0015]数据存储组件用于存储采集子系统所采集的当前数据和历史数据; [0015] The data storage component for storing the current and historical data acquisition subsystem collected;

[0016]模型构建组件用于建立各个参与者的运动成绩模型和运动表现模型,其中, [0016] model building components used to build athletic performance model various participants and athletic performance model, which,

[0017]运动成绩模型是依据所存储的数据为各个参与者构建出的运动成绩与运动类型、运动规格以及环境数据之间的关系模型; [0017] The athletic performance model is a model of the relationship between the athletic performance and exercise type, size and environmental data movement constructed for each participant based on the stored data;

[0018]运动表现模型是依据所存储的数据为各个参与者构建出的运动表现与运动类型、运动规格以及环境数据之间的关系模型。 [0018] athletic performance model is based on the relationship between the data model stored for each participant to construct athletic performance and exercise type, exercise specifications and environmental data.

[0019]优选地,在所述运动竞赛支持系统中,所述运动成绩模型为利用历史数据建立的参与者的运动成绩数据与运动类型、运动规格以及环境数据之间的线性回归模型。 [0019] Preferably, the athletic competition in the support system, the participant using the athletic performance history data model established athletic performance data and type of motion between the motion of the linear regression model specifications and environmental data.

[0020]优选地,在所述运动竞赛支持系统中,所述运动表现模型为利用历史数据建立的参与者的运动表现运动表现数据与运动类型、运动规格以及环境数据之间的线性回归模型。 [0020] Preferably, the support system of the athletic competition, the athletic performance model using historical data play participants linear regression model to establish the performance of the athletic performance data and between types of motion, the motion specifications and environmental data.

[0021 ]优选地,在所述运动竞赛支持系统中,所述评价子系统以拟进行的运动竞赛的运动类型、运动规格以及环境数据为参数,通过参与者的运动成绩模型求解出其在该运动竞赛中的模拟成绩;并通过该模拟成绩设定可弥补竞赛差异的竞赛评价关系,来实现在不同的运动水平的各个参与者在不同地点、不同运动环境、甚至是不同的运动规格、不同的运动类型下对竞赛胜负的有效评价。 [0021] Preferably, the athletic competition in the support system, the evaluation subsystem Athletes'inherent motion type contemplated, the motion parameter specifications and environmental data, which is solved by the participants in athletic performance model simulation results sports competition; and by setting the simulation results can compensate for differences in race competition evaluation of the relationship, to achieve at all levels of participants in different sports in different locations, different sports environment, sports and even different specifications, different effective evaluation of the outcome of the race under the type of motion.

[0022]优选地,在所述运动竞赛支持系统中,所述有效评价是指在该评价下参与者胜负概率接近50 %。 [0022] Preferably, the athletic competition in the support system, the effective means in the evaluation is the evaluation of the probability of winning participant close to 50%.

[0023]优选地,在所述运动竞赛支持系统中,当运动竞赛参与者为两人时,所述可弥补竞赛差异的竞赛评价关系为差点关系:即将参与者之一的表现数据增加其模型表现数据与另一参与者的模型表现数据的差,形成差点修正运动成绩,然后差点修正运动成绩做竞赛胜负竞赛的有效评价。 [0023] Preferably, in the athletic competition support system, when the two participants in athletic competition, the competition can compensate for difference relationship evaluation handicap competition relationship: upcoming performance data model, one participant increase poor performance model data with another participant performance data effectively evaluate athletic performance handicap correction, then the correction athletic performance almost made the race between competition form.

[0024]优选地,在所述运动竞赛支持系统中,当运动竞赛参与者为两个团队时,所述可弥补竞赛差异的竞赛评价关系为差点关系:即将每个团队的平均运动成绩增加其平均模型运动成绩与另一团队的平均模型运动成绩的差,形成差点修正运动成绩,然后以该差点修正运动成绩进行竞赛胜负竞赛的有效评价。 [0024] Preferably, the athletic competition in the support system, when two teams of participants in athletic competition, the competition can compensate for difference relationship evaluation handicap race relations: each team is about average increase athletic performance the average difference between the average model athletic performance model with another team of athletic performance, effectively evaluate athletic performance handicap correction, then the correction athletic performance handicap the outcome of the competition to compete form.

[0025]优选地,在所述运动竞赛支持系统中,所述可弥补竞赛差异的竞赛评价关系为比值关系:即求每个参与者的运动成绩与其模型运动成绩的比值,形成比值修正运动成绩,然后以该比值修正运动成绩进行竞赛胜负竞赛的有效评价。 Evaluation of the relationship between the competition [0025] Preferably, the support system of the athletic competition, the competition can compensate for differences in relation to the ratio: the ratio of their athletic performance sports performance model, i.e., each participant seeking form amendment ratio Achievements and effective competition in order to evaluate the outcome of the competition ratio correction athletic performance.

[0026]优选地,在所述运动竞赛支持系统中,所述的运动竞赛有如下类型:两个参与者作为两方竞赛;各有多个参与者的两方竞赛;各有一个参与者的多方竞赛;各有多个参与者的多方竞赛;以及两方都是同一参与者的两方竞赛;多方都是统一参与者的多方竞赛。 [0026] Preferably, the support system of the athletic competition, the athletic competition following types: two as both competition participants; both have a plurality of race participants; each participant multi-party competition; multi-party competition have more participants; and both parties are of the same race two participants; parties are unified multi-party contest participants.

[0027]优选地,在所述运动竞赛支持系统中,所述评价子系统会对参与者进行有效评价,并且所述有效评价结果会引发事先约定的行为。 [0027] Preferably, the athletic competition in the support system, the evaluation subsystem participants will effectively evaluated, and the evaluation results will lead to the effective pre-agreed behavior.

[0028]优选地,在所述运动竞赛支持系统中,所述评价子系统所引发的事先约定的行为是对参与者进行奖励。 [0028] Preferably, the athletic competition in the support system, the pre-agreed behavior evaluation subsystem is triggered participants award.

[0029]优选地,在所述运动竞赛支持系统中,所述奖励是实物或网络虚拟物品。 [0029] Preferably, the support system of the athletic competition, the reward is a physical or virtual network article.

[0030]优选地,在所述运动竞赛支持系统中,所述评价子系统设置有监督机制。 [0030] Preferably, the athletic competition in the support system, the evaluation subsystem is provided with a monitoring mechanism.

[0031]优选地,在所述运动竞赛支持系统中,所述监督机制是由特定的监督人来执行。 [0031] Preferably, the athletic competition in the support system, the monitoring mechanism is performed by a particular supervisor.

[0032]优选地,在所述运动竞赛支持系统中,在所述评价子系统中,在所述评价子系统中,还会对所述监督人进行评价,并且通过将所述评价与某特定对象绑定来保证竞赛的公正。 [0032] Preferably, in the athletic competition support system, in the evaluation subsystem, in the evaluation subsystem, also evaluated the supervisor, and by the evaluation and a specific object is bound to ensure fair competition.

[0033]优选地,在所述运动竞赛支持系统中,在所述监督人的评价所绑定的特定对象是竞赛中被监督方的对手 [0033] Preferably, the athletic competition in the support system, a specific object of the supervisor is evaluated bound competition opponent party supervised

[0034]优选地,在所述运动竞赛支持系统中,所述系统进一步包括分享和传播子系统,该子系统利用网络将运动竞赛的数据分享和传播给未参与该运动竞赛的人群。 [0034] Preferably, the athletic competition in the support system, the system further comprising a sharing and communication subsystem, the subsystem uses the data network to share athletic competition and is not transmitted to people involved in the sports event.

[0035]优选地,在所述运动竞赛支持系统中,所述互联网是移动互联网。 [0035] Preferably, the athletic competition in the support system, the mobile Internet is the Internet.

[0036]优选地,在所述运动竞赛支持系统中,所述运动竞赛支持系统可以与智能终端进行交互:数据子采集系统可以将采集的数据传输到智能终端上暂时存放;智能终端可以将暂时存放的数据上传到数据处理子系统;评价子系统可以将评价信息推送到智能终端。 [0036] Preferably, the athletic competition in the support system, the support system athletic competition may interact with the intelligent terminal: a data acquisition sub-system may transfer the collected data to the intelligent terminal is temporarily stored; intelligent terminal may temporarily to upload data stored in the data processing subsystem; evaluation of the evaluation subsystem may push the information to the intelligent terminal.

[0037]优选地,在所述运动竞赛支持系统中,所述用户交互设备是智能终端。 [0037] Preferably, the athletic competition in the support system, the user interaction device is a smart terminal.

[0038]优选地,在所述运动竞赛支持系统中,所述系统还包括运动竞赛匹配和推荐子系统,即,以运动类型、运动场地、参与者、用户运动记录有关的数据为基础匹配出最佳对手,并推荐给相应的用户。 [0038] Preferably, the athletic competition in the support system, the system further comprises a recommendation and the athletic competition matching subsystem, i.e., to the type of motion data related to sports venues, participants, based on the user movement records matched best opponents, and recommend to the appropriate users.

[0039]优选地,在所述运动竞赛支持系统中,所述评价子系统还能针对拟进行的运动竞赛,依据由运动类型、运动规格以及环境数据和为该运动竞赛建立的评价模型做出竞赛结果预测。 [0039] Preferably, the athletic competition in the support system, the evaluation subsystem also contemplated for athletic competition, according to the type of motion made by the motion specifications and environmental data and evaluation model for the athletic competition competition results forecast.

[0040]优选地,在所述运动竞赛支持系统中,所述评价子系统系统可以针对拟进行的运动竞赛,依据由运动类型、运动规格以及环境数据和为参与者建议的运动表现模型,预测出参与者的运动表现,并为该参与者给出运动建议。 [0040] Preferably, the athletic competition in the support system, the athletic competition evaluation subsystem for the system can be proposed, based on the motion type, and motion specifications and environmental data for participants recommended athletic performance model to predict the participants in athletic performance, and gives recommendations for sports participants.

附图说明 BRIEF DESCRIPTION

[0041]图1是根据本发明的运动竞赛系统的结构框图。 [0041] FIG. 1 is a block diagram sports competition system according to the invention.

具体实施方式 Detailed ways

[0042]下面将以具体实施例的方式对本发明进行描述,但要声明的是,所有这些实施例都是说明性的,不构成对本发明保护范围的限制。 [0042] DETAILED DESCRIPTION The following will present an embodiment of the invention will be described, it is to be stated that all these embodiments are illustrative and not restrictive of the scope of the present invention.

[0043]参考图1,本发明的基于互联网的运动竞赛支持系统包括通过互联网I相互连接的多个运动竞赛数据采集子系统2、2',处于中央位置的数据处理子系统3和评价子系统4,以及可以于该运动竞赛系统进行交互的多个智能终端5,5'。 [0043] Referring to FIG 1, the athletic competition support Internet-based system of the invention comprises a plurality of motion connected to each other through the Internet I Competition data acquisition subsystem 2, 2 ', the data in the center position of the processing subsystem and evaluation subsystems 3 4, and it can interact with a plurality of intelligent terminals 5, 5 'to the athletic competition system.

[0044]在图1中,用户A和用户B分别与运动采集子系统2、2'以及智能终端5,5'相关联。 [0044] In Figure 1, user A and user B are motion subsystem 2, 2 'and intelligent terminals 5 and 5' associated with the acquisition. 在用户A和用户B进行运动或运动竞赛时,运动采集子系统2、2'分别将用户A和用户B的表现数据、环境数据、运动类型和运动规格等数据通过网络传输到数据处理子系统。 When exercise or athletic competition in user A and user B, the motion capture subsystem 2, 2 ', respectively, user A and user B performance data, environmental data, motion type and motion specifications data transferred to the data processing subsystem over the network .

[0045]其中,运动表现数据包括运动成绩,如跳高的高度、跳远的距离,以及相关的生理数据,如体温、血压、呼吸频率等。 [0045] wherein the athletic performance data include athletic performance, such as the height of the high jump, long jump distance, and the associated physiological data, such as body temperature, blood pressure, breathing rate and the like.

[0046]环境数据例如是:地点、温度、湿度、风向、风速等。 [0046] Environmental data, for example: location, temperature, humidity, wind direction, wind speed.

[0047]运动类型例如是:赛跑、竞走、游泳等。 [0047] The type of motion, for example: running, walking, swimming.

[0048] 运动规格数据例如是:1000米(跑),2000米(跑),5公里(竞走),10公里(竞走)等。 [0048] The motion data, for example, specification: 1000 m (run), 2000 meters (ran), 5 km (race walking), 10 km (race walking) and the like.

[0049]在本实施例中,各个传感器所采集的数据也可以先传输到智能终端,然后由智能终端5、5 '上传到数据处理子系统。 [0049] In the present embodiment, each of the sensor data may be acquired before transmission to the intelligent terminal, and then uploaded by the intelligent terminals 5, 5 'to the data processing subsystem.

[0050]同时,用户也可以通过智能终端与数据处理子系统进行交互,例如可以对运动类型和运动地点进行设定,或对其他的相关数据进行补充和修改。 [0050] Meanwhile, the intelligent terminal user can also interact with the data processing subsystem, for example, can set the motion type and motion locations, modify or supplement and other related data.

[0051]而且,可以从其他系统将用户的运动数据导入到本数据处理子系统中。 [0051] Further, another system may be introduced from the motion of the user data to the data processing subsystem of the present.

[0052]在一个实施例中,用户A和用户B爱好跑步,用户A位于北京,经常在奥林匹克公园进行跑步运动;用户B位于上海,经常在浦东体育馆中跑步。 [0052] In one embodiment, user A and user B is interested in running, the user A is located in Beijing, often running exercise at the Olympic Park; user B is located in Shanghai, Pudong, often running in the stadium. 他们每次进行跑步运动时,都会通过数据采集子系统采集相关数据,并传输到数据处理子系统中。 Each time the running exercise them, are collected by the data acquisition subsystem data, and transmitted to data processing subsystem.

[0053]数据处理子系统一方面完成上述数据的存储,另一方面,更重要的是,数据处理子系统需要利用这些数据建立两个模型,即用户的运动成绩模型和运动表现模型。 [0053] In one aspect the completion of data processing subsystem for storing the data, on the other hand, more importantly, data processing subsystem need to use these data to create two models, namely the user's athletic performance and sports performance model model.

[0054]其中,运动成绩模型是依据所存储的数据为各个参与者构建出的运动成绩与运动类型、运动规格以及环境数据之间的关系模型; [0054] wherein the athletic performance model is a model of the relationship between the athletic performance and exercise type, size and environmental data movement constructed for each participant based on the stored data;

[0055]运动表现模型是依据所存储的数据为各个参与者构建出的运动表现与运动类型、运动规格以及环境数据之间的关系模型。 [0055] athletic performance model is based on the relationship between the data model stored for each participant to construct athletic performance and exercise type, exercise specifications and environmental data.

[0056]可以采用多种成熟的方法来建立上述模型,如采用线性回归法,最小二乘法拟合等。 [0056] more sophisticated methods may be employed to establish the above model, such as linear regression, least squares fitting the like.

[0057]在一个实施例中,数据处理子系统对上述用户A和用户B的相关数据进行线性回归后,分别得到了他们的跑步运动成绩的模型和运动表现模型。 After [0057] In one embodiment, the data processing subsystem of the relevant data of the user A and user B is linear regression models were obtained and their athletic performance model running sports performance.

[0058]在建立了上述模型后,评价子系统即可利用上述模型实现运动竞赛参与者之间的差异弥合,从而使得存在时间、地点、运动水平等各种差异的人之间能够开展运动竞赛。 Competition between a person to carry out the motion [0058] After establishing the above model, the model evaluation subsystem can be implemented using the difference between the bridge athletic competition participants, so that the various time differences, location, activity level and other .

[0059] 在一个实施例中,上述用户A和用户B约定,用户A某天上午在北京奥林匹克公园,用户B某天下午在上海在浦东体育馆,利用本发明所述运动支持系统进行一次1000米的跑步比赛,并分别通过智能终端5,5'将上述信息输入到了本发明所述的运动支持系统。 [0059] In one embodiment, user A and user B above conventions, the user A in the morning one day Beijing Olympic Park, the user B in one afternoon Pudong Shanghai Stadium, with the present invention, the movement support system for a 1,000 m running game, and the intelligent terminal respectively 5 and 5 'to the information input to the movement support system of the present invention.

[0000]评价子系统收到上述竞赛信息后,需要为拟进行的运动竞赛建立评价模型,具体过程如下: [0000] Upon receiving the above evaluation subsystem play information, the need for athletic competition model evaluation to be carried out, the specific process is as follows:

[0061]首先利用用户A和用户B的跑步运动成绩模型算出用户A在上述条件下跑完1000米用时为4分30秒。 [0061] Firstly, a user A and user B calculates the model running athletic performance when user A finish of 1000 m with 4 minutes and 30 seconds under the above conditions. 用户B在上述条件下跑完1000米用时为4分7秒。 User B finish with 1,000 m under the above conditions was 4 minutes 7 seconds. 显然,按照通常的竞赛评价规则,用户A胜出的概率较小,因而双方会因此而很难进行该项比赛。 Apparently, according to the usual rules of competition evaluated the probability of the user A win is small, so the two sides will therefore be difficult to proceed with the game. 为了能对用户A和用户B的运行竞赛进行有效评价,即使得其胜负概率接近50%。 In order to effectively evaluate the operation of the user A and user B competition, even if the probability of obtaining the outcome of close to 50%. 评价子系统需要建立可弥补用户A和用户B竞赛差异的竞赛评价关系,例如,给用户B的运动成绩加上23秒,形成差点运动成绩,然后以该差点运动成绩进行竞赛的运动评判。 Competition evaluation subsystem need to establish user evaluation A relationship may compensate for differences in race and user B, for example, the athletic performance user B to add 23 seconds to form almost athletic performance, and then the movement to judge competition athletic performance handicap.

[0062]在之后的运动竞赛中,如果用户A在所约定的某天上午北京奥林匹克公园跑完1000米的成绩是4分29秒,而用户B在所约定的某天下午上海浦东体育馆跑完1000米的成绩是4分10秒,评价子系统计算其差点运动成绩应该是:4分10秒+23秒=4分33秒,因而判定用户A胜出。 [0062] In athletic competition after, if the user A in the agreed day morning Beijing Olympic Park to finish the 1000 meters score is 4 minutes and 29 seconds, and the user B to finish in the agreed one afternoon Shanghai Pudong Stadium 1000 meters score is 4 minutes and 10 seconds, handicap calculated evaluation subsystem athletic performance should be: 4 minutes 10 seconds + 23 seconds = 4 minutes and 33 seconds, and therefore determines that the user a wins.

[0063]在另外一个实施例中,评价子系统为了建立可弥补用户A和用户B竞赛差异,采用的是比值运动成绩来做运动评判,即,采用实际运动成绩与模型运动成绩的比值作为胜负评判的依据,具体而言,用户A的比值运动成绩是:4分29秒/4分30秒;用户B的比值运动成绩是:4分10秒/4分7秒;因而也可以判定用户A胜出。 [0063] In a further embodiment, in order to establish the evaluation subsystem can compensate for differences in user A and user B competition, using the athletic performance ratio for exercise judgment, i.e., using the ratio of the actual athletic performance as an athletic performance model wins based negative judgment, specifically, the ratio of the athletic performance of the user a is: 4 minutes 29 seconds / 4 min 30 sec; ratio of athletic performance of the user B is: 4 minutes 10 seconds / 4 minutes 7 seconds; thus also be determined that the user A win.

[0064]为了增加运动竞赛的趣味性,可以依据比赛的成绩给参与者某些方式的奖励。 [0064] In order to increase the fun of athletic competition, can in some way to reward players based on the results of the game. 该奖励可以是实物,也可以是虚拟物品。 The reward can be a physical, or virtual goods. 例如,双方可以约定胜出的人会得到一双有对方付款的运动鞋。 For example, the parties may agree winner will get a pair of people who have other payment sneakers. 由于现在电子商务成熟,上述约定是很容易实现的。 Now that e-commerce maturity of the agreement is very easy to achieve. 虚拟物品可以是积分,用户等级等。 Virtual goods can be integral, user level and so on.

[0065]由于上述运动竞赛发生在不同地点,为了保证竞赛的真实性,可能需要对比赛进行监督。 [0065] As the above-mentioned sports competitions take place in different locations, in order to ensure the authenticity of the race, the race may need to be supervised.

[0066]在一个实施例中,该监督是由其他人来完成的,并且通过将监督者的奖励和惩罚与对手绑定,进一步保证竞赛的真实性。 [0066] In one embodiment, the supervision is done by others, and supervisor of reward and punishment with their rivals by binding to further ensure the authenticity of the contest. 具体地,用户C监督用户A,用户D监督用户B,用户B的胜出那么用户C可以得到奖励,用于A胜出那么用户D得到奖励。 Specifically, the user C supervising user A, user B, user D supervision, the winning user B the user C receive a reward for winning the user A D rewarded.

[0067]本系统也可以支持团队之间的竞赛,例如用户A和用户C可以组成一个团队,与只有一个用户B的团队进行比赛。 [0067] The system can also support competition between teams, for example, user A and user C may be a team, a team only compete with user B's. 其中的不同点仅仅是需要处理的是团队的成绩,例如以团队成绩的平均值作为评判依据。 Where the difference is only need to deal with is the team's performance, for example, the average team score as the basis for evaluation.

[0068]在一个实施例中,以用户A和用户C的运动成绩的平均值加上用户A和用户C的模型运动成绩的平均值与用户B的模型运动成绩的差作为团队的差点运动成绩。 [0068] In one embodiment, an average value of the athletic performance of users A and C plus model athletic performance user A and user C of a moving average of the model and the user B as a difference score for team sports performance handicap .

[0069]本系统还可以支持多方竞赛,例如在上述比赛中位于广州的用户C也可以参加比赛,其处理过程与对用户A和用户B的处理相类似。 [0069] The system may also support multi-race, for example, a user located in the above-described C may also participate in the competition game, its processing and processing for the user A and user B are similar.

[0070]显然,在上述运动竞赛进行之前,系统可以根据所建立的模型对竞赛的结果进行预测并为用户给出适当的建议。 [0070] Clearly, the above-described prior for sports competition, the system can be predicted in accordance with the established model of the competition results and gives users the appropriate recommendations.

[0071] 而且,由于建立了用户表现模型,因而可以对用户的表现进行预测,进而可以为用户给出更深层次的建议。 [0071] Moreover, since the establishment of the user's performance model, which can predict the user's performance, in turn, can give users a deeper level of advice.

[0072]在另一个实施例中,系统将对于上述竞赛信息推荐给相关的人群,相关的用户也可以通过本系统对该项比赛进行关注,即“围观”。 [0072] embodiment, the user will be related to said play information may be recommended to relevant populations, through the competition of the system concerned, i.e., "crowd" in another embodiment.

[0073]同时,系统也可以依据用户的运动水平和运动偏好为用户推荐合适的比赛对手。 [0073] Meanwhile, the system also can provide users recommend suitable opponent according to the user's activity level and exercise preferences.

[0074]上面以具体实施例对本发明进行了说明,但本发明的保护范围由权利要求所限定,并且对权利要求中所有的技术方案所进行的,对于本领域技术人员来讲显而易见的变更、修改、组合以及等效替换所得的技术方案都落入到本发明的保护范围内。 [0074] The above In particular embodiments of the present invention has been described, but the scope of the invention defined by the claims, and the claims of all the technical solutions carried out, the skilled person speaking with obvious alterations, modifications, and alterations resulting combination of equivalents to fall within the scope of the present invention.

Claims (27)

1.一种基于互联网的运动竞赛支持系统,该系统包括通过互联网相互连接的数据采集子系统、数据处理子系统、评价子系统以及用户交互设备;其特征在于, 所述数据采集子系统用于采集运动和竞赛过程中的各项相关数据; 所述数据处理子系统利用数据采集子系统采集的数据及其它相关数据构建起各个参与者的运动竞赛模型; 所述评价子系统依据具体的运动竞赛的相关数据和不同参与者的运动竞赛模型构建出评价模型; 所述用户交互设备用于完成用户与运动竞赛支持系统进行人机交互; 在具体的运动竞赛中,所述竞赛支持系统通过数据采集子系统采集相关数据,并利用所述评价子系统建立的评价模型,对存在时间、地点、运动水平、运动规格、或者甚至是运动类型差异的运动竞赛数据进行有效的评价。 An Internet-based support system athletic competition, the system comprising mutually connected via the Internet data acquisition subsystem, a data processing subsystem, and a user interaction device evaluation subsystem; wherein said data acquisition subsystem for the relevant data collected during sports and games; said data processing subsystem using the data acquisition subsystem data and other relevant data collection and build models for the respective athletic competition participants; evaluation subsystem based on the specific athletic competition sports competition model data and different actors constructed evaluation model; the user interaction with a user equipment for performing athletic competition support interactive systems; in particular sports competitions, the competition data acquisition support system data acquisition subsystem, and using the evaluation model evaluation subsystem established the existence of time, place, horizontal motion, motion specification, a sports competition, or even the type of motion data differences for effective evaluation.
2.如权利要求1所述的运动竞赛支持系统,其特征在于,所述数据采集子系统包括采集参与者运动成绩的传感器、采集运动者表现数据的传感器、采集相关环境数据的传感器、采集运动类型和运动规格的设备,以及可以将上述采集的数据传输到网络的网络设备。 2. The support claimed in athletic competition motion capture system according to claim 1, wherein said data acquisition subsystem includes a collection of participants athletic performance sensors, collecting sensor data of the athlete's performance, sensor-related environmental data acquisition, the type and size of device motion, and can transmit data collected by the above-described network device to the network.
3.如权利要求2所述的运动竞赛支持系统,其特征在于,参与者可以通过交互设备对所述数据采集子系统所采集的某些数据进行补充和修正。 Athletic competition support system according to claim 2, wherein some of the participant data acquisition subsystem data may be acquired by the interaction device to supplement and correction.
4.如权利要求1所述的运动竞赛支持系统,其特征在于,所述数据处理子系统可以接收和存储由采集子系统采集的数据,也可以接收和存储由其他系统导入的数据。 4. A support system according to the athletic competition claimed in claim 1, wherein said data processing subsystem may receive and store data collected by the acquisition subsystem, may also receive and store data imported from other systems.
5.如权利要求1所述的运动竞赛支持系统,其特征在于,所述数据处理子系统包括数据存储组件、模型构建组件;其中, 数据存储组件用于存储采集子系统所采集的当前数据和历史数据; 模型构建组件用于建立各个参与者的运动成绩模型和运动表现模型,其中, 运动成绩模型是依据所存储的数据为各个参与者构建出的运动成绩与运动类型、运动规格以及环境数据之间的关系模型; 运动表现模型是依据所存储的数据为各个参与者构建出的运动表现与运动类型、运动规格以及环境数据之间的关系模型。 5. A support system according to the athletic competition claimed in claim 1, wherein said data processing subsystem includes a data storage component, model construction component; wherein the data storage component for storing the current data acquisition subsystem and collected historical data; to build the type of athletic performance and exercise, exercise, and environmental specifications data components used to build athletic performance model various participants and athletic performance model, where athletic performance model is based on the stored data for each participant build a model relationship model; athletic performance model is a model of the relationship between the data stored in accordance with the various participants to build athletic performance and exercise type, exercise specifications and environmental data.
6.如权利要求5所述的运动竞赛支持系统,其特征在于,所述运动成绩模型为利用历史数据建立的参与者的运动成绩数据与运动类型、运动规格以及环境数据之间的线性回归模型。 6. The support system 5 of the sports competition claim, wherein the linear regression model between the motion of the motion model performance to historical data of the participant's motion and performance data type, size and environmental data movement .
7.如权利要求5所述的运动竞赛支持系统,其特征在于,所述运动表现模型为利用历史数据建立的参与者的运动表现数据与运动类型、运动规格以及环境数据之间的线性回归模型。 7. The athletic competition support system according to claim 5, characterized in that the linear regression model between the motion of the athletic performance model data utilizing historical performance data and motion participant type, environmental data specifications and motion .
8.如权利要求1所述的运动竞赛支持系统,其特征在于,所述评价子系统以拟进行的运动竞赛的运动类型、运动规格以及环境数据为参数,通过参与者的运动成绩模型求解出其在该运动竞赛中的模拟成绩;并通过该模拟成绩设定可弥补竞赛差异的竞赛评价关系,来实现在不同的运动水平的各个参与者在不同地点、不同运动环境、甚至是不同的运动规格、不同的运动类型下对竞赛胜负的有效评价。 8. A support system according to the athletic competition claimed in claim 1, characterized in that said evaluation of motion subsystem athletic competition contemplated type, size and environmental data for the motion parameters, the model is solved by the participants in athletic performance the analog results in the sports competition; and by setting the simulation results can compensate for differences in race competition evaluation of the relationship, to achieve different levels of movement of the various participants in different locations, different sports environment, and even different sports specifications, effective evaluation of the race between the different types of motion.
9.如权利要求1所述的运动竞赛支持系统,其特征在于,所述有效评价是指在该评价下参与者胜负概率接近50 %。 9. A support system according to the athletic competition claimed in claim 1, wherein said effective evaluation refers to a participant in the evaluation of the probability of winning close to 50%.
10.如权利要求8所述的运动竞赛支持系统,其特征在于,当运动竞赛参与者为两人时,所述可弥补竞赛差异的竞赛评价关系为差点关系:即将参与者之一的表现数据增加其模型表现数据与另一参与者的模型表现数据的差,形成差点修正运动成绩,然后以该差点修正运动成绩做竞赛胜负的有效评价。 One participant data coming performance: 10 athletic competition support system according to claim 8, wherein, when the two participants in athletic competition, can make up for the contest to evaluate the relationship between the competition difference relationship handicap increase its difference model performance model performance data with another participant data to form an effective evaluation of athletic performance handicap correction, then the correction athletic performance handicap race with victory.
11.如权利要求8所述的运动竞赛支持系统,其特征在于,当运动竞赛参与者为两个团队时,所述可弥补竞赛差异的竞赛评价关系为差点关系:即将每个团队的平均运动成绩增加其平均模型运动成绩与另一团队的平均模型运动成绩的差,形成差点修正运动成绩,然后以该差点修正运动成绩进行竞赛胜负的有效评价。 11. The support system according to the athletic competition claimed in claim 8, wherein, when the two participants in team sports competition, can make up for the contest to evaluate the relationship between the competition handicap difference relationship: average motion of each team is about the average score increased athletic performance model with another team of athletic performance difference between the average model, effectively evaluate athletic performance handicap correction, then the correction handicap the outcome of athletic performance to compete form.
12.如权利要求8所述的运动竞赛支持系统,其特征在于,所述可弥补竞赛差异的竞赛评价关系为比值关系:即求每个参与者的运动成绩与其模型运动成绩的比值,形成比值修正运动成绩,然后以该比值修正运动成绩进行竞赛胜负的有效评价。 12. The support system according to the athletic competition claimed in claim 8, characterized in that, to make up for the contest can evaluate the relationship is a ratio of a difference in competition: the ratio of each participant the athletic performance model their sports performance requirements i.e., a ratio is formed effective performance evaluation correction movement, and then the race between the correction to the sports performance ratio.
13.如权利要求1所述的运动竞赛支持系统,其特征在于,所述的运动竞赛有如下类型:两个参与者作为两方竞赛;各有多个参与者的两方竞赛;各有一个参与者的多方竞赛;各有多个参与者的多方竞赛;以及两方都是同一参与者的两方竞赛;多方都是同一参与者的多方竞赛。 13. The support system according to the athletic competition claimed in claim 1, wherein said athletic competition following types: two as both competition participants; both have a plurality of race participants; have a multi competition participants; each have a plurality of multi-race participants; and the two parties are both of the same race participants; a multi-party multi-race participants of the same.
14.如权利要求1所述的运动竞赛支持系统,其特征在于,所述评价子系统会对参与者进行有效评价,并且所述有效评价结果会引发事先约定的行为。 14. The support system according to the athletic competition claimed in claim 1, wherein said evaluation subsystem participants will effectively evaluated, and the evaluation results will lead to the effective pre-agreed behavior.
15.如权利要求14所述的运动竞赛支持系统,其特征在于,所引发的事先约定的行为是对参与者进行奖励。 15. The support system according to the athletic competition claimed in claim 14, wherein the pre-agreed behavior is caused by participants award.
16.如权利要求15所述的运动竞赛支持系统,其特征在于,所述奖励是实物或网络虚拟物品。 16. The support system according to the athletic competition claimed in claim 15, wherein the reward is a physical or virtual network article.
17.如权利要求14所述的运动竞赛支持系统,其特征在于,所述评价子系统设置有监督机制。 17. The support system according to the athletic competition claim 14, wherein said evaluation subsystem provided with a monitoring mechanism.
18.如权利要求17所述的运动竞赛支持系统,其特征在于,所述监督机制是由特定的监督人来执行。 18. The support system according to the athletic competition claimed in claim 17, wherein the monitoring mechanism is performed by a particular supervisor.
19.如权利要求18所述的运动竞赛支持系统,其特征在于,在所述评价子系统中,还会对所述监督人进行评价,并且通过将所述评价与某特定对象绑定来保证竞赛的公正。 19. The support system according to the athletic competition claimed in claim 18, wherein, in the evaluation subsystem, also evaluated the supervisor, and by the evaluation and a specific object bound to guarantee competition fair.
20.如权利要求18所述的运动竞赛支持系统,其特征在于,所述监督人的评价所绑定的特定对象是竞赛中被监督方的对手。 Athletic competition support system of claim 18 as claimed in claim 20, wherein said supervising object person specific binding was evaluated in competition opponent party to be supervised.
21.如权利要求1所述的运动竞赛支持系统,其特征在于,所述系统进一步包括分享和传播子系统,该子系统利用网络将运动竞赛的数据分享和传播给未参与该运动竞赛的人群。 21. The support system according to the athletic competition claimed in claim 1, characterized in that the system further comprises a sharing and communication subsystem that people use the Internet to share data and to spread the athletic competition does not participate in the sports event .
22.如权利要求1所述的运动竞赛支持系统,其特征在于,所述互联网是移动互联网。 The athletic competition 1 22. The support system as claimed in claim, wherein the mobile Internet is the Internet.
23.如权利要求1所述的运动竞赛支持系统,其特征在于,所述运动竞赛支持系统可以与智能终端进行交互:数据子采集系统可以将采集的数据传输到智能终端上暂时存放;智能终端可以将暂时存放的数据上传到数据处理子系统;评价子系统可以将评价信息推送到智能终端。 23. The support system according to the athletic competition claimed in claim 1, wherein the athletic competition support system may interact with the intelligent terminal: transmitting the data acquisition sub-system can be collected to temporarily store the intelligent terminal; intelligent terminal temporarily stored data can be uploaded to the data processing subsystem; evaluation of the evaluation subsystem may push the information to the intelligent terminal.
24.如权利要求1所述的运动竞赛支持系统,其特征在于,所述用户交互设备是智能终端。 The athletic competition 1 24. The support system as claimed in claim, wherein the user interaction device is a smart terminal.
25.如权利要求1所述的运动竞赛支持系统,其特征在于,所述系统还包括运动竞赛匹配和推荐子系统,即,以运动类型、运动场地、参与者、用户运动记录有关的数据为基础匹配出最佳对手,并推荐给相应的用户。 25. The support system according to the athletic competition claimed in claim 1, characterized in that the system further comprises a recommendation and the athletic competition matching subsystem, i.e., data relating to the type of movement, sports venues, the participants, the user's motion is recorded the basis of matching the best opponents, and recommend to the appropriate users.
26.如权利要求1所述的运动竞赛支持系统,其特征在于,所述评价子系统还能针对拟进行的运动竞赛,依据由运动类型、运动规格以及环境数据和为该运动竞赛建立的评价模型做出竞赛结果预测。 26. The support system according to the athletic competition claimed in claim 1, wherein said evaluation evaluation subsystem also contemplated for athletic competition, according to established by the type of motion, the motion specifications and environmental data for athletic competition and model making contest results to predict.
27.如权利要求5所述的运动竞赛支持系统,其特征在于,所述评价子系统系统可以针对拟进行的运动竞赛,依据由运动类型、运动规格以及环境数据和为参与者建议的运动表现模型,预测出参与者的运动表现,并为该参与者给出运动建议。 27. The athletic competition support system according to claim 5, wherein said evaluation subsystem athletic competition system may be intended for, based on the motion type, and motion specifications and environmental data for participants in athletic performance recommendations model to predict the performance of a sports participants, and gives recommendations for sports participants.
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