CN114679455A - Distributed cloud service system - Google Patents
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- CN114679455A CN114679455A CN202210308774.5A CN202210308774A CN114679455A CN 114679455 A CN114679455 A CN 114679455A CN 202210308774 A CN202210308774 A CN 202210308774A CN 114679455 A CN114679455 A CN 114679455A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04L67/00—Network arrangements or protocols for supporting network services or applications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
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- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
Abstract
The invention relates to a distributed cloud service system, comprising: the data analysis equipment is used for judging whether the final-stage collected image is a standard collected image; the proportion judging device is used for outputting the quantity proportion occupied by the standard collected images in each final-stage collected image as the standard posture proportion; the weight adjusting device is connected with the proportion judging device and is used for determining the scoring weight which is in direct proportion to the standard-reaching attitude proportion; different cloud service nodes are respectively adopted to realize a primary acquisition device, a secondary acquisition device, a final acquisition device, data analysis equipment and proportion judgment equipment. According to the invention, on the basis of realizing key devices of the system by adopting different cloud service nodes, the actual scores of the set of actions are correspondingly reduced on the full-scale numerical value of the set of actions according to the times of posture matching of two persons of a double-person skating player in the set of actions, so that the effective replacement of rough manual scoring is realized.
Description
Technical Field
The invention relates to the field of cloud computing services, in particular to a distributed cloud service system.
Background
In recent years, cloud computing is becoming a strategic focus of development of information technology industries, and information technology enterprises around the world are transformed into cloud computing in disputes. For example, each company needs to perform data informatization, store related operation data, perform product management, personnel management, financial management, and the like, and the basic device for performing data management is a computer. Currently, cloud computing is commonly used in various application fields, but an effective solution mechanism is not available for some segment fields. For example, in a double skating arena, when a player selects a certain set of sports to play a game, the matching degree of the two player shape shows during the game directly determines the scoring effect on the selected set of sports. At present, the scoring operation is basically performed manually by relying on the naked eyes of a referee, and the scoring precision of the scoring operation cannot meet the requirements of the current referee.
Disclosure of Invention
In order to solve the technical problems in the related field, the invention provides a distributed cloud service system which can perform corresponding amplitude down-regulation on the full score value of a set of actions according to the number of times of posture matching of two persons of a double skating athlete in the set of actions on the basis of realizing key devices of the system by adopting different cloud service nodes, so that the difficulty of scoring the double skating is solved.
According to an aspect of the present invention, there is provided a distributed cloud service system, including:
the first detection device is arranged on a double-person skating real site and used for sending a first detection instruction when preset match accompaniment music content exists in audio signals acquired on the site;
the second detection device is connected with the first detection device, is arranged adjacent to the first detection device, and is used for judging the playing volume of preset accompaniment music content in the audio signals collected on site when receiving the first detection instruction so as to send a third detection instruction when the average volume exceeds a set volume threshold;
the signal capturing device is arranged on the double-person skating field, is connected with the second detecting device and is used for performing side image signal capturing operation on the double-person skating field when receiving a third detecting instruction so as to obtain field side images corresponding to all time points respectively;
the first-stage acquisition device is connected with the signal capture device and used for executing guide filtering action on the received site side image so as to obtain a corresponding first-stage acquisition image;
the secondary acquisition device is connected with the primary acquisition device and is used for executing bicubic interpolation action on the received primary acquired image so as to obtain a corresponding secondary acquired image;
a final-stage acquisition device connected with the secondary acquisition device and used for executing contrast enhancement action and white noise elimination action on the received secondary acquired image so as to obtain a corresponding final-stage acquired image;
the data analysis equipment is connected with the last-stage acquisition device and is used for acquiring each last-stage acquired image corresponding to each field side image respectively, analyzing the edge matching degree of the areas where the two human body objects with the largest area in the last-stage acquired image respectively correspond to the objects, and taking the last-stage acquired image with the corresponding edge matching degree larger than a set percentage threshold value as a standard acquired image;
the proportion judgment device is connected with the data analysis device and used for outputting the quantity proportion occupied by the standard collected images in each final-stage collected image as the standard posture proportion;
the weight adjusting device is connected with the proportion judging device and is used for determining the scoring weight which is in direct proportion to the standard-reaching attitude proportion;
the primary acquisition device, the secondary acquisition device, the final acquisition device, the data analysis device and the proportion judgment device are respectively realized by adopting different cloud service nodes.
The invention has the following two beneficial technical effects:
determining the down-regulation amplitude of the full score value of the action set based on the occupation ratio of the collected pictures with two posture matching in the action set of the player to all the collected pictures in the double-person skating real field, wherein the more the occupation ratio is, the smaller the down-regulation amplitude of the full score value of the action set is;
when preset match accompaniment music content exists in the double-person skating live site and the average volume exceeds the limit, triggering to acquire the picture of the double-person skating live site, and otherwise finishing acquiring the picture of the double-person skating live site, thereby providing key information for the picture acquisition time.
Drawings
Embodiments of the invention will now be described with reference to the accompanying drawings, in which:
fig. 1 is a schematic structural diagram of a distributed cloud service system according to an embodiment of the present invention.
Detailed Description
Embodiments of the distributed cloud service system according to the present invention will be described in detail below with reference to the accompanying drawings.
Double-person skating is a flower-like skating match, and male and female perform together, and pay attention to the coordination of actions. The double-person skating match or performance not only has all single-person skating actions, but also comprises some typical double-person actions, such as lifting, twisting lifting, double-person rotation, spiral line, throwing jumping and the like. Currently, cloud computing is commonly used in various application fields, but an effective solution mechanism is not available for some segment fields. For example, in a double skating live scene, when a player selects a certain set of actions to play a game, the matching degree of the appearance displays of two players during the game directly determines the scoring effect on the selected set of actions. At present, the scoring operation is basically performed manually by relying on the naked eyes of a referee, and the scoring precision of the scoring operation cannot meet the requirements of the current referee.
In order to overcome the defects, the invention builds a distributed cloud service system, and can effectively solve the corresponding technical problem.
The invention has the following two beneficial technical effects:
determining the down-regulation amplitude of the full score value of the action set based on the occupation ratio of the collected pictures with two posture matching in the action set of the player to all the collected pictures in the double-person skating real field, wherein the more the occupation ratio is, the smaller the down-regulation amplitude of the full score value of the action set is;
when preset match accompaniment music content exists in the double-person skating live site and the average volume exceeds the limit, triggering to acquire the picture of the double-person skating live site, and otherwise finishing acquiring the picture of the double-person skating live site, thereby providing key information for the picture acquisition time.
Fig. 1 is a schematic structural diagram of a distributed cloud service system according to an embodiment of the present invention, where the system includes:
the first detection device is arranged on a double-person skating real site and used for sending a first detection instruction when preset match accompaniment music content exists in audio signals acquired on the site;
the second detection device is connected with the first detection device, is arranged adjacent to the first detection device, and is used for judging the playing volume of preset accompaniment music content in the audio signals collected on site when receiving the first detection instruction so as to send a third detection instruction when the average volume exceeds a set volume threshold;
the signal capturing device is arranged on the double-person skating field, is connected with the second detecting device and is used for performing side image signal capturing operation on the double-person skating field when receiving a third detecting instruction so as to obtain field side images corresponding to all time points respectively;
the first-stage acquisition device is connected with the signal capture device and used for executing guide filtering action on the received site side image so as to obtain a corresponding first-stage acquisition image;
the secondary acquisition device is connected with the primary acquisition device and is used for executing bicubic interpolation action on the received primary acquired image so as to obtain a corresponding secondary acquired image;
a final acquisition device connected to the secondary acquisition device for performing a contrast enhancement action and a white noise removal action on the received secondary acquired image to obtain a corresponding final acquired image;
the data analysis equipment is connected with the last-stage acquisition device and is used for acquiring each last-stage acquired image corresponding to each field side image respectively, analyzing the edge matching degree of the areas where the two human body objects with the largest area in the last-stage acquired image respectively correspond to the objects, and taking the last-stage acquired image with the corresponding edge matching degree larger than a set percentage threshold value as a standard acquired image;
the proportion judging device is connected with the data analyzing device and used for outputting the number proportion occupied by the standard acquired images in each final-stage acquired image as the standard attitude proportion;
the weight adjusting device is connected with the proportion judging device and is used for determining the scoring weight which is in direct proportion to the standard-reaching attitude proportion;
the primary acquisition device, the secondary acquisition device, the final acquisition device, the data analysis device and the proportion judgment device are respectively realized by adopting different cloud service nodes.
Next, the specific structure of the distributed cloud service system of the present invention is further described.
In the distributed cloud service system, the method further includes:
and the scoring analysis equipment is connected with the weight adjusting equipment and is used for multiplying the scoring weight by the full score value of the double-person skating set action so as to obtain a field scoring value of the double-person skating set action.
In the distributed cloud service system, the method further includes:
and the liquid crystal display screen is connected with the grading analysis equipment and is used for receiving and displaying the on-site grading value of the double-person skating book set action on site.
In the distributed cloud service system:
the method for performing the side image signal capturing operation on the double-person skating real site to obtain each site side image corresponding to each time point respectively comprises the following steps: the distance between every two time points of each time point on the time axis is equal.
In the distributed cloud service system:
the first detection device is also used for sending a second detection instruction when analyzing that no preset match accompaniment music content exists in the audio signals collected on site.
In the distributed cloud service system:
the second detection device is also used for sending a fourth detection instruction when the average volume does not exceed the set volume threshold.
In the distributed cloud service system:
the second detection device is further used for suspending judging the playing volume of preset game accompaniment music content existing in the audio signals collected on site when receiving the second detection instruction.
In the distributed cloud service system:
when the first detection instruction is received, the playing volume of preset game accompaniment music content existing in the audio signal collected on site is judged, and when the average volume exceeds a set volume threshold, a third detection instruction is sent out, wherein the third detection instruction comprises the following steps: the method comprises the steps of uniformly acquiring volume data of preset match accompaniment music content in audio signals acquired in a field in a time-sharing mode to obtain a plurality of volume values, and taking the volume value with the most frequent occurrence frequency in the volume values as average volume.
In the distributed cloud service system:
evenly carry out volume data collection to the audio signal that exists that the scene was gathered in timesharing to the preset match accompaniment music content that exists in order to obtain a plurality of volume numerical values, will appear the most frequent volume numerical value of frequency among a plurality of volume numerical values as average volume and include: the method comprises the steps of uniformly acquiring volume data of preset match accompaniment music content existing in audio signals acquired in the field in a time-sharing mode to obtain a plurality of volume values, removing the maximum value and the minimum value of the volume values to obtain the rest volume values, and taking the volume value with the most frequent occurrence frequency in the rest volume values as the average volume.
And in the distributed cloud service system:
the method comprises the following steps of uniformly acquiring volume data of preset match accompaniment music content existing in audio signals acquired in a field in a time-sharing mode to obtain a plurality of volume values, removing the maximum value and the minimum value in the plurality of volume values to obtain each remaining volume value, and taking the volume value with the most frequent occurrence frequency in each remaining volume value as average volume, wherein the volume data comprises the following steps: the method comprises the steps of uniformly acquiring volume data of preset match accompaniment music content existing in audio signals acquired in the field in a time-sharing mode to obtain a plurality of volume values, removing the maximum value of the preset number and the minimum value of the preset number in the plurality of volume values to obtain the rest volume values, and taking the volume value with the most frequent occurrence frequency in the rest volume values as the average volume.
In addition, in the distributed cloud service system, alternatively, when the first detection instruction is received, the determining the playing volume of the preset accompaniment music content of the match existing in the audio signal collected in the field so as to issue a third detection instruction when the average volume exceeds a set volume threshold includes: the method comprises the steps of uniformly carrying out volume data acquisition on preset match accompaniment music content in audio signals acquired on site in a time-sharing mode to obtain a plurality of volume values, and taking the arithmetic mean value of the volume values as the average volume.
By adopting the distributed cloud service system, the technical problem that each set of actions of double skating is difficult to accurately and automatically score in the prior art is solved, and on the basis of adopting different cloud service nodes to realize key devices of the system, the actual score of the set of actions is correspondingly reduced on the full score value of the set of actions according to the times of matching the postures of two people in one set of actions of double skating athletes, so that the rough manual scoring is effectively replaced.
Finally, by appropriately combining any of the various embodiments described above, the effects of each can be effectively exhibited.
Claims (10)
1. A distributed cloud service system, the system comprising:
the first detection device is arranged on a double-person skating real site and used for sending a first detection instruction when preset match accompaniment music content exists in audio signals collected on the site;
the second detection device is connected with the first detection device, is arranged adjacent to the first detection device, and is used for judging the playing volume of preset accompaniment music content in the audio signals collected on site when receiving the first detection instruction so as to send a third detection instruction when the average volume exceeds a set volume threshold;
the signal capturing device is arranged on the double-person skating field, is connected with the second detecting device and is used for performing side image signal capturing operation on the double-person skating field when receiving a third detecting instruction so as to obtain field side images corresponding to all time points respectively;
the first-stage acquisition device is connected with the signal capture device and used for executing guide filtering action on the received site side image so as to obtain a corresponding first-stage acquisition image;
the secondary acquisition device is connected with the primary acquisition device and is used for executing bicubic interpolation action on the received primary acquired image so as to obtain a corresponding secondary acquired image;
a final-stage acquisition device connected with the secondary acquisition device and used for executing contrast enhancement action and white noise elimination action on the received secondary acquired image so as to obtain a corresponding final-stage acquired image;
the data analysis equipment is connected with the last-stage acquisition device and is used for acquiring each last-stage acquired image corresponding to each field side image respectively, analyzing the edge matching degree of the areas where the two human body objects with the largest area in the last-stage acquired image respectively correspond to the objects, and taking the last-stage acquired image with the corresponding edge matching degree larger than a set percentage threshold value as a standard acquired image;
the proportion judgment device is connected with the data analysis device and used for outputting the quantity proportion occupied by the standard collected images in each final-stage collected image as the standard posture proportion;
the weight adjusting device is connected with the proportion judging device and is used for determining the scoring weight which is in direct proportion to the standard-reaching attitude proportion;
the primary acquisition device, the secondary acquisition device, the final acquisition device, the data analysis device and the proportion judgment device are respectively realized by adopting different cloud service nodes.
2. The distributed cloud service system of claim 1, wherein said system further comprises:
and the scoring analysis equipment is connected with the weight adjusting equipment and is used for multiplying the scoring weight by the full score value of the double-person skating set action so as to obtain a field scoring value of the double-person skating set action.
3. The distributed cloud service system of claim 2, wherein said system further comprises:
and the liquid crystal display screen is connected with the grading analysis equipment and is used for receiving and displaying the on-site grading value of the double-person skating book set action on site.
4. The distributed cloud service system of any of claims 1-3, wherein:
the method for performing the side image signal capturing operation on the double-person skating real site to obtain each site side image corresponding to each time point respectively comprises the following steps: the distance between every two time points of each time point on the time axis is equal.
5. The distributed cloud service system of any of claims 1-3, wherein:
the first detection device is also used for sending a second detection instruction when analyzing that no preset match accompaniment music content exists in the audio signals collected on site.
6. The distributed cloud service system of claim 5, wherein:
the second detection device is also used for sending a fourth detection instruction when the average volume does not exceed the set volume threshold.
7. The distributed cloud service system of claim 6, wherein:
the second detection device is further used for suspending judging the playing volume of preset game accompaniment music content existing in the audio signals collected on site when receiving the second detection instruction.
8. The distributed cloud service system of any of claims 1-3, wherein:
when the first detection instruction is received, the playing volume of preset game accompaniment music content existing in the audio signal collected on site is judged, and when the average volume exceeds a set volume threshold, a third detection instruction is sent out, wherein the third detection instruction comprises the following steps: the method comprises the steps of uniformly acquiring volume data of preset match accompaniment music content in audio signals acquired in a field in a time-sharing mode to obtain a plurality of volume values, and taking the volume value with the most frequent occurrence frequency in the volume values as average volume.
9. The distributed cloud service system of claim 8, wherein:
evenly carry out volume data collection to the audio signal that exists that the scene was gathered in timesharing to the preset match accompaniment music content that exists in order to obtain a plurality of volume numerical values, will appear the most frequent volume numerical value of frequency among a plurality of volume numerical values as average volume and include: the method comprises the steps of uniformly acquiring volume data of preset match accompaniment music content existing in audio signals acquired in the field in a time-sharing mode to obtain a plurality of volume values, removing the maximum value and the minimum value of the volume values to obtain the rest volume values, and taking the volume value with the most frequent occurrence frequency in the rest volume values as the average volume.
10. The distributed cloud service system of claim 9, wherein:
the method comprises the following steps of uniformly acquiring volume data of preset match accompaniment music content existing in audio signals acquired in a field in a time-sharing mode to obtain a plurality of volume values, removing the maximum value and the minimum value in the plurality of volume values to obtain each remaining volume value, and taking the volume value with the most frequent occurrence frequency in each remaining volume value as average volume, wherein the volume data comprises the following steps: the method comprises the steps of uniformly acquiring volume data of preset match accompaniment music content existing in audio signals acquired in the field in a time-sharing mode to obtain a plurality of volume values, removing the maximum value of the preset number and the minimum value of the preset number in the plurality of volume values to obtain the rest volume values, and taking the volume value with the most frequent occurrence frequency in the rest volume values as the average volume.
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