CN106095849A - Music method for pushing based on scene and music supplying system - Google Patents

Abstract

The invention discloses a scene-based music push method and a music push system, comprising: detecting the online behavior information of the user terminal every preset time length; acquiring the motion scene of the user terminal according to the online behavior information obtained twice consecutively ; According to the motion scene and the preset first correspondence table, inquire out the playback bit rate corresponding to the motion scene, the first correspondence table is recorded with different motion scenes and their corresponding playback bit rates; according to the query result to the described The client pushes the music with the corresponding playback bit rate. The technical solution of the present invention obtains the motion scene where the user terminal is located, and pushes music with different playback bit rates to the user terminal according to the different motion scenes, so that the user terminal can hear high-quality music in a low-speed motion scene, and Continuously played music can be heard in high-speed motion scenes, which effectively improves the user experience.

Description

Scene-based music push method and music push system

technical field

The invention relates to the field of communication technology, in particular to a scene-based music push method and a music push system.

Background technique

Currently, when a user listens to music online, the bit rate corresponding to the music is defaulted by the system or preset by the user, that is, the quality of the online music listened to by the user is fixed. This existing mode can only satisfy the user's experience in a static state, and the user's experience in a moving state is not good.

When the user is in a state of motion, as the user's location changes, the base station connected to the playback terminal (such as a mobile phone) will also switch. The buffering progress of the game may stagnate, resulting in stuck playback, which greatly reduces the user experience.

It can be seen from the above content that how to effectively improve the user's experience of listening to music online is a technical problem that needs to be solved urgently in this field.

Contents of the invention

The present invention provides a scene-based music push method and a music push system, aiming to solve one of the technical problems existing in the prior art.

In order to achieve the above object, the present invention provides a scene-based music push method, including:

Detecting the online behavior information of the user terminal every preset time length, the online behavior information includes: online location sub-information and online time sub-information;

Acquiring the motion scene of the user terminal according to the online behavior information obtained twice in a row;

According to the sports scene and the preset first correspondence table, query the playback bit rate corresponding to the sports scene, and the first correspondence table records different sports scenes and their corresponding playback bit rates;

According to the query result, the music with the corresponding playback bit rate is pushed to the client.

Optionally, the step of obtaining the motion scene of the user terminal according to the online behavior information obtained twice in succession includes:

calculating the movement speed of the user terminal according to the online behavior information obtained twice in a row;

The motion scene corresponding to the motion speed is queried according to the motion speed and a preset second correspondence table, where different motion speeds and corresponding motion scenes are recorded in the second correspondence table.

Optionally, the step of detecting the online behavior information of the client every preset time period includes:

Detecting the latest online record of the user terminal, and obtaining the access base station and the access time of the user terminal from the online record, and the access time is used as the Internet access information;

Acquiring the longitude and latitude corresponding to the access base station as sub-information of the user terminal's online location.

Optionally, the step of calculating the movement speed of the user terminal according to the online behavior information obtained twice in succession includes:

calculating the movement distance Distance of the user terminal according to the sub-information of the online location acquired twice in succession,

Distance＝R*arccos(C)*P

C=sin(Lat_A*P)*sin(Lat_B*P)+cos(Lat_A*P)*cos(Lat_B*P)*cos((MLon_A-MLon_B)*P)

Among them, R is the radius of the earth, P is a constant and the value is Lat_A is the longitude in the previously obtained sub-information of the online location, MLon_A is the latitude in the sub-information of the online location obtained previously, and Lat_B is the longitude in the sub-information of the online location obtained later , MLon_B is the latitude in the sub-information of the online location obtained last time;

Calculate the exercise time T of the user terminal according to the sub-information of the Internet access time acquired twice in a row,

T=Time_B-Time_A

Wherein, Time_A is the access time in the sub-information of the online time obtained last time, and Time_B is the access time in the sub-information of the online time obtained in the next time;

Calculate the movement speed of the user terminal according to the movement distance and movement time.

To achieve the above object, the present invention also provides a scene-based music push system, including:

The behavior detection module is used to detect the online behavior information of the user terminal every preset period of time, and the online behavior information includes: online location sub-information and online time sub-information;

A scene acquisition module, configured to acquire the sports scene of the client according to the online behavior information acquired twice in a row;

The bit rate query module is used to query the playback bit rate corresponding to the sports scene according to the sports scene and the preset first correspondence table, and the first correspondence table records different sports scenes and their The corresponding playback bit rate;

A music push module, configured to push music with a corresponding playback bit rate to the client according to the query result of the query module.

Optionally, the scene acquisition module includes:

a speed calculation unit, configured to calculate the movement speed of the user terminal according to the online behavior information obtained twice in a row;

The scene query unit is used to query the motion scene corresponding to the motion speed according to the motion speed and the preset second correspondence table, and the second correspondence table records different motion speeds and their corresponding sports scene.

Optionally, the behavior detection module includes:

The record detection unit is used to detect the latest online record of the user terminal, and obtain the access base station and the access time accessed by the user terminal from the online record, and the access time is used as the online sub information;

The location acquisition unit is configured to acquire the longitude and latitude corresponding to the access base station as sub-information of the online location of the user terminal.

Optionally, the speed calculation unit includes:

a distance calculation subunit, configured to calculate the moving distance Distance of the user terminal according to the online location sub-information obtained twice in succession,

Distance＝R*arccos(C)*P

C=sin(Lat_A*P)*sin(Lat_B*P)+cos(Lat_A*P)*cos(Lat_B*P)*cos((MLon_A-MLon_B)*P)

Among them, R is the radius of the earth, P is a constant and the value is Lat_A is the longitude in the previously obtained sub-information of the online location, MLon_A is the latitude in the sub-information of the online location obtained previously, and Lat_B is the longitude in the sub-information of the online location obtained later , MLon_B is the latitude in the sub-information of the online location obtained last time;

The time calculation subunit is used to calculate the user terminal exercise time T according to the sub-information of the Internet access time acquired twice in a row,

T=Time_B-Time_A

Wherein, Time_A is the access time in the sub-information of the online time obtained last time, and Time_B is the access time in the sub-information of the online time obtained in the next time;

The speed calculation subunit is used to calculate the movement speed of the user terminal according to the movement distance and movement time.

The present invention has the following beneficial effects:

The present invention provides a scene-based music push method and a music push system, comprising: detecting the online behavior information of the user end every preset time length, the online behavior information includes: online location sub-information and online time sub-information; according to two consecutive Obtain the sports scene where the user is located in the online behavior information obtained for the first time; according to the sports scene and the preset first correspondence table, query the playback bit rate corresponding to the sports scene, and the first correspondence table records different sports Scenes and their corresponding playback bit rates; push music with corresponding playback bit rates to the client according to the query results. The technical solution of the present invention obtains the motion scene where the user terminal is located, and pushes music with different playback bit rates to the user terminal according to the different motion scenes, so that the user terminal can hear high-quality music in a low-speed motion scene, and Continuously played music can be heard in high-speed motion scenes, which effectively improves the user experience.

Description of drawings

FIG. 1 is a flow chart of a scene-based music push method provided by Embodiment 1 of the present invention;

FIG. 2 is a schematic structural diagram of a scene-based music push system provided by Embodiment 2 of the present invention.

detailed description

In order for those skilled in the art to better understand the technical solutions of the present invention, a scene-based music push method and music push system provided by the present invention will be described in detail below in conjunction with the accompanying drawings.

Fig. 1 is a flow chart of a scene-based music push method provided by Embodiment 1 of the present invention, as shown in Fig. 1 , the scene-based music push method

Step 101: Detect the online behavior information of the user terminal every preset period of time.

When a user plays music online through a user terminal (such as a mobile phone), the user terminal will inevitably continuously generate Internet access records. In step 101, the user's surfing record is detected every preset period of time, and corresponding surfing behavior information is generated. The surfing behavior information includes: surfing location sub-information and surfing time sub-information. It should be noted that the preset duration can be adjusted accordingly according to actual needs.

Optionally, step 101 includes:

Step 1011: Detect the latest Internet access record of the user end, and obtain the access base station and the access time of the user end from the Internet access record, and the access time is used as the Internet sub information.

In step 1011, a newest Internet access record of the user end is obtained every preset time length, and the access base station and the access time of the user end are obtained from the Internet access record, wherein the obtained access time is used as online information

Step 1012: Obtain the longitude and latitude corresponding to the access base station as sub-information of the user terminal's online location.

In step 1012, the serial number of the access base station can be obtained from the Internet access record obtained in step 1011, and then the longitude and latitude of the corresponding access base station can be queried from the base station information query system, and the longitude and latitude of the queried longitude and The latitude is used as the sub-information of the online location.

Step 102: Obtain the sports scene of the user terminal according to the online behavior information acquired twice in a row.

In step 102, the sports scene where the user terminal is located may be judged based on the online behavior information acquired twice in a row.

Optionally, step 102 includes:

Step 1021: Calculate the movement speed of the user terminal according to the online behavior information acquired twice in a row.

Step 1021 specifically includes:

Step 1021a: Calculate the movement distance Distance of the user terminal according to the online location sub-information acquired twice in a row.

In step 1021, the moving distance Distance of the user terminal can be calculated according to the following formula:

Distance＝R*arccos(C)*P

C=sin(Lat_A*P)*sin(Lat_B*P)+cos(Lat_A*P)*cos(Lat_B*P)*cos((MLon_A-MLon_B)*P)

Among them, R is the radius of the earth, P is a constant and the value is Lat_A is the longitude in the previously obtained online location sub-information, MLon_A is the latitude in the previously obtained online location sub-information, Lat_B is the longitude in the later obtained online location sub-information, and MLon_B is the latter acquisition The latitude in the sub-information of the surfing location received.

Step 1021b: Calculate the exercise time T of the user terminal according to the access time sub-information acquired twice in succession.

In step 1021, the exercise time T of the user terminal can be calculated according to the following formula:

T=Time_B-Time_A

Wherein, Time_A is the access time obtained in the sub-information of the Internet access time in the previous time, and Time_B is the access time in the sub-information of the Internet access time obtained in the next time;

Step 1021c: Calculate the movement speed of the user terminal according to the movement distance and movement time.

In step 1021c, the moving speed V of the user terminal can be calculated according to the following formula:

V=Distance/T

Step 1022: According to the movement speed and the preset second correspondence table, query the movement scene corresponding to the movement speed. The second correspondence relation table records different movement speeds and their corresponding movement scenes.

In step 1022, a second correspondence table recording different motion speeds and corresponding motion scenes may be generated in advance based on actual experience. Table 2 is a second correspondence table provided in this embodiment, as shown in Table 1 below:

Table 1. The second correspondence table

Speed range (km/h) sports scene 0 stay put 1～12 walk 12～25 cycling/running 25～40 car 40～120 subway/highway 120～300 high speed rail 300 or more airplane

It should be noted that the division of 7 speed intervals and corresponding 7 motion scenes in the above second correspondence relationship is only an example, and will not limit the technical solution of the present invention. Those skilled in the art should know that the number and range of motion intervals and corresponding motion scenes can be changed according to actual needs.

Step 103: According to the sports scene and the preset first correspondence table, query the playback bit rate corresponding to the sports scene. The first correspondence table records different sports scenes and their corresponding playback bit rates.

In step 103, a corresponding playback bit rate may be pre-configured for each sports scene according to actual experience, and the corresponding relationship may be recorded in the first corresponding relationship table. Wherein, considering that the higher the playback bit rate is, the better the music quality is, and the higher the download buffering speed required by the corresponding client is. In order to ensure that the user end does not experience music playback freezes in high-speed motion scenes, it is necessary to make the playback bit rate corresponding to the high-speed motion scene in the first correspondence table smaller than the playback bit rate corresponding to the low-speed scene, that is, the motion scene The greater the corresponding motion speed, the lower the playback bit rate configured for the motion scene.

It should be noted that, in this embodiment, when designing the first correspondence table, a corresponding bit rate interval may also be configured for each motion scene according to actual experience, and the specific situation will not be described in detail here.

Step 104: According to the query result, the music with the corresponding playback bit rate is pushed to the user terminal.

In step 104, according to the query result in step 103, the music with the corresponding playback bit rate can be pushed to the user terminal. Specifically, when the user terminal is in a high-speed motion scene, it pushes and plays music with a lower bit rate to the user terminal. At this time, the user terminal may cause the download buffer speed to be slow due to frequent switching of base stations, but due to the corresponding music The playback bit rate is small, so the growth rate of the buffering progress of the online music on the client side can also meet the normal playback requirements, and at this time the client side will not appear stuck. When the user terminal is in a low-speed motion scene or is still, push and play music with a higher bit rate to the user terminal, and the user can enjoy high-quality music at this time.

Embodiment 1 of the present invention provides a music push method, by acquiring the motion scene where the user terminal is located, and pushing music with different playback bit rates to the user terminal according to the different motion scenes, so that the user terminal is in a low-speed motion scene. You can hear high-quality music, as well as continuously played music in high-speed sports scenes, which effectively improves the user experience.

Embodiment two

FIG. 2 is a schematic structural diagram of a scene-based music push system provided in Embodiment 2 of the present invention. As shown in FIG. 2 , the music push system is used to implement the music push method in Embodiment 1 above, and the music push system includes: Behavior detection module 1, scene acquisition module 2, bit rate query module 3 and music push module 4.

Wherein, the behavior detection module 1 is used to detect the online behavior information of the user end every preset time period, and the online behavior information includes: online location sub-information and online time sub-information. The scene acquisition module 2 is used to acquire the sports scene of the user terminal according to the online behavior information acquired twice in succession. The bit rate query module 3 is used to query the playback bit rate corresponding to the sports scene according to the sports scene and the preset first correspondence table. The first correspondence table records different sports scenes and their corresponding playback bit rates. The music push module 4 is used to push music with corresponding playback bit rate to the client according to the query result of the query module 3 .

It should be noted that the behavior detection module 1 in this embodiment is used to execute step 101 in the first embodiment above, the scene acquisition module 2 is used to execute step 102 in the first embodiment above, and the bit rate query module is used to execute step 3 In step 103 in the above-mentioned embodiment one, the music push module 4 is used to execute step 104 in the above-mentioned embodiment one. For the specific working process of each module in this embodiment, please refer to the corresponding description in the above-mentioned embodiment one. Let me repeat.

In this embodiment, optionally, the behavior detection module 1 includes: a record detection unit 11 and a location acquisition unit 12 . Wherein, the record detection unit 11 is used to detect the latest online record of the user terminal, and obtain the access base station and the access time of the user terminal from the online record, and the access time is used as the online sub information; the position acquisition unit 12 acquires The access base station accesses the corresponding longitude and latitude as sub-information of the online location of the user terminal.

It should be noted that the record detection unit 11 in this embodiment is used to execute step 1011 in the first embodiment above, and the location acquisition unit 12 is used to execute step 1012 in the first embodiment above. For the record detection unit 11 and the location acquisition For the specific working process of the unit 12, reference may be made to the corresponding description in the first embodiment above, and details are not repeated here.

Further optionally, the scene acquisition module 2 includes: a speed calculation unit 21 and a scene query unit 22 . Wherein, the speed calculation unit 21 is used to calculate the movement speed of the user terminal according to the online behavior information acquired twice in succession. The scene query unit 22 is used to search out the motion scene corresponding to the motion speed according to the motion speed and the preset second correspondence table, and the second correspondence table records different motion speeds and corresponding motion scenes.

More specifically, the speed calculation unit 21 includes: a distance calculation subunit 21a, a time calculation subunit 21b, and a speed calculation subunit 21c.

Wherein, the distance calculation subunit 21a is used to calculate the moving distance Distance of the user terminal according to the online location sub-information acquired twice in a row.

Distance＝R*arccos(C)*P

C=sin(Lat_A*P)*sin(Lat_B*P)+cos(Lat_A*P)*cos(Lat_B*P)*cos((MLon_A-MLon_B)*P)

Among them, R is the radius of the earth, P is a constant and the value is Lat_A is the longitude in the previously obtained online location sub-information, MLon_A is the latitude in the previously obtained online location sub-information, Lat_B is the longitude in the later obtained online location sub-information, and MLon_B is the latter acquisition The latitude in the sub-information of the accessed online location;

The time calculation subunit 21b is used to calculate the exercise time T of the user terminal according to the sub-information of the surfing time acquired twice in succession.

T=Time_B-Time_A

Wherein, Time_A is the access time obtained in the sub-information of the Internet access time in the previous time, and Time_B is the access time in the sub-information of the Internet access time obtained in the next time;

The speed calculation subunit 21c is used to calculate the moving speed V of the user terminal according to the moving distance and the moving time, where V=Distance/T.

It should be noted that the record detection unit 21 in this embodiment is used to execute step 1021 in the first embodiment above, the scene query unit 22 is used to execute step 1022 in the first embodiment above, and the distance calculation subunit 21a is used to execute Step 1021a in the first embodiment above, the time calculation subunit 21b is used to execute step 1021b in the first embodiment above, and the speed calculation subunit 21c is used to execute step 1021c in the first embodiment above, for the above-mentioned units and subunits For the specific working process, refer to the corresponding description in the first embodiment above, and details are not repeated here.

Embodiment 2 of the present invention provides a music push system. By acquiring the motion scene where the user terminal is located, and according to the different motion scenes, music with different playback bit rates is pushed to the user terminal, so that the user terminal is in a low-speed motion scene. You can hear high-quality music, as well as continuously played music in high-speed sports scenes, which effectively improves the user experience.

It can be understood that, the above embodiments are only exemplary embodiments adopted for illustrating the principle of the present invention, but the present invention is not limited thereto. For those skilled in the art, various modifications and improvements can be made without departing from the spirit and essence of the present invention, and these modifications and improvements are also regarded as the protection scope of the present invention.

Claims (8)

1. a music method for pushing based on scene, it is characterised in that including:

Every the internet behavior information of a preset duration user side of detection, described internet behavior information includes: online position Triplet information when information and online；

According to the moving scene residing for user side described in the double described internet behavior acquisition of information got；

According to described moving scene and the first mapping table pre-set, inquire the broadcasting corresponding with described moving scene Bit rate, has the broadcasting bit rate of different motion scene and correspondence thereof described in described first mapping table；

The corresponding music playing bit rate is possessed to the propelling movement of described user side according to Query Result.

Music method for pushing based on scene the most according to claim 1, it is characterised in that described obtain according to double Described in the described internet behavior acquisition of information got, the step of the moving scene of user side includes:

The movement velocity of described user side is calculated according to the double described internet behavior information got；

According to described movement velocity and the second mapping table pre-set, inquire the motion corresponding with described movement velocity Scene, has the moving scene of different motion speed and correspondence thereof described in described second mapping table.

Music method for pushing based on scene the most according to claim 2, it is characterised in that described every preset duration inspection The step of the internet behavior information surveying a user side includes:

Detect a up-to-date internet records of described user side, and connecing of obtaining from this internet records that described user side accessed Entering base station and access the moment, the described access moment is as upper net information；

Obtain longitude corresponding to described access base station and latitude, using the sub-information in online position as described user side.

Music method for pushing based on scene the most according to claim 3, it is characterised in that described obtain according to double The step of the movement velocity that the described internet behavior information got calculates described user side includes:

The move distance Distance of described user side is calculated according to the double sub-information in described online position got,

Distance=R*arccos (C) * P

C=sin (Lat_A*P) * sin (Lat_B*P)+cos (Lat_A*P) * cos (Lat_B*P) * cos ((MLon_A-MLon_ B)*P)

Wherein, R is earth radius, and P is constant and value isThe described online position son letter that Lat_A once gets before being Longitude in breath, the latitude in the sub-information in described online position that MLon_A once gets before being, Lat_B once obtains after being To the sub-information in described online position in longitude, the latitude in the sub-information in described online position that MLon_B once gets after being Degree；

The movement time T of described user side is calculated according to triplet information during the double described online got,

T=Time_B-Time_A

Wherein, in the described access moment in triplet information Time_A once gets described online before being time, Time_B is rear one Secondary get described online time triplet information in described access the moment；

The movement velocity of described user side is calculated according to described move distance and movement time.

5. a music supplying system based on scene, it is characterised in that including:

Behavioral value module, for the internet behavior information every a preset duration user side of detection, described internet behavior is believed Breath includes: triplet information when the sub-information in online position and online；

Scene acquisition module, for according to residing for user side described in the double described internet behavior acquisition of information got Moving scene；

Bit rate enquiry module, for according to described moving scene and the first mapping table pre-set, inquiring and institute State the broadcasting bit rate that moving scene is corresponding, described in described first mapping table, have broadcasting of different motion scene and correspondence thereof Put bit rate；

Music pushing module, plays ratio accordingly for pushing to possess to described user side according to the Query Result of described enquiry module The music of special rate.

Music supplying system based on scene the most according to claim 5, it is characterised in that described scene acquisition module bag Include:

Speed calculation unit, for calculating the fortune of described user side according to the double described internet behavior information got Dynamic speed；

Scenario queries unit, for according to described movement velocity and the second mapping table pre-set, inquiring with described The moving scene that movement velocity is corresponding, has the sports ground of different motion speed and correspondence thereof described in described second mapping table Scape.

Music supplying system based on scene the most according to claim 6, it is characterised in that described behavioral value module bag Include:

Record detector unit, for detecting a up-to-date internet records of described user side, and obtains institute from this internet records Stating access base station and access moment that user side is accessed, the described access moment is as upper net information；

Position acquisition unit, obtains described access base station and accesses corresponding longitude and latitude, using the online as described user side The sub-information in position.

Music supplying system based on scene the most according to claim 7, it is characterised in that described speed calculation unit bag Include:

Distance computation subunit, for calculating described user side according to the double sub-information in described online position got Move distance Distance,

Distance=R*arccos (C) * P

C=sin (Lat_A*P) * sin (Lat_B*P)+cos (Lat_A*P) * cos (Lat_B*P) * cos ((MLon_A-MLon_ B)*P)

Wherein, R is earth radius, and P is constant and value isThe described online position son letter that Lat_A once gets before being Longitude in breath, the latitude in the sub-information in described online position that MLon_A once gets before being, Lat_B once obtains after being To the sub-information in described online position in longitude, the latitude in the sub-information in described online position that MLon_B once gets after being Degree；

Time Calculation subelement, for calculating described user side according to triplet information during the double described online got Movement time T,

T=Time_B-Time_A

Wherein, in the described access moment in triplet information Time_A once gets described online before being time, Time_B is rear one Secondary get described online time triplet information in described access the moment；

Speed calculation subelement, for calculating the movement velocity of described user side according to described move distance and movement time.