CN111246260A - Program making and broadcasting mode for program arrangement and distribution - Google Patents

Abstract

The invention discloses a program scheduling and distributing production and broadcasting mode, wherein a broadcaster operates on a web end; creating a task by a broadcaster; filling in the task name: naming the tasks according to actual requirements; selecting the playing time: i.e. the play start time of the task; selecting an execution mode: the push mode can be selected, and the live mode can also be selected; selecting a task file path: the program path can be replaced by clicking the program path, and the file name of the database can be normally imported only if the following format is met: program name-sequence number-file name; newly adding columns: column names, label classification and areas to which the column names and the labels belong are required to be filled; and (4) previewing a task: after the steps are completed, the task content can be previewed to ensure that the content is stored without errors: storing the preview after no error exists; and (3) task playing: and distributing the tasks according to a background algorithm and pushing the content to the corresponding terminal, and starting playing at the time. The invention can reduce the workload and improve the efficiency.

Description

Program making and broadcasting mode for program arrangement and distribution

Technical Field

The invention relates to the technical field of internet, in particular to a program making and broadcasting mode for programming and distributing programs.

Background

The programming and distribution of the current program generally refers to the specification of a start time, the playing of contents and the playing of objects, so that a task is formed, and in the same task, the selected contents can be played on all the selected playing objects.

Under the scenes that batch tasks are created, the playing start time of the tasks is consistent, and different contents are played on different playing objects, the task contents and the task quantity need to be manually calculated according to the difference of the playing contents on each group of playing objects, when the difference is N, N tasks need to be created, in addition, the creation of each task usually comprises five steps of creation, playing start time selection, content selection, playing object selection, storage and the like, and the creation of a complete batch task can be completed only by carrying out 5N steps of operation.

After the tasks are created, when batch tasks need to be edited and multiplexed, each task needs to be opened, edited and stored, the number of the batch tasks is M, and the number of the operation steps needs 3M.

As is apparent from the above description: in the batch task creating process, the manual calculation investment is too much, and the operation steps are complex, so that the integral labor intensity is greatly improved, and the time consumption is too long.

Disclosure of Invention

The invention aims to provide a program making and broadcasting mode for programming and distributing, has the advantage of reducing task operation steps, and solves the problem of task creation in batches.

In order to achieve the purpose, the invention provides the following technical scheme: the method comprises the following steps:

s1: the broadcaster operates at the web end;

s2: creation of the task by the broadcaster: filling in task name, selecting playing time, selecting execution mode, selecting task file path, adding new column, previewing task and storing;

s3: filling in the task name: naming a task according to actual requirements, wherein XX characters are not more than required, namely XX Chinese characters;

s4: selecting the playing time: i.e. the play start time of the task;

s5: selecting an execution mode: the method can select a push mode, namely, a file to be played is pushed to the terminal at the time designated by a user, and can also select a live broadcast mode, namely, the playing time is up, and the terminal broadcasts a task in real time;

s6: selecting a task file path: the program path can be replaced by clicking the program path, and the file name of the database can be normally imported only if the following format is met: program name-sequence number-file name;

s7: newly adding columns: the column name, the label classification and the belonging area (namely the action range) are required to be filled, and the following steps are carried out: adding new programs, adjusting the program broadcasting sequence, selecting file paths, selecting sub-areas, selecting labels and deleting;

s8: and (4) previewing a task: after the steps are completed, the task content can be previewed to ensure that the content is correct;

s9: and (3) storage: storing the preview after no error exists;

s10: and (3) task playing: and distributing the tasks according to a background algorithm and pushing the content to the corresponding terminal, and starting playing at the time.

Preferably, the hardware devices adopted by the broadcaster in S1 may be a PC end and a mobile phone end.

Preferably, a google kernel browser and a fire fox kernel browser need to be configured in the hardware device.

Preferably, the step of S7: newly adding columns: the method comprises the following steps:

the method comprises the following steps: newly adding programs: filling in program names, selecting program file import paths, wherein the program names must accord with file naming rules;

step two: adjusting the program broadcasting sequence: by dragging the program name up and down

Adjusting the sequence;

step three: selecting a file path: the program path can be replaced by clicking the program path, and the file name of the database can be normally imported only if the following format is met: program name-sequence number-file name;

step four: selecting a subregion: in the area range of the maximum selectable module, each program can independently select a playing area, and in the same module, the sub-areas among the programs cannot be selected repeatedly;

step five: selecting a label: if the creating module selects the label classification, each program can independently select the label in the label classification, and the labels among the programs cannot be selected repeatedly in the same module;

step six: and (3) deleting: the unwanted programs can be deleted directly.

Preferably, the step of S9: the preserved distribution server performs distribution calculation on the created tasks: the distribution server calculates the tasks according to the front-end team setting, and the algorithm logic is as follows:

1) establishing an index according to the corresponding relation between the content and the playing object;

2) calculating the number of possibilities of all contents and playing objects through a traversal algorithm;

3) the broadcast object list and the content list can be calculated according to the traversed program index combination, the terminal list and the track list can be calculated according to the traversed index combination, and finally a plurality of broadcast lists can be generated.

Compared with the prior art, the invention has the following beneficial effects:

1. the operation steps of creating the tasks are reduced, and the batch tasks are completed in a centralized mode.

2. The artificial calculation amount is reduced, under the traditional distribution mode, the complete content played by each group of terminals needs to be calculated in advance, N tasks are set according to calculation, under the intelligent distribution mode, calculation from the angle of the terminals is not needed, and only the terminals to which the single content needs to be played need to be concerned for matching.

3. The operation steps of editing and multiplexing are reduced, and the general batch tasks are continuous, namely the content played today only needs to be modified a little in tomorrow, and needs to be played again, and the operation of N tasks in the traditional distribution mode can be completed by editing once on the existing tasks

Drawings

FIG. 1 is a preview schematic of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Example 1:

the invention provides a program scheduling and distributing production and broadcasting mode technical scheme: a production and broadcast mode of programming distribution comprising the steps of:

s1: a broadcaster operates on a web end of a Guge kernel browser on a PC;

s2: creation of the task by the broadcaster: filling in task name, selecting playing time, selecting execution mode, selecting task file path, adding new column, previewing task and storing;

s3: filling in the task name: naming a task according to actual requirements, wherein XX characters are not more than required, namely XX Chinese characters;

s4: selecting the playing time: i.e. the play start time of the task;

s5: selecting an execution mode: the push mode can be selected, namely, the file to be played is pushed to the terminal at the time designated by the user, and the method has the advantages that the file is downloaded into the equipment in advance, the requirement on real-time bandwidth is low, the playing is not blocked, and the general push time is 30-120 minutes ahead of the playing time; the live broadcasting mode can be selected, namely the broadcasting time is reached, the terminal broadcasts the task in real time, and the method has the advantages that the push in advance is not needed, namely the on-demand broadcasting is needed, and the blocking condition occurs when the bandwidth is insufficient or the network environment is poor;

s6: selecting a task file path: the program path can be replaced by clicking the program path, and the file name of the database can be normally imported only if the following format is met: program name-sequence number-file name;

for example: agricultural program-01-field fertilization collocation notes

S7: newly adding columns: the column name, the label classification and the belonging area (namely the action range) are required to be filled, and the following steps are carried out: adding new programs, adjusting the program broadcasting sequence, selecting file paths, selecting sub-areas, selecting labels and deleting;

the method comprises the following steps: newly adding programs: filling in program names, selecting program file import paths, wherein the program names must accord with file naming rules;

step two: adjusting the program broadcasting sequence: by dragging the program name up and down

Adjusting the sequence;

step three: selecting a file path: the program path can be replaced by clicking the program path, and the file name of the database can be normally imported only if the following format is met: program name-sequence number-file name;

for example: agricultural program-01-field fertilization collocation notes

Step four: selecting a subregion: in the area range of the maximum selectable module, each program can independently select a playing area, and in the same module, the sub-areas among the programs cannot be selected repeatedly;

step five: selecting a label: if the creating module selects the label classification, each program can independently select the label in the label classification, and the labels among the programs cannot be selected repeatedly in the same module;

step six: and (3) deleting: unnecessary programs can be deleted directly

S8: and (4) previewing a task: after the steps are completed, the task content can be previewed to ensure that the content is correct;

s9: and (3) storage: and (3) storing the previews without errors, and then distributing and calculating the created tasks by a distribution server: the distribution server calculates the tasks according to the front-end team setting, and the algorithm logic is as follows:

1) establishing an index according to the corresponding relation between the content and the playing object;

2) calculating the number of possibilities of all contents and playing objects through a traversal algorithm;

3) the broadcast object list and the content list can be calculated according to the traversed program index combination, the terminal list and the track list can be calculated according to the traversed index combination, and finally a plurality of broadcast lists can be generated.

Examples are:

the result of the playlist distribution calculated by the algorithm is shown in the following table:

s10: and (3) task playing: and distributing the tasks according to a background algorithm and pushing the content to the corresponding terminal, and starting playing at the time.

Example 2:

the invention provides a program scheduling and distributing production and broadcasting mode technical scheme: a production and broadcast mode of programming distribution comprising the steps of:

s1: a broadcaster operates at a web end of a Firefox kernel browser built in a mobile phone end;

s2: creation of the task by the broadcaster: filling in task name, selecting playing time, selecting execution mode, selecting task file path, adding new column, previewing task and storing;

s3: filling in the task name: naming a task according to actual requirements, wherein XX characters are not more than required, namely XX Chinese characters;

s4: selecting the playing time: i.e. the play start time of the task;

s5: selecting an execution mode: the push mode can be selected, namely, the file to be played is pushed to the terminal at the time designated by the user, and the method has the advantages that the file is downloaded into the equipment in advance, the requirement on real-time bandwidth is low, the playing is not blocked, and the general push time is 30-120 minutes ahead of the playing time; the live broadcasting mode can be selected, namely the broadcasting time is reached, the terminal broadcasts the task in real time, and the method has the advantages that the push in advance is not needed, namely the on-demand broadcasting is needed, and the blocking condition occurs when the bandwidth is insufficient or the network environment is poor;

s6: selecting a task file path: the program path can be replaced by clicking the program path, and the file name of the database can be normally imported only if the following format is met: program name-sequence number-file name;

for example: agricultural program-01-field fertilization collocation notes

S7: newly adding columns: the column name, the label classification and the belonging area (namely the action range) are required to be filled, and the following steps are carried out: adding new programs, adjusting the program broadcasting sequence, selecting file paths, selecting sub-areas, selecting labels and deleting;

the method comprises the following steps: newly adding programs: filling in program names, selecting program file import paths, wherein the program names must accord with file naming rules;

step two: adjusting the program broadcasting sequence: by dragging the program name up and down

Adjusting the sequence;

step three: selecting a file path: the program path can be replaced by clicking the program path, and the file name of the database can be normally imported only if the following format is met: program name-sequence number-file name;

for example: agricultural program-01-field fertilization collocation notes

Step four: selecting a subregion: in the area range of the maximum selectable module, each program can independently select a playing area, and in the same module, the sub-areas among the programs cannot be selected repeatedly;

step five: selecting a label: if the creating module selects the label classification, each program can independently select the label in the label classification, and the labels among the programs cannot be selected repeatedly in the same module;

step six: and (3) deleting: unnecessary programs can be deleted directly

S8: and (4) previewing a task: after the steps are completed, the task content can be previewed to ensure that the content is correct;

s9: and (3) storage: and (3) storing the previews without errors, and then distributing and calculating the created tasks by a distribution server: the distribution server calculates the tasks according to the front-end team setting, and the algorithm logic is as follows:

4) establishing an index according to the corresponding relation between the content and the playing object;

5) calculating the number of possibilities of all contents and playing objects through a traversal algorithm;

6) the broadcast object list and the content list can be calculated according to the traversed program index combination, the terminal list and the track list can be calculated according to the traversed index combination, and finally a plurality of broadcast lists can be generated.

Examples are:

the result of the playlist distribution calculated by the algorithm is shown in the following table:

s10: and (3) task playing: and distributing the tasks according to a background algorithm and pushing the content to the corresponding terminal, and starting playing at the time.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (5)

1. A production and broadcast model for programming distribution, comprising: the method comprises the following steps:

s1: the broadcaster operates at the web end;

s2: creation of the task by the broadcaster: filling in task name, selecting playing time, selecting execution mode, selecting task file path, adding new column, previewing task and storing;

s3: filling in the task name: naming a task according to actual requirements, wherein XX characters are not more than required, namely XX Chinese characters;

s4: selecting the playing time: i.e. the play start time of the task;

s5: selecting an execution mode: the method can select a push mode, namely, a file to be played is pushed to the terminal at the time designated by a user, and can also select a live broadcast mode, namely, the playing time is up, and the terminal broadcasts a task in real time;

s6: selecting a task file path: the program path can be replaced by clicking the program path, and the file name of the database can be normally imported only if the following format is met: program name-sequence number-file name;

s7: newly adding columns: the column name, the label classification and the belonging area (namely the action range) are required to be filled, and the following steps are carried out: adding new programs, adjusting the program broadcasting sequence, selecting file paths, selecting sub-areas, selecting labels and deleting;

s8: and (4) previewing a task: after the steps are completed, the task content can be previewed to ensure that the content is correct;

s9: and (3) storage: storing the preview after no error exists;

s10: and (3) task playing: and distributing the tasks according to a background algorithm and pushing the content to the corresponding terminal, and starting playing at the time.

2. A production and play mode for programming distribution according to claim 1, wherein: the hardware devices adopted by the broadcaster in S1 may be a PC end and a mobile phone end.

3. A production and play mode for programming distribution according to claim 2, wherein: and a Google kernel browser and a Firefox kernel browser are required to be configured in the hardware equipment.

4. A production and play mode for programming distribution according to claim 1, wherein: the S7: newly adding columns: the method comprises the following steps:

the method comprises the following steps: newly adding programs: filling in program names, selecting program file import paths, wherein the program names must accord with file naming rules;

step two: adjusting the program broadcasting sequence: by dragging the program name up and down

Adjusting the sequence;

step three: selecting a file path: the program path can be replaced by clicking the program path, and the file name of the database can be normally imported only if the following format is met: program name-sequence number-file name;

step four: selecting a subregion: in the area range of the maximum selectable module, each program can independently select a playing area, and in the same module, the sub-areas among the programs cannot be selected repeatedly;

step five: selecting a label: if the creating module selects the label classification, each program can independently select the label in the label classification, and the labels among the programs cannot be selected repeatedly in the same module;

step six: and (3) deleting: the unwanted programs can be deleted directly.

5. A production and play mode for programming distribution according to claim 1, wherein: the S9: the preserved distribution server performs distribution calculation on the created tasks: the distribution server calculates the tasks according to the front-end team setting, and the algorithm logic is as follows:

1) establishing an index according to the corresponding relation between the content and the playing object;

2) calculating the number of possibilities of all contents and playing objects through a traversal algorithm;

3) the broadcast object list and the content list can be calculated according to the traversed program index combination, the terminal list and the track list can be calculated according to the traversed index combination, and finally a plurality of broadcast lists can be generated.

Images