TW201629902A - Multi-format message quick release method - Google Patents

Abstract

A method for quickly publishing a multi-format message is to use a multi-format message to publish to various types of media pipelines when the user has a message requesting requirement, and to use the relationship coefficient between the message word and the pipeline to adjust and select the sorting release pipeline for quick release. To the multi-channel, the majority of the people will eventually get the message. Multi-format is a variety of essentially different formats, including at least text, voice and images, not just styles or agreements, such as Instance Message, E-Mail, SMS... Wait. The relationship coefficient between the message word and the pipeline includes at least the relationship coefficient of the system or the publisher, the relationship coefficient of the training through the history release experience, and the flow relationship coefficient of the historical release result.

Description

Multi-format message quick release method

The present invention relates to a method for quickly publishing a multi-format message, and more particularly to a method for quickly publishing a multi-format message using a multi-format message to be distributed to various types of media pipelines.

At present, the traditional simultaneous transmission to various media, such as the fire industry to issue emergency messages, the information industry system alarm notification and the advertising industry to send advertising messages, etc., due to numerous media pipelines, the matching rules of information and pipeline attributes are complex, and the message is published. Inefficiency often requires posting on many pipes to notify the majority. Therefore, how to quickly sort the priority of the media pipeline and publish the message in fewer channels can inform the majority of people, thereby increasing the dissemination efficiency of the message, which is the direction that the general knowledge seeks.

In view of the above problems of the prior art, the object of the present invention is to provide a method for quickly publishing a multi-format message by using a multi-format message for posting to each type. The media pipeline, and use the relationship coefficient between the message word and the pipeline to sort the release pipeline, so that it can be quickly released to the multi-channel, and finally the majority of the people can know the message.

The method for quickly publishing a multi-format message of the present invention comprises the steps of: obtaining a plurality of notification message data; identifying a plurality of notification message data and obtaining a message word; creating a multi-format notification message data; sorting the media pipeline according to the message word; The format notification message data is sent to the media pipeline, and the notification result of the multi-format notification message data is recorded.

As described above, the multi-format message quick release method according to the present invention may have one or more of the following advantages:

1. The invention uses the relationship coefficient between the message word and the pipeline, and then selects the media pipeline based on the publisher, and can automatically adapt the media pipeline, simplifying the traditional matching rules of message attributes and pipeline attributes, and quickly providing multiple pipelines. Release for selection.

2. The present invention can notify the majority through a small number of pipes through the message pipe flow relationship coefficient.

3. The present invention reduces the release restriction of the media pipeline through the multi-format message, so that the message can be simultaneously distributed to various types of media pipelines, thereby increasing the dissemination effect of the message.

200‧‧‧Interactive Module

201‧‧‧Identification of message content and word modules

202‧‧‧Format Conversion Module

203‧‧‧Message Words and Pipeline Measurement Adaptation Module

204‧‧‧Database Module

205‧‧‧ Release of the gateway module

206‧‧‧Media Pipeline

100~105, 301~304‧‧‧ steps

FIG. 1 is a flow chart of a method for quickly publishing a multi-format message according to the present invention.

Figure 2 is a system block diagram of the method for quickly publishing a multi-format message of the present invention.

Figure 3 is another flow chart of the method for quickly publishing a multi-format message of the present invention.

Figure 4 is a schematic diagram of the sorting media pipeline of the multi-format message quick release method of the present invention. Figure.

FIG. 5 is a schematic diagram of an embodiment of a method for quickly publishing a multi-format message according to the present invention.

The flow of the method is as shown in Figure 1, which includes the following steps:

Step 100: The message publisher (message issuing terminal) provides one or more notification message materials;

Step 101: Then, the one or more notification message data are cross-aligned to obtain the notification message data and the message word;

Step 102: Produce the multi-format notification message data by using the obtained notification message data, and the multi-format notification message data includes at least text, voice and picture, so that the usage restriction of the media pipeline can be reduced, so that the message can be sent to the A multi-media pipeline that reaches the effect of notifying more recipients to expand the message notification.

Step 103: Pipeline the message words obtained in step 101.

Step 104: Let the information obtained by step 102 and step 103 allow the publisher to confirm the multi-format notification message data and the media pipeline.

Step 105: Pass the multi-format notification message data to various media pipelines, and record the notification release result.

The step 103 of the step of selecting the message word obtained in step 101 includes:

Step 301: First, obtain a custom relationship coefficient between the word and the pipeline, and the coefficient is previously defined by the publisher or the system.

Step 302: Obtain a historical relationship coefficient between the word and the pipeline, and the coefficient is calculated in the past. The training income is used to self-adjust the invariable message attribute and pipe attribute matching rules. In addition, the historical relationship coefficient reflects the relationship between the publisher and the message through the previous release experience, which implies the existence of the pipeline cost factor. Too expensive pipeline costs will only be used when a very important message is released.

Step 303: Obtain a coefficient of relationship between the word and the pipeline flow. The coefficient is calculated by the number of receivers released in the past, and is used to preferentially select the pipeline of the receiver to increase the communication effect of the receiver, and a small amount of The pipeline can notify most recipients.

Step 304: Calculating and adapting the pipeline delivery priority order by the custom relationship coefficient, the historical relationship coefficient, and the flow relationship coefficient, thereby simplifying the judgment of the publisher when selecting the pipeline, and there is no need to repeatedly select the pipeline every time.

The preferred implementation of the method is as shown in FIG. 2, when the disaster prevention personnel have a message to be released, regardless of whether the message in the hands of the disaster prevention personnel is text, voice or image and whether the message is to be broadcast through a television broadcast, a digital signboard or a newsletter. This can be achieved through this embodiment. First, the disaster prevention personnel provide one or more notification message materials to the interaction module 200. The interaction module 200 can be a webpage program of a website, and can upload files through AJAX ("Asynchronous JavaScript and XML", asynchronous JavaScript and XML technology). Or enter a text message or enter a text message via HTML5 voice recognition. Then, the notification message content and the message word are obtained by cross-matching the identification message content with the word module 201, and then the obtained notification message data is produced by the format conversion module 202 to generate the multi-format notification message data. If the original message data contains special annotations, such as color, audio, etc., it can be used to emphasize the production of multi-format message content, such as high-frequency segment content can be produced. Into a red text graphic segment, and vice versa, the red text graphic segment is converted into a high-tone speech segment.

The message words obtained by the identification message content and the word module 201 are pipelined and sorted through the 203 message words and the pipe metering adjustment module and the 204 database module. The experience released in the past can be used to adjust the information from the past. Attribute and pipe attribute matching rules, which can use data mining tools or neural networks to reflect the relationship between the publisher and the message through previous publishing experience. There is also a hidden factor in the cost of the pipeline. If the cost of the pipeline is too expensive, it will only be used when a very important message is released. The calculation of the number of receivers issued in the past can be used to prioritize the pipelines of more recipients in order to increase the dissemination efficiency of the recipient of the message. The custom relationship coefficient, the historical relationship coefficient and the flow relationship coefficient are used to calculate and adjust the pipeline delivery priority order, which simplifies the judgment of the publisher when selecting the pipeline, and does not need to select the pipeline once every time.

Referring to the diagram in FIG. 4, there are one or more message words in the system, the source of the words may be the publisher, the system or the message content, and there are at least three relationship coefficients between the words and the pipeline, wherein the custom relationship coefficient is mainly The effect is that when the historical data is insufficient to show the release experience, it is supplemented by a custom relationship coefficient. The historical relationship coefficient reflects the relationship between the publisher and the message through the previous release experience. The traffic relationship coefficient also reflects the relationship between the message, the pipeline and the number of receivers through the previous release results, and can achieve the effect of notifying the majority of the receivers by using a small number of pipes. If the source of the word is the content of the message, the fault tolerance rate of the word can be set to obtain the correlation coefficient, that is, the word A is assumed to be composed of the character A1 + the character A2+, the character A3+...+ the character Am, and the word a consists of character a1 + character a2+ character a3+...+ character an, when the word a in the same order is not equal to the word in the word A, and the word ratio of the word A is less than When the word's fault tolerance rate, the word a can be regarded as the word A, that is, Σ (character Ai! = character ai) / m <= X The word A; X stands for the fault tolerance rate, and the default value set by the publisher or the system is 0, that is, it needs to be identical, that is, the fault tolerance comparison is ignored.

Referring to the schematic diagram of Fig. 5, 1. First calculate the sum of historical relationship coefficients SumH=Σ([0|1]*Ha+[0|1]*Hb+...+[0|1]*Hm); where [0|1] Represents whether the word is included in a message, if it is 1, otherwise 0, then calculate the sum of the flow relationship coefficients SumF=Σ([0|1]*Fa+[0|1]*Fb+...+[0|1] *Fn); also where [0|1] represents whether the word is included in a message, if it is 1, otherwise 0, and finally the score is calculated according to the user or system-defined flow correctness factor (C). SumH*(1-C)+SumF*C. For example, if the content of the message only contains the word A, then the pipe I, II and III scores 0.9 and the pipe IV and the pipe V are 0. The adjusted release pipe is not recommended for the pipes I, II and III. use.

Finally, the content and pipeline of the disaster prevention message to be released are provided to the disaster prevention personnel for confirmation by the interaction module 200, and the multi-format notification message data is transmitted to the various media pipelines 206 through the release gateway module 205 and the 204 database module, and recorded. The results of the announcement will eventually allow the public to receive disaster prevention messages.

In summary, the multi-format message quick release method of the present invention uses a multi-formatted message to be distributed to various types of media pipelines, and uses a relationship coefficient between the message words and the pipeline to sort the release pipelines for quick release to the multi-pipe. In the end, most people will be informed of the message. The invention further enables the message publisher to complete the message release more conveniently and quickly when there is a message publishing requirement, so that the message can be widely and quickly transmitted to the public.

The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of the invention are intended to be included in the scope of the appended claims.

100~105‧‧‧Steps

Claims (8)

A method for quickly publishing a multi-format message includes: obtaining a plurality of notification message data; identifying the multi-notification message data and obtaining a message word; creating a multi-format notification message data; sorting a plurality of media pipes according to the message word And transmitting the multi-format notification message data to each of the media pipelines, and recording one of the multi-format notification message materials to notify the posting result. According to the method for rapidly publishing the multi-format message according to the first aspect of the patent application, the step of obtaining the multi-information message data further includes: obtaining the multi-notification message data by a message publishing terminal. According to the method for rapidly publishing the multi-format message according to the first application of the patent scope, the step of identifying the multi-information message data and obtaining the message word further includes: intersecting the multi-information message data to obtain a notification message data and the Message word. According to the method for rapidly publishing the multi-format message of the third application of the patent application, the step of creating the multi-format notification message data further comprises: creating the multi-format notification message data according to the notification message data and the message word. According to the method for quickly publishing a multi-format message according to item 3 of the patent application scope, the step of sorting the order of the media pipelines according to the message word further comprises: obtaining a custom relationship coefficient between a word and a pipe, which is predefined Coefficient; obtain the historical relationship coefficient between a word and a pipeline, which is obtained from the training of past experience calculations. The pipeline historical relationship coefficient is obtained through previous experience of training; and the coefficient of relationship between a word and pipeline flow is obtained, which is calculated based on the number of recipients released in the past. According to the method for quickly publishing a multi-format message according to claim 5, the step of sorting the media pipelines according to the message word includes: sorting the media according to a custom relationship coefficient, a historical relationship coefficient, and a traffic relationship coefficient. The order of the pipes. According to the patent application scope 5, the multi-format message quick release method, wherein the word and pipeline historical relationship coefficient includes a pipeline fee and a pipeline type. According to the method for quickly publishing a multi-format message according to claim 6 of the patent application scope, the method further comprises the steps of: providing the multi-format notification message data and the sorted media pipeline to a message publisher; and confirming the multi-format notification message data and The media pipeline.