CN107564250B - A kind of alarm method and system - Google Patents

Abstract

This invention provides an alarm method and system that receives alarm information posted by Internet users, extracts key information from the alarm information, selects a corresponding alarm server based on the key information, sends the alarm information and key information to the alarm server, and the alarm server filters the alarm information based on the key information, stores and displays it, thereby achieving proactive, comprehensive and timely alarms, allowing every Internet user to report events they see or hear that require alarm handling at the first moment.

Description

An alarm method and system

technical field

The invention relates to the field of signal processing, in particular to an alarm method and system.

Background technique

The current alarm method is mainly through telephone calls. In recent years, with the development of cloud computing and big data, the method of using big data collected in the cloud for analysis to judge public opinion and handle social events is also developing.

The method of calling the police is based on a one-to-one basis. An operator must correspond to an alarm call, which requires a great investment of police resources.

In recent years, the cloud big data collection method of public opinion information and social events mainly collects, analyzes and extracts data based on pre-set rules through the server. This is a passive alarming process, which will lead to the leakage of some information or events due to the incomplete rules set.

SUMMARY OF THE INVENTION

The technical problem to be solved by the present invention is: to provide an alarm method and system to realize active, comprehensive and timely alarm, so that every Internet user can immediately report the events that need to be alarmed and dealt with. Make an alarm.

In order to solve the above-mentioned technical problems, a kind of technical scheme adopted in the present invention is:

An alarm method, comprising the steps of:

S1. Receive alarm information released by Internet users;

S2, extracting key information in the alarm information;

S3, select the corresponding alarm server according to the key information;

S4, sending the alarm information and the key information to the alarm server;

S5. The alarm server filters the alarm information according to the key information, and then stores and displays it.

In order to solve the above-mentioned technical problems, another technical scheme adopted by the present invention is:

An alarm system includes an alarm device and an alarm server, the alarm device includes a first memory, a first processor, and a first computer program stored on the first memory and running on the first processor; the alarm device The server includes a second memory, a second processor, and a second computer program stored on the second memory and executable on the second processor; the first processor implements the following steps when executing the first computer program:

S1. Receive alarm information released by Internet users;

S2, extracting key information in the alarm information;

S3, select the corresponding alarm server according to the key information;

S4, sending the alarm information and the key information to the alarm server;

The second processor implements the following steps when executing the second computer program:

S5. Filter the alarm information according to the key information and then store and display it.

The beneficial effects of the present invention are as follows: receiving the alarm information released by Internet users, extracting the key information in the alarm information, sending the alarm information and the key information to the corresponding alarm server, and the alarm server filters the alarm information and stores and stores it. Display, realize active, comprehensive and timely alarm, so that every Internet user can report the events that need to be alarmed and dealt with in the first time.

Description of drawings

1 is a flowchart of an alarm method according to an embodiment of the present invention;

2 is a schematic diagram of a mechanism of an alarm system according to an embodiment of the present invention;

Label description:

1. Alarm; 2. First memory; 3. First processor; 4. Alarm server;

5. The second memory; 6. The second processor; 7. The alarm system.

Detailed ways

In order to describe in detail the technical content, achieved objects and effects of the present invention, the following descriptions are given with reference to the embodiments and the accompanying drawings.

The most critical concept of the present invention is: receiving the alarm information released by the Internet user, extracting the key information in the alarm information, sending the alarm information and the key information to the corresponding alarm server, and the alarm server filters the alarm information and stores it And display, to achieve active, comprehensive and timely alarm.

Please refer to Figure 1, an alarm method, including steps:

S1. Receive alarm information released by Internet users;

S2, extracting key information in the alarm information;

S3, select the corresponding alarm server according to the key information;

S4, sending the alarm information and the key information to the alarm server;

S5. The alarm server filters the alarm information according to the key information, and then stores and displays it.

As can be seen from the above description, the beneficial effects of the present invention are: receiving alarm information issued by Internet users, extracting key information in the alarm information, and sending the alarm information and key information to a corresponding alarm server, and the alarm server responds to the alarm. After the information is filtered, it is stored and displayed to realize active, comprehensive and timely alarming, so that every Internet user can report the events that need to be alarmed and dealt with in the first time.

Further, the step S2 specifically includes:

The key information includes user information of the Internet user and alarm event information;

Extract the user information of the Internet user according to the fields set by the Internet client or the alarm device;

Extract the alarm event information in the alarm information by using a semantic recognition algorithm;

The key information includes user information of the Internet user and alarm event information, where the alarm event information includes person, time, place, and event.

As can be seen from the above description, the user information of the Internet user is extracted through the fields set by the Internet client, and the alarm event information in the alarm information is extracted through the semantic recognition algorithm, and the user information and the alarm event information are used as key information to ensure that The key information is comprehensive, which is convenient for subsequent viewing.

Further, the steps between the step S2 and the step S3 also include:

Determine whether the request for sending the alarm information to the alarm server sent by the Internet user is received within the preset time; if so, execute step S3; if not, according to the key information and preset alarm conditions, Calculate the alarm matching degree, if the alarm matching degree exceeds a preset threshold, execute step S3, otherwise, ignore the alarm information.

It can be seen from the above description that in the case where Internet users do not actively alarm, after a preset time, it is determined whether to automatically alarm by calculating the alarm matching degree, which not only ensures the timeliness of the alarm, but also ensures the validity of the alarm information and avoids the redundancy of the alarm information. The remainder is invalid.

Further, the step S3 specifically includes:

According to the location contained in the key information, the alarm server closest to the location is selected.

As can be seen from the above description, by selecting a matching alarm server from the location included in the key information, timely processing of the alarm information is realized according to the principle of proximity, and the timeliness of processing is improved.

Further, filtering the alarm information according to the key information in the step S5 specifically includes:

S51, use the event contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S52;

S52, use the location contained in the key information as a keyword to search in the received alarm information records, if there is no result, then determine that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S53;

S53, use the time contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S54;

S54, use the character contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, it is judged that the alarm information is repeated or already processed alarm information, and the alarm information is ignored.

It can be seen from the above description that the received alarm information records are searched in the order of importance based on the information contained in the key information to exclude duplicate alarm information, reduce information redundancy, and improve the effective utilization of storage space.

Please refer to FIG. 2, an alarm system 7 includes an alarm device 1 and an alarm server 4, the alarm device 1 includes a first memory 2, a first processor 3 and is stored in the first memory 2 and can be processed in the first The first computer program running on the device 3; the alarm server 4 includes a second memory 5, a second processor 6 and a second computer program stored in the second memory 5 and running on the second processor 6; The first processor 3 implements the following steps when executing the first computer program:

S1. Receive alarm information released by Internet users;

S2, extracting key information in the alarm information;

S3, select the corresponding alarm server according to the key information;

S4, sending the alarm information and the key information to the alarm server;

The second processor 6 implements the following steps when executing the second computer program:

S5. Filter the alarm information according to the key information and then store and display it.

As can be seen from the above description, the beneficial effects of the present invention are: receiving alarm information issued by Internet users, extracting key information in the alarm information, and sending the alarm information and key information to a corresponding alarm server, and the alarm server responds to the alarm. After the information is filtered, it is stored and displayed to realize active, comprehensive and timely alarming, so that every Internet user can report the events that need to be alarmed and dealt with in the first time.

Further, the step S2 specifically includes:

The key information includes user information of the Internet user and alarm event information;

Extract the user information of the Internet user according to the fields set by the Internet client or the alarm device;

Extract the alarm event information in the alarm information by using a semantic recognition algorithm;

The key information includes user information of the Internet user and alarm event information, where the alarm event information includes person, time, place, and event.

As can be seen from the above description, the user information of the Internet user is extracted through the fields set by the Internet client, and the alarm event information in the alarm information is extracted through the semantic recognition algorithm, and the user information and the alarm event information are used as key information to ensure that The key information is comprehensive, which is convenient for subsequent viewing.

Further, the steps between the step S2 and the step S3 also include:

Determine whether the request for sending the alarm information to the alarm server sent by the Internet user is received within the preset time; if so, execute step S3; if not, according to the key information and preset alarm conditions, Calculate the alarm matching degree, if the alarm matching degree exceeds a preset threshold, execute step S3, otherwise, ignore the alarm information.

It can be seen from the above description that in the case where Internet users do not actively alarm, after a preset time, it is determined whether to automatically alarm by calculating the alarm matching degree, which not only ensures the timeliness of the alarm, but also ensures the validity of the alarm information and avoids the redundancy of the alarm information. The remainder is invalid.

Further, the step S3 specifically includes:

According to the location contained in the key information, the alarm server closest to the location is selected.

As can be seen from the above description, by selecting a matching alarm server from the location included in the key information, timely processing of the alarm information is realized according to the principle of proximity, and the timeliness of processing is improved.

Further, filtering the alarm information according to the key information in the step S5 specifically includes:

S51, use the event contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S52;

S52, use the location contained in the key information as a keyword to search in the received alarm information records, if there is no result, then determine that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S53;

S53, use the time contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S54;

S54, use the character contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, it is judged that the alarm information is repeated or already processed alarm information, and the alarm information is ignored.

As can be seen from the above description, the information contained in the key information is searched in the received alarm information records in the order of importance in order to exclude duplicate alarm information, reduce information redundancy, and improve the effective utilization of storage space.

Example 1

An alarm method, comprising the steps of:

S1. Receive alarm information released by Internet users;

The alarm device can be connected to the client terminal of each network platform. When the Internet user uses the client terminal of the network platform to issue alarm information, the alarm device will automatically receive the alarm information; or the alarm device is not connected to each network platform. The client, when the Internet user wants to send the alarm information, directly input the alarm information to the alarm device, for this scenario, it belongs to the situation where the Internet user actively chooses the alarm;

S2, extracting key information in the alarm information;

Wherein, the key information includes user information of the Internet user and alarm event information;

Extract the user information of the Internet user according to the fields set by the Internet client or the alarm device,

If it is for the scenario of accessing the alarm through the client on each network platform, the user information of the Internet user is extracted according to the fields set by the Internet client. If it is for the alarm that does not access each network platform The client side is to extract the user information of the Internet user according to the field set by the alarm device;

The user information includes the main information of the online user, such as account number, name, contact information, location information, network IP address and other information;

Extract the alarm event information in the alarm information by using a semantic recognition algorithm;

The key information includes user information of the Internet user and alarm event information, and the alarm event information includes person, time, place, and event;

For the scenario of accessing the alarm through the client of each network platform, after extracting the key information in the alarm information, it is determined whether the alarm information sent by the Internet user is received within a preset time, and the alarm information is sent to The request of the alarm server; if yes, then go to step S3; if not, then according to the key information and preset alarm conditions, calculate the alarm matching degree, if the alarm matching degree exceeds a preset threshold, then execute step S3, Otherwise, ignore the alarm information;

Among them, the preset alarm conditions include geographic area fit, time fit, keyword match, and digital threshold early warning, as well as a combination of these four conditions;

The geographic area fit degree refers to the degree of proximity between the location in the extracted key information and the geographic location area set in the alarm condition. The closer the distance is, the higher the geographic area fit degree is; The lower the regional fit;

The degree of time fit refers to the time interval between the time in the extracted key information and the moment when the information is entered into the alarm device. The smaller the time interval, the higher the degree of time fit. lower;

The keyword matching degree refers to the degree of coincidence between the keyword appearing in the event information in the extracted key information and the keyword set in the alarm condition, and the event includes the more the alarm conditions are set. The higher the keyword matching degree is, the lower the keyword matching degree is, the fewer keywords are included;

The digital threshold early warning degree refers to the size of the number that appears in the event information in the extracted key information. The larger the number that appears is greater than the digital threshold set in the alarm condition, the higher the digital threshold early warning degree. , on the contrary, the smaller it is than the set digital threshold, the lower the early warning degree of the digital threshold;

Setting weighted values for the geographic area fit degree, time fit degree, keyword matching degree and digital threshold early warning degree, and calculating an alarm according to the weighting of geographic area fit degree, time fit degree, keyword matching degree and digital threshold early warning degree suitability;

The value of the alarm matching degree is between 0 and 100. The larger the value, the more in line with the alarm conditions. When the value reaches the value, the alarm can be set according to the actual situation, and a preset threshold can be set according to the actual situation. When the threshold is greater than the preset threshold, automatic alarm will be performed; the geographical area, keyword and digital threshold in the alarm condition can be set differently according to the actual situation of each place;

S3, select the corresponding alarm server according to the key information;

Wherein, the alarm server closest to the location can be selected according to the location included in the key information;

S4, sending the alarm information and the key information to the alarm server;

S5, the alarm server filters the alarm information according to the key information and then stores and displays it;

Wherein, the filtering of the alarm information according to the key information in the step S5 specifically includes:

S51, use the event contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S52;

S52, use the location contained in the key information as a keyword to search in the received alarm information records, if there is no result, then determine that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S53;

S53, use the time contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S54;

S54, use the character contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, it is judged that the alarm information is repeated or already processed alarm information, and the alarm information is ignored.

Embodiment 2

An alarm system 7, comprising an alarm device 1 and an alarm server 4, the alarm device 1 includes a first memory 2, a first processor 3 and a first memory device stored in the first memory and running on the first processor 3. A computer program; the alarm server 4 includes a second memory 5, a second processor 6 and a second computer program stored on the second memory and running on the second processor 6;

When the first processor 3 executes the first computer program, steps S1 to S4 in the first embodiment are implemented;

Step S5 in Embodiment 1 is implemented when the second processor 6 executes the second computer program.

To sum up, the alarm method and system provided by the present invention receive alarm information released by Internet users, extract the key information in the alarm information, and send the alarm information and key information to the corresponding alarm server, and the alarm server is responsible for all the alarm information. The above-mentioned alarm information is filtered and stored and displayed, so as to realize active, comprehensive and timely alarming, so that every Internet user can immediately alarm the events that need to be alarmed and heard. In the case of active alarm, according to the key information and preset alarm conditions, the alarm matching degree is calculated, and automatic alarm is realized based on the alarm matching degree, which not only ensures the comprehensiveness of the alarm, but also ensures the validity of the alarm. It ensures the validity of the displayed alarm information, reduces the information redundancy, and improves the effective utilization of the storage space of the alarm server.

The above descriptions are only examples of the present invention, and are not intended to limit the scope of the present invention. Any equivalent transformations made by using the contents of the description and drawings of the present invention, or directly or indirectly applied in related technical fields, are similarly included in the within the scope of patent protection of the present invention.

Claims (6)

1. an alarm method, is characterized in that, comprises the steps: S1. Receive alarm information released by Internet users; S2, extracting key information in the alarm information; S3, select the corresponding alarm server according to the key information; S4, sending the alarm information and the key information to the alarm server; S5, the alarm server filters the alarm information according to the key information and then stores and displays it; The steps between the step S2 and the step S3 also include: Determine whether the request for sending the alarm information to the alarm server sent by the Internet user is received within the preset time; if so, execute step S3; if not, according to the key information and preset alarm conditions, Calculate the alarm matching degree, if the alarm matching degree exceeds a preset threshold, execute step S3, otherwise, ignore the alarm information; In the step S5, filtering the alarm information according to the key information specifically includes: S51, use the event contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S52; S52, use the location contained in the key information as a keyword to search in the received alarm information records, if there is no result, then determine that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S53; S53, use the time contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S54; S54, use the character contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, it is judged that the alarm information is repeated or already processed alarm information, and the alarm information is ignored. 2. The alarm method according to claim 1, characterized in that, The step S2 specifically includes: The key information includes user information of the Internet user and alarm event information; Extract the user information of the Internet user according to the fields set by the Internet client or the alarm device; Extract the alarm event information in the alarm information by using a semantic recognition algorithm; The key information includes user information of the Internet user and alarm event information, where the alarm event information includes person, time, place, and event. 3. The alarm method according to claim 1 or 2, characterized in that, The step S3 specifically includes: According to the location contained in the key information, the alarm server closest to the location is selected. 4. An alarm system comprising an alarm device and an alarm server, the alarm device comprising a first memory, a first processor and a first computer program stored in the first memory and running on the first processor; The alarm server includes a second memory, a second processor, and a second computer program stored in the second memory and running on the second processor; characterized in that the first processor executes the first computer program The program implements the following steps: S1. Receive alarm information released by Internet users; S2, extracting key information in the alarm information; S3, select the corresponding alarm server according to the key information; S4, sending the alarm information and the key information to the alarm server; The second processor implements the following steps when executing the second computer program: S5, filter the alarm information according to the key information and then store and display it; The steps between the step S2 and the step S3 also include: Determine whether the request for sending the alarm information to the alarm server sent by the Internet user is received within the preset time; if so, execute step S3; if not, according to the key information and preset alarm conditions, Calculate the alarm matching degree, if the alarm matching degree exceeds a preset threshold, execute step S3, otherwise, ignore the alarm information; In the step S5, filtering the alarm information according to the key information specifically includes: S51, use the event contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S52; S52, use the location contained in the key information as a keyword to search in the received alarm information records, if there is no result, then determine that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S53; S53, use the time contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, then execute step S54; S54, use the character contained in the key information as a keyword to search in the received alarm information records, if there is no result, then judge that the alarm information is new alarm information, and store the alarm information and user information as a record And display, if there is a result, it is judged that the alarm information is repeated or already processed alarm information, and the alarm information is ignored. 5. The alarm system according to claim 4, characterized in that, The step S2 specifically includes: The key information includes user information of the Internet user and alarm event information; Extract the user information of the Internet user according to the fields set by the Internet client or the alarm device; Extract the alarm event information in the alarm information by using a semantic recognition algorithm; The key information includes user information of the Internet user and alarm event information, where the alarm event information includes person, time, place, and event. 6. The alarm system according to claim 4 or 5, characterized in that, The step S3 specifically includes: According to the location contained in the key information, the alarm server closest to the location is selected.