CN112954754A - Information extraction system based on 5G network - Google Patents
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Abstract
The invention discloses an information extraction system and an information extraction method based on a 5G network, wherein the information extraction system comprises a detection area setting module, a signal location judgment module, a people flow acquisition module and a network switching judgment module, the detection area setting module is used for a user to preset a signal switching detection area, the signal location judgment module is used for acquiring the current location of a user mobile phone signal and judging whether the current location of the user belongs to the signal switching detection area, the people flow acquisition module is used for acquiring people flow around the user when the current location of the user mobile phone signal belongs to the signal switching detection area, and the network switching judgment module judges whether to switch a network according to the people flow around the user.
Description
Technical Field
The invention relates to the field of information extraction, in particular to an information extraction system based on a 5G network.
Background
5G is the latest generation of cellular mobile communications technology, and is also an extension following 4G (LTE-A, WiMax), 3G (UMTS, LTE) and 2G (gsm) systems. The performance goals of 5G are high data rate, reduced latency, energy savings, reduced cost, increased system capacity and large-scale device connectivity, so 5G can provide greater bandwidth and faster speed to users. However, in the prior art, the cost of 5G is relatively expensive.
Disclosure of Invention
The invention aims to provide an information extraction system and an information extraction method based on a 5G network, which aim to solve the problems in the prior art.
In order to achieve the purpose, the invention provides the following technical scheme:
the utility model provides an information extraction system based on 5G network, the information extraction system includes detection area setting module, signal location judging module, people flow and acquires module and network switching judging module, detection area setting module is used for supplying the user to set up signal switching detection area in advance, signal location judging module is used for acquireing the current location of user's cell-phone signal to judge whether the current location of user belongs to signal switching detection area, people flow acquires the module and is used for acquireing the people flow around the user when the current location of user's cell-phone signal belongs to signal switching detection area, whether network switching judging module switches the network according to people flow around the user. .
Preferably, the network switching determination module includes a first traffic threshold comparison module, a second traffic threshold comparison module, an extraction information determination module, a signal switching module, and a signal holding module, the first traffic threshold comparison module is configured to compare the human traffic around the user with a first traffic threshold, the human traffic around the user is greater than or equal to the first traffic threshold, the transmission information causes the signal switching module to operate, the human traffic around the user is smaller than the first traffic threshold, the transmission information causes the second traffic threshold comparison module to operate, the second traffic threshold comparison module is configured to compare the human traffic around the user with a second traffic threshold, the human traffic around the user is smaller than or equal to the second traffic threshold, the transmission information causes the signal holding module to operate, the human traffic around the user is greater than the second traffic threshold, the transmission information causes the extraction information determination module to operate, the extraction information judging module is used for extracting the background application program information of the user mobile phone and judging whether to switch to a 5G network or not according to the extraction information, the signal switching module is used for switching the signal of the user mobile phone to the 5G network, and the signal holding module is used for holding the current signal state of the user mobile phone.
Preferably, the extracted information judging module comprises a foreground application judging module and a background application judging module, the foreground application judging module is used for acquiring the network data packet transmitted by the foreground application currently used by the user, when the size of the network data packet is larger than or equal to a foreground network data packet threshold value, the transmitted information enables the signal switching module to work, when the size of the network data packet is smaller than the foreground network data packet threshold value, the transmitted information enables the background application judging module to work, the background application judging module comprises a system self-contained background program judging module, an effective application screening module, a use time point sorting module, a data packet sum counting module and a data packet sum comparing module, the system self-contained background program judging module is used for acquiring the peak value of the size of the network data packet when the system self-contained background application runs in the background, and transmitting information to enable the signal switching module to work when the peak value of the size of the network data packet is larger than or equal to a background data packet threshold value, wherein the effective application program screening module is used for selecting effective application programs from non-system self-contained background application programs in a user mobile phone, the using time point sorting module is used for acquiring the using time points of all the effective application programs which are finally used as foreground application programs and sorting the using time points in sequence from late to early, the first ordered effective application program is selected as a first active application program, and the data packet sum counting module is used for counting the sum of data packets of network data transmitted when all the effective application programs except the first active application program operate in the background and the sum of data packets of the peak value of the network data packets transmitted when the first active application program is finally used as the foreground application program, the data packet sum comparing module transmits information to enable the signal switching module to work when the data packet sum is larger than or equal to the data packet sum threshold value, and transmits information to enable the signal keeping module to work when the data packet sum is smaller than the data packet sum threshold value.
Preferably, the effective application screening module comprises an interval time screening module and a white list screening module, the interval time screening module acquires a use time point when a background application program of the mobile phone of the user is finally used as a foreground application program, calculates an actual interval time between the use time point and a current time point, selects the background application program as the effective application program when the actual interval time of the background application program is smaller than a first time interval threshold value, and the white list screening module is used for screening the background application program belonging to the white list database from the non-system self background application program as the effective application program.
An information extraction method based on a 5G network comprises the following steps:
step S1: a user presets a signal switching detection area;
step S2: acquiring the current location of a user mobile phone signal, and acquiring the flow of people around a user if the current location of the user mobile phone signal belongs to a signal switching detection area;
step S3: and judging whether to switch the network according to the flow of people around the user.
Preferably, the step S3 further includes:
if the flow of people around the user is larger than or equal to the first flow threshold, switching the mobile phone signal of the user into a 5G network;
if the human flow around the user is smaller than the first flow threshold and the human flow around the user is larger than the second flow threshold, extracting the information of the background application program of the mobile phone of the user, and judging whether to switch to a 5G network or not according to the extracted information;
and if the human flow around the user is less than or equal to a second flow threshold value, keeping the current signal state of the mobile phone of the user, wherein the second flow threshold value is less than the first flow threshold value.
Preferably, the step S3 of extracting the information of the background application program of the mobile phone of the user, and determining whether to switch to the 5G network according to the extracted information includes the following steps:
step S31: acquiring a network data packet transmitted by a foreground application program currently used by a user, switching a mobile phone signal of the user into a 5G network if the size of the network data packet is larger than or equal to a foreground network data packet threshold value, and turning to step S32 if the size of the network data packet is smaller than the foreground network data packet threshold value;
step S32: obtaining background application programs of a user mobile phone and screening effective application programs from the background application programs, sequencing the use time points of the effective application programs which are finally used as foreground application programs according to the sequence from late to early, and selecting the first sequenced effective application program as a first active application program;
step S33: calculating the sum of data packets of network data transmitted by all effective application programs except the first active application program when the effective application programs operate in the background and the sum of data packets of the peak value of the network data transmitted by the first active application program when the first active application program is finally used as a foreground application program, and switching the mobile phone signal of the user into a 5G network if the sum of the data packets is more than or equal to the sum threshold of the data packets; if the sum of the data packets is less than the threshold value of the sum of the data packets, the current signal state of the user's mobile phone is maintained.
Preferably, the step S32 of screening out valid applications includes:
the method comprises the steps of obtaining a use time point when a background application program of a user mobile phone is finally used as a foreground application program, and taking the use time point when each background application program in the user mobile phone is finally used as the foreground application program and the actual interval time of the current time point, wherein if the actual interval time of a certain background application program is smaller than a first time interval threshold value, the background application program is an effective application program.
Preferably, before the step S22 of obtaining the use time point when each background application of the mobile phone of the user is finally used as the foreground application, the method further includes:
the method comprises the steps of obtaining non-system self-contained background application programs in a mobile phone of a user, obtaining a peak value of a network data packet size when a certain non-system self-contained background application program belongs to the system self-contained background application program when the system self-contained background application program runs in a background, and switching a mobile phone signal of the user into a 5G network if the peak value of the network data packet size is larger than or equal to a background data packet threshold value.
Preferably, the step S32 of screening out valid applications includes:
acquiring non-system self-contained background application programs in a mobile phone of a user, and if some non-system self-contained background application program belongs to the background application program in a white list database, the background application program is an effective application program, wherein the white list database is a preset normally open application program.
Compared with the prior art, the invention has the beneficial effects that: the invention judges whether the current location of the user mobile phone signal belongs to a signal switching detection area, acquires the people flow around the user when the current location of the user mobile phone signal belongs to the signal switching detection area, directly switches to a 5G network according to the situation that the people flow around the user is more, keeps the network signal unchanged when the people flow is less, extracts the background application program information of the user mobile phone when the people flow is not more or less, and judges whether to switch to the 5G network according to the extracted information, so that the network cost when the user mobile phone transmits or receives data is lower, and the data transmission or receiving rate of the user mobile phone is higher.
Drawings
FIG. 1 is a schematic block diagram of an information extraction system based on a 5G network according to the present invention;
fig. 2 is a schematic flow chart of an information extraction method based on a 5G network according to 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 drawings in 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.
Referring to fig. 1 to 2, in the embodiment of the present invention, an information extraction system based on a 5G network includes a detection region setting module, a signal location determination module, a people flow rate acquisition module, and a network switching determination module, where the detection region setting module is used for a user to preset a signal switching detection region, the signal location determination module is used for acquiring a current location of a user mobile phone signal and determining whether the current location of the user belongs to the signal switching detection region, the people flow rate acquisition module is used for acquiring people flow rates around the user when the current location of the user mobile phone signal belongs to the signal switching detection region, and the network switching determination module determines whether to switch a network according to the people flow rates around the user.
The network switching judging module comprises a first flow threshold value comparing module, a second flow threshold value comparing module, an extraction information judging module, a signal switching module and a signal holding module, wherein the first flow threshold value comparing module is used for comparing the human flow around the user with the first flow threshold value, the human flow around the user is larger than or equal to the first flow threshold value, the transmission information signal switching module works, the human flow around the user is smaller than the first flow threshold value, the transmission information signal threshold value comparing module works, the second flow threshold value comparing module is used for comparing the human flow around the user with the second flow threshold value, the human flow around the user is smaller than or equal to the second flow threshold value, the transmission information signal holding module works, the human flow around the user is larger than the second flow threshold value, the transmission information extraction information judging module works, the extraction information judging module is used for extracting the background application program information of the user mobile phone and judging whether to switch to a 5G network or not according to the extraction information, the signal switching module is used for switching the signal of the user mobile phone to the 5G network, and the signal holding module is used for holding the current signal state of the user mobile phone.
The extracted information judging module comprises a foreground application judging module and a background application judging module, the foreground application judging module is used for acquiring a network data packet transmitted by a foreground application currently used by a user, transmitting information to enable the signal switching module to work when the size of the network data packet is larger than or equal to a foreground network data packet threshold value, and transmitting information to enable the background application judging module to work when the size of the network data packet is smaller than the foreground network data packet threshold value, the background application judging module comprises a system self-contained background program judging module, an effective application screening module, a use time point sorting module, a data packet sum counting module and a data packet sum comparing module, the system self-contained background program judging module is used for acquiring the peak value of the size of the network data packet when the system self-contained background application runs in the background, and transmitting information to enable the signal switching module to work when the peak value of the size of the network data packet is larger than or equal to a background data packet threshold value, wherein the effective application program screening module is used for selecting effective application programs from non-system self-contained background application programs in a user mobile phone, the using time point sorting module is used for acquiring the using time points of all the effective application programs which are finally used as foreground application programs and sorting the using time points in sequence from late to early, the first ordered effective application program is selected as a first active application program, and the data packet sum counting module is used for counting the sum of data packets of network data transmitted when all the effective application programs except the first active application program operate in the background and the sum of data packets of the peak value of the network data packets transmitted when the first active application program is finally used as the foreground application program, the data packet sum comparing module transmits information to enable the signal switching module to work when the data packet sum is larger than or equal to the data packet sum threshold value, and transmits information to enable the signal keeping module to work when the data packet sum is smaller than the data packet sum threshold value.
The effective application program screening module comprises an interval time screening module and a white list screening module, the interval time screening module acquires a use time point when a background application program of a user mobile phone is finally used as a foreground application program and calculates the actual interval time between the use time point and the current time point, the actual interval time of the background application program is smaller than a first time interval threshold value, the background application program is selected as an effective application program, and the white list screening module is used for screening the background application program belonging to the white list database from the non-system self background application program as the effective application program.
An information extraction method based on a 5G network comprises the following steps:
step S1: a user presets a signal switching detection area;
step S2: acquiring the current location of a user mobile phone signal, and acquiring the flow of people around a user if the current location of the user mobile phone signal belongs to a signal switching detection area;
step S3: judging whether to switch the network according to the flow of people around the user:
if the flow of people around the user is larger than or equal to the first flow threshold, switching the mobile phone signal of the user into a 5G network;
if the human flow around the user is less than or equal to a second flow threshold value, the current signal state of the mobile phone of the user is kept, wherein the second flow threshold value is less than the first flow threshold value:
if the human flow around the user is smaller than the first flow threshold and the human flow around the user is larger than the second flow threshold, extracting the information of the background application program of the mobile phone of the user, and judging whether to switch to a 5G network or not according to the extracted information;
the method for extracting the background application program information of the user mobile phone and judging whether to switch to the 5G network according to the extracted information comprises the following steps:
step S31: acquiring a network data packet transmitted by a foreground application program currently used by a user, switching a mobile phone signal of the user into a 5G network if the size of the network data packet is larger than or equal to a foreground network data packet threshold value, and turning to step S32 if the size of the network data packet is smaller than the foreground network data packet threshold value;
step S32: obtaining background application programs of a user mobile phone and screening effective application programs from the background application programs, sequencing the use time points of the effective application programs which are finally used as foreground application programs according to the sequence from late to early, and selecting the first sequenced effective application program as a first active application program;
before obtaining the use time point when each background application program of the user mobile phone is finally used as the foreground application program, the method further comprises the following steps:
acquiring non-system self-contained background application programs in a mobile phone of a user, acquiring a peak value of a network data packet size when a certain non-system self-contained background application program belongs to the system self-contained background application program when the system self-contained background application program runs in a background, and switching a mobile phone signal of the user into a 5G network if the peak value of the network data packet size is larger than or equal to a background data packet threshold value;
the screening of the effective application programs comprises the following steps:
step S321: acquiring a use time point when a background application program of a user mobile phone is finally used as a foreground application program, and taking the use time point when each background application program in the user mobile phone is finally used as the foreground application program and the actual interval time of the current time point, wherein if the actual interval time of a certain background application program is smaller than a first time interval threshold value, the background application program is an effective application program;
step S322: acquiring non-system self-contained background application programs in a mobile phone of a user, and if some non-system self-contained background application program belongs to the background application program in a white list database, the background application program is an effective application program, wherein the white list database is a preset normally open application program;
step S33: calculating the sum of data packets of network data transmitted by all effective application programs except the first active application program when the effective application programs operate in the background and the sum of data packets of the peak value of the network data transmitted by the first active application program when the first active application program is finally used as a foreground application program, and switching the mobile phone signal of the user into a 5G network if the sum of the data packets is more than or equal to the sum threshold of the data packets; if the sum of the data packets is less than the threshold value of the sum of the data packets, the current signal state of the user's mobile phone is maintained. When a user uses a mobile phone, the user often does not use a certain application program singly, and often switches to a certain background application program when using a foreground application program, so that whether a network signal is switched or not is judged according to the data packet sum and the data packet sum threshold value, the use experience of the user is prevented from being influenced, and when an effective application program is screened out, the effective application program is selected from non-system self-contained background application programs.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (5)
1. An information extraction system based on a 5G network is characterized in that: the information extraction system comprises a detection area setting module, a signal location judging module, a people flow obtaining module and a network switching judging module, wherein the detection area setting module is used for a user to preset a signal switching detection area, the signal location judging module is used for obtaining the current location of a user mobile phone signal and judging whether the current location of the user belongs to the signal switching detection area, the people flow obtaining module is used for obtaining people flow around the user when the current location of the user mobile phone signal belongs to the signal switching detection area, and the network switching judging module judges whether to switch a network according to the people flow around the user;
the information extraction method of the information extraction system comprises the following steps:
step S1: a user presets a signal switching detection area;
step S2: acquiring the current location of a user mobile phone signal, and acquiring the flow of people around a user if the current location of the user mobile phone signal belongs to a signal switching detection area;
step S3: judging whether to switch the network according to the human flow around the user;
the step S3 further includes:
if the flow of people around the user is larger than or equal to the first flow threshold, switching the mobile phone signal of the user into a 5G network;
if the human flow around the user is smaller than the first flow threshold and the human flow around the user is larger than the second flow threshold, extracting the information of the background application program of the mobile phone of the user, and judging whether to switch to a 5G network or not according to the extracted information;
and if the human flow around the user is less than or equal to a second flow threshold value, keeping the current signal state of the mobile phone of the user, wherein the second flow threshold value is less than the first flow threshold value.
2. The information extraction system based on the 5G network according to claim 1, wherein: the step S3 of extracting the user mobile phone background application information and determining whether to switch to the 5G network according to the extracted information includes the following steps:
step S31: acquiring a network data packet transmitted by a foreground application program currently used by a user, switching a mobile phone signal of the user into a 5G network if the size of the network data packet is larger than or equal to a foreground network data packet threshold value, and turning to step S32 if the size of the network data packet is smaller than the foreground network data packet threshold value;
step S32: obtaining background application programs of a user mobile phone and screening effective application programs from the background application programs, sequencing the use time points of the effective application programs which are finally used as foreground application programs according to the sequence from late to early, and selecting the first sequenced effective application program as a first active application program;
step S33: calculating the sum of data packets of network data transmitted by all effective application programs except the first active application program when the effective application programs operate in the background and the sum of data packets of the peak value of the network data transmitted by the first active application program when the first active application program is finally used as a foreground application program, and switching the mobile phone signal of the user into a 5G network if the sum of the data packets is more than or equal to the sum threshold of the data packets; if the sum of the data packets is less than the threshold value of the sum of the data packets, the current signal state of the user's mobile phone is maintained.
3. The information extraction system based on the 5G network according to claim 2, wherein: the step S32 of filtering out valid applications includes:
the method comprises the steps of obtaining a use time point when a background application program of a user mobile phone is finally used as a foreground application program, and taking the use time point when each background application program in the user mobile phone is finally used as the foreground application program and the actual interval time of the current time point, wherein if the actual interval time of a certain background application program is smaller than a first time interval threshold value, the background application program is an effective application program.
4. The information extraction system based on the 5G network according to claim 3, wherein: before the step S32 of obtaining the use time point when each background application program of the user' S mobile phone is finally used as the foreground application program, the method further includes:
the method comprises the steps of obtaining non-system self-contained background application programs in a mobile phone of a user, obtaining a peak value of a network data packet size when a certain non-system self-contained background application program belongs to the system self-contained background application program when the system self-contained background application program runs in a background, and switching a mobile phone signal of the user into a 5G network if the peak value of the network data packet size is larger than or equal to a background data packet threshold value.
5. The information extraction system based on the 5G network according to claim 3, wherein: the step S32 of filtering out valid applications includes:
acquiring non-system self-contained background application programs in a mobile phone of a user, and if some non-system self-contained background application program belongs to the background application program in a white list database, the background application program is an effective application program, wherein the white list database is a preset normally open application program.
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| US20170026856A1 (en) * | 2015-07-24 | 2017-01-26 | Viavi Solutions Uk Limited | Self-optimizing network (son) system for mobile networks |
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