CN115564525B - Method for checking and displaying server identification, electronic equipment and storage medium - Google Patents

Method for checking and displaying server identification, electronic equipment and storage medium Download PDF

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CN115564525B
CN115564525B CN202211198137.3A CN202211198137A CN115564525B CN 115564525 B CN115564525 B CN 115564525B CN 202211198137 A CN202211198137 A CN 202211198137A CN 115564525 B CN115564525 B CN 115564525B
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server
identification
identifier
geographic
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CN115564525A (en
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佟业新
王殿胜
刘昊
李震宇
薄满辉
陈晓宇
李睿
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China Travelsky Mobile Technology Co Ltd
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Abstract

The invention provides a method for checking and displaying a server identifier, electronic equipment and a storage medium, wherein the method comprises the following steps: acquiring first data information of all event execution servers in a geographic area corresponding to a request-to-send geographic identifier; acquiring a plurality of first vehicle type evaluation parameters; determining a server identifier of the largest first vehicle type evaluation parameter as a first target server identifier; sequencing preset coefficients corresponding to the first vehicle type to obtain a first identification list; determining a second target server identifier according to the first identifier list; and controlling the target terminal to display the first target server identification and the second target server identification in the checking state. According to the method and the system, the historical order information of the user request is obtained, the user group with the historical order of 0 is comprehensively compared and ordered, the vehicle type prices and the service quality of all the service providers are comprehensively compared and ordered, the service provider with the lowest price and the highest service quality is marked and automatically checked, the operation of the user is reduced, and the user experience is improved.

Description

Method for checking and displaying server identification, electronic equipment and storage medium
Technical Field
The present invention relates to the field of data processing, and in particular, to a method for checking and displaying a server identifier, an electronic device, and a storage medium.
Background
When a user drives on the multi-data source platform, the driving platform aggregates data sources of various service providers, the service providers provide driving services according to reservation orders and real-time orders, but different service providers have different holding amounts in motorcades in different cities, the service quality of each service provider is also different, the display sequence among the various service providers on the existing driving platform is only ordered according to prices, the behavior habits of different user groups cannot be reflected, the user is required to carry out checking and confirmation by itself, and the user experience is poor.
Disclosure of Invention
Aiming at the technical problems, the invention adopts the following technical scheme:
The checking display method of the server identification is applied to an event dispatch server, and the event dispatch server is in communication connection with a plurality of event execution servers; each event execution server has a corresponding server identification;
the method for checking and displaying the server identification comprises the following steps:
S100, receiving an identification display request sent by a target terminal, wherein the identification display request comprises a request sending geographic identification D 2 and a terminal identification D 3;
S200, acquiring the number D 4 of event completion and a target geographic identification list DK; if D 2 e DK and D 3 meet the set condition and D 4 =0, then step S300 is performed; the event completion number D 4 is the number of target events completed by the target terminal in the first target time period T 1＝[t0,tnow; t 0 is a first set time point, and t now is a current time; t 0＜tnow;
S300, acquiring first data information of all event execution servers in a geographic area corresponding to the request sending geographic identifier D 2, to obtain a first data information set Q＝(Q1,...,Qm,...,Qn),Qm＝(Fm1,Fm2,Fm3,Fm4);, where m=1, n; n is the number of event execution servers in the geographic area corresponding to the request-to-send geographic identifier D 2; q m is first data information of an mth event execution server in a geographic area corresponding to the request sending geographic identifier D 2; f m1 is a preset coefficient corresponding to the first vehicle type of Q m; f m2 is a preset coefficient corresponding to the second vehicle type of Q m; f m3 is a preset coefficient corresponding to a third vehicle type of Q m; f m4 is a preset coefficient corresponding to the fourth vehicle type of Q m; f m1＜Fm2＜Fm3＜Fm4;
S400, acquiring first vehicle type evaluation parameters corresponding to preset coefficients corresponding to a plurality of first vehicle types, and obtaining a first vehicle type evaluation parameter list P= (P 1,...,Pm,...,Pn); wherein, P m is a first vehicle type evaluation parameter corresponding to F m1;
s500, determining a server identifier corresponding to MAX (P) as a first target server identifier; wherein MAX () is a preset maximum value determining function;
S600, sorting preset coefficients corresponding to n first vehicle types according to F 11,...,Fm1,...,Fn1 to obtain a first identification list W= (the preset coefficient corresponding to the first vehicle type corresponding to W 1,...,Wm,...,Wn);W1,...,Wm,...,Wn is increased, wherein W m is the preset coefficient corresponding to the m first vehicle type in W;
S700, determining a server identifier corresponding to W 1,...,Wr,...,Ws as a second target server identifier; wherein W r is the r second target server identification, r=1,..s; s is less than or equal to n;
s800, determining a display sequence of server identifications of each event execution server in the geographic area corresponding to the request sending geographic identification D 2, and controlling the target terminal to display the first target server identification and the second target server identification in a checking state.
A non-transitory computer readable storage medium storing a computer program which when executed by a processor implements the method of checkpointing a server identifier.
An electronic device comprising a memory, a processor and a computer program stored in the memory and executable on the processor, the processor implementing a method of checkpointing a server identifier when executing the computer program.
The invention has at least the following beneficial effects:
The method comprises the steps of obtaining first data information of all event execution servers in a geographic area corresponding to a request to send geographic identification, obtaining a plurality of first vehicle type evaluation parameters, determining a server identification of the largest first vehicle type evaluation parameter as a first target server identification, sequencing preset coefficients corresponding to the first vehicle type to obtain a first identification list, determining a second target server identification according to the first identification list, and controlling a target terminal to display the first target server identification and the second target server identification in a checking state. By acquiring the historical order information of the user request, the user group with the historical order of 0 is subjected to comprehensive comparison and sorting on the model prices and the service quality of all the service providers, the service provider with the lowest price and the highest service quality is marked and automatically checked, the user can conveniently confirm and select, the accuracy of user recommendation is improved, the operation of the user is reduced, and the user experience is improved.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required for the description of the embodiments will be briefly described below, and it is apparent that the drawings in the following description are only some embodiments of the present invention, and other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
Fig. 1 is a connection block diagram of an event dispatch server of a method for checking and displaying a server identifier according to an embodiment of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to fall within the scope of the invention.
A checking display method of server identification is applied to a taxi taking platform, and sorts service providers according to a user request and checks and displays specific service providers.
The checking and displaying method of the server identification is applied to an event dispatch server as shown in fig. 1, wherein the event dispatch server is in communication connection with a plurality of event execution servers; the event dispatch server is provided with a plurality of corresponding target terminals, the target terminals can be input terminals of users, such as mobile terminals of mobile phones, tablets and the like, and the users send identification display requests to the event dispatch server through the target terminals and input related information; the event dispatch server is used for sending an identification display request of the target event to the event execution server; each target event corresponds to an execution geographic mark, and the execution geographic mark is geographic area information when the event execution server completes the target event; the event execution server is used for determining whether to respond to the identification display request after receiving the identification display request, and executing a target event corresponding to the identification display request after determining to respond to the identification display request; each event execution server has a corresponding server identification; the event dispatch server is in communication connection with a first database, and the first database is used for storing related information sent by the target terminal and a response result of the identification display request.
And the user sends a taxi taking request (identification display request) to a taxi taking platform (event dispatch server) through the target terminal, the taxi taking platform performs sequencing display on a plurality of service providers (event execution servers) according to the taxi taking request, and the service providers ranked at the front are checked according to screening conditions.
The method for checking and displaying the server identification comprises the following steps:
S100, receiving an identification display request sent by a target terminal, wherein the identification display request comprises a request sending geographic identification D 2 and a terminal identification D 3;
The request sending geographic identifier D 2 is the identification information of the geographic area where the target terminal sends the identifier display request, if the user holds the target terminal to send the identifier display request in beijing, that is, the user sends the taxi taking request in beijing, and the request sending geographic identifier D 2 in the identifier display request is in beijing; the terminal identifier D 3 is the identification information of the target terminal, i.e., the personal information of the user.
S200, acquiring the number D 4 of event completion and a target geographic identification list DK, wherein the target geographic identification list DK is a target list comprising a plurality of geographic area identifications; if D 2 e DK and D 3 meet the set condition and D 4 =0, then step S300 is performed; the event completion number D 4 is the number of target events completed by the target terminal in the first target time period T 1＝[t0,tnow; t 0 is a first set time point, and t now is a current time; t 0＜tnow;
The number of completed events D 4 is the number of completed target events of the target terminal in the first target time period, namely the number of driving times of the target terminal in the first target time period; the target geographic identification list DK may be represented as a city list with a large number of driving orders, if the request sent geographic identification D 2 of the user is in the target geographic identification list DK, which indicates that the user is currently in a city with a large number of driving orders, and the terminal identification D 3 meets the setting condition, the setting condition may be distinguished by the tail number of the terminal identification D 3 of the target terminal, if the tail number of the terminal identification D 3 is 2, 5, 6, 7, 8, 9, the setting condition is considered to be met, otherwise, the tail number of the terminal identification D 3 is 0,1, 3, 4, the setting condition is considered to be not met, the user meeting the setting condition is most of the users, the user meeting the setting condition is a small number of the users, the user meeting the setting condition is executing the old policy or executing a scheme different from the embodiment, and the purpose is to perform the AB test to determine the optimal checking display policy.
The first period is a period between t 0 and t now, t 0 may be one year, then the first period is represented as the last year of the user, and the number of event completions D 4 is the number of times the user has driven in the last year.
The event dispatch server obtains the completion number of the target event of each event execution server corresponding to the target terminal and the completion data information of the target event corresponding to each execution geographic identifier from the first database according to the request sending geographic identifier D 2 and the terminal identifier D 3.
The target geographic identification list DK is determined by the following steps:
S210, acquiring the completion data information of the target event corresponding to each execution geographic identifier according to the execution geographic identifier to obtain a completion amount data information set A= (A 1,...,Ab,...,Ac),Ab＝(Eb1,Eb2); wherein, b=1, c; c is the number of performing geographic identification; a b is the completion data information of the target event corresponding to the b-th execution geographic mark; e b1 is the execution geographic identifier corresponding to A b, and E b2 is the completion number of the target event corresponding to E b1;
And executing the geographic mark to be geographic area information when the event execution server completes the target event, and if the event execution server is the service provider A, executing the geographic mark to be city information where all completed taxi taking orders of the service provider A are located.
The completion data information of each target event corresponding to the execution geographic identifier obtained in step S210 is the number of orders in all cities having service providers or completed driving orders, each element in the completion amount data information set a may be represented as a historical order completion number of one city, E b1 is a city in which the driving order is completed, and E b2 is an order completion number corresponding to the order completion city.
S220, according to E 12,...,Eb2,...,Ec2, sorting the c execution geographic identifications to obtain a second identification list
L= (L 1,...,Lb,...,Lc);L1,...,Lb,...,Lc is the number of completed target events corresponding to L b is the number of completed target events in L
B, executing geographic identification;
And ranking all cities from large to small according to the order completion times corresponding to the order completion cities, wherein if the number of the historical orders of the first city is 100, the number of the historical orders of the second city is 120 and the number of the historical orders of the third city is 80, the ordered cities are in the order of the second city, the first city and the third city.
S230, determining the execution geographic identifier corresponding to the L 1,...,Lh,...,Ls as a target geographic identifier to obtain a target geographic identifier list DK= (L 1,...,Lh,...,Ls); wherein L h is the h target geographic identifier in DK, h=1,..s; s is less than or equal to c;
And selecting the first s cities from the sorted c cities, determining the s cities as target cities, namely target geographic identifications, wherein a list formed by the target geographic identifications is a target geographic identification list, if c is 100, and s is 40, the first 40 city lists which are sorted according to the number of historical orders are in the target geographic identification list.
S300, acquiring first data information of all event execution servers in a geographic area corresponding to the request sending geographic identifier D 2, to obtain a first data information set Q＝(Q1,...,Qm,...,Qn),Qm＝(Fm1,Fm2,Fm3,Fm4);, where m=1, n; n is the number of event execution servers in the geographic area corresponding to the request-to-send geographic identifier D 2; q m is first data information of an mth event execution server in a geographic area corresponding to the request sending geographic identifier D 2; f m1 is a preset coefficient corresponding to the first vehicle type of Q m; f m2 is a preset coefficient corresponding to the second vehicle type of Q m; f m3 is a preset coefficient corresponding to a third vehicle type of Q m; f m4 is a preset coefficient corresponding to the fourth vehicle type of Q m; f m1＜Fm2＜Fm3＜Fm4;
the preset coefficients corresponding to the first vehicle type, the preset coefficients corresponding to the second vehicle type, the preset coefficients corresponding to the third vehicle type and the preset coefficients corresponding to the fourth vehicle type are price parameters of the first vehicle type, the second vehicle type, the third vehicle type and the fourth vehicle type respectively, and the first vehicle type, the second vehicle type, the third vehicle type and the fourth vehicle type respectively correspond to one vehicle type of a service provider, such as economy type, comfort type, business type and luxury type in sequence, and can also be other vehicle types, the number of the vehicle types is not fixed, the embodiment only provides an example of four vehicle types, each element in the first data information set Q is composed of prices of four vehicle types, the price is the total price of the same mileage, the price can also be the unit price, for example, the first data information of the service provider A is (8, 9,10 and 12), the unit price of the economic vehicle representing the service provider A is 8 elements, the unit price of the comfort type vehicle is 9 elements, the unit price of the business type vehicle is 10 elements, and the unit price of the luxury vehicle is 12 elements. If a certain service provider only has three types of vehicle types, the missing data of the type of vehicle types is represented by 0, if the service provider B has only economical, comfortable and business types and no luxury type is set, the preset coefficient corresponding to the fourth vehicle type in the first data information of the service provider B is 0.
S400, acquiring first vehicle type evaluation parameters corresponding to preset coefficients corresponding to a plurality of first vehicle types, and obtaining a first vehicle type evaluation parameter list P= (P 1,...,Pm,...,Pn); wherein, P m is a first vehicle type evaluation parameter corresponding to F m1;
The vehicle type evaluation parameters are scores of service quality of vehicle types corresponding to service providers, the higher the scores are, the better the service quality of the vehicle types representing the service providers is, each vehicle type corresponds to one vehicle type evaluation parameter, and the first vehicle type evaluation parameter is selected as a processing object of the vehicle type evaluation parameters because the price of the economic type in the vehicle type of each service provider is the lowest price in all the vehicle types.
And obtaining scores of service quality corresponding to economic vehicle types of all service providers, forming a first vehicle type evaluation parameter list P, storing the scores of the service quality in a first database, and directly calling the scores in the first database by an event dispatch server.
S500, determining a server identifier corresponding to MAX (P) as a first target server identifier; wherein MAX () is a preset maximum value determining function;
The server identification corresponding to MAX (P) is the identification information of the service provider with the highest score of service quality, the identification information is determined as a first target server identification, and the first target server identification is expressed as the service provider with the highest service quality of the lowest price vehicle type in all the service providers.
S600, sorting preset coefficients corresponding to n first vehicle types according to F 11,...,Fm1,...,Fn1 to obtain a first identification list W= (the preset coefficient corresponding to the first vehicle type corresponding to W 1,...,Wm,...,Wn);W1,...,Wm,...,Wn is increased, wherein W m is the preset coefficient corresponding to the m first vehicle type in W;
and sequencing all service providers from small to large according to the unit price of the economical vehicle type to obtain a first identification list W.
S700, determining a server identifier corresponding to W 1,...,Wr,...,Ws as a second target server identifier; wherein W r is the r second target server identification, r=1,..s; s is less than or equal to n;
and determining the top s service providers from the n service providers after sequencing, wherein the top s service providers are used as a second target server identifier, the price of the lowest vehicle type of the top s service providers is lower in all service providers, and the price of the economical vehicle type of the service provider ranked first is lowest in all service providers.
S800, determining a display sequence of server identifications of each event execution server in a geographic area corresponding to the request sending geographic identification D 2, and controlling a target terminal to display a first target server identification and a second target server identification in a checking state;
Displaying all service providers in the city where the user is located, wherein the first target server identification and the second target server identification are sequentially displayed at the uppermost side of a display interface of the target terminal, namely, the service provider with the highest service quality of the lowest vehicle model is displayed as the first position, the s service providers with the lowest price of the lowest vehicle model are sequentially arranged from the second position to the s+1 position according to the price from low to high, and the first target server identification and the second target server identification are checked by default on the display interface of the target terminal, so that the user can conveniently select the service providers, and the comprehensive price ranking of the corresponding service providers can be obtained by checking the checked result.
Further, step S800 includes:
s810, if S is less than or equal to g, executing a step S820; otherwise, step S830 is performed; wherein g is a preset threshold value, and g is less than or equal to n;
S820, determining the sequence of the server identifier corresponding to MAX (P), the server identifier corresponding to W 1 and the server identifier corresponding to W s as a display sequence, and controlling the target terminal to display the first target server identifier and the second target server identifier in a checking state;
And S830, determining the sequence of the server identifier corresponding to MAX (P), the server identifier corresponding to W 1, the sequence of the server identifier corresponding to W g as a display sequence, and controlling the target terminal to display the first target server identifier and the second target server identifier in a checking state.
G is a checking threshold value, if s is smaller than or equal to g, the s service providers with the lowest price of the lowest vehicle model are checked and displayed, if s is larger than g, the first g service providers in the s service providers with the lowest price of the lowest vehicle model are checked, and the rest service providers are only displayed and not checked.
The above is the first embodiment of the present invention, and the first embodiment of the present invention proposes the second embodiment of the present invention, namely, the vehicle type recommendation and the recommendation policy for the user group whose number of target events completed in the first target time period is not 0, which is to recommend and select only the service provider whose comprehensive condition is better, which is low in price and high in service quality, to the user group, because the historical order of the user group is 0, and the service provider whose comprehensive condition is better, which is not applicable to all the user groups, because the user group is single, because the user group is not applicable to all the user groups.
In the second embodiment of the present invention, step S100 is the same as the first embodiment, and step S200 of the second embodiment includes:
S201, if D 4 is not equal to 0, i.e. the number of the target events completed in the first target time period is not 0, executing step S202;
S202, obtaining the completion quantity of the target event of each event execution server corresponding to the target terminal, and obtaining a third data information set Y= (Y 1,...,Yu,...,Yv); wherein u=1, v; v is the number of event execution servers corresponding to the target terminal; y u is the number of completed target events of the u-th event execution server corresponding to the target terminal;
Each element in the third data information set Y is the number of service providers used by the historical orders of the user, for example, the user a uses the service provider a3 times, uses the service provider B3 times and uses the service provider C4 times in the past year, and the total number of the third data information sets Y corresponding to the user a is three, and the total number of the service providers a, B and C is (3, 4).
S203, according to Y 1,...,Yu,...,Yv, determining a preference index H (u) = (- Σ v e＝1(Ye/D4))*log(Yu/D4) of a u-th event execution server corresponding to the target terminal;
And calculating a preference index corresponding to each history service provider used by the user through H (u), wherein the preference index is random entropy, the larger the preference index is, the more discrete the data is represented, and the smaller the preference index is, the larger the preference of the user to the service provider is represented, and the user is more inclined to the service provider.
S204, if H (u) is less than TH, determining the server identification of the corresponding event execution server as a third target server identification;
TH is a set threshold, and the preference index is smaller than TH, which is considered as the preference server of the user, and the identifiers of all preference servers are determined as the third target server identifiers.
S205, determining the display sequence of the third target server identification, and controlling the target terminal to display the third target server identification in a checking state;
the checking state of the third target server identifier is the same as the checking states of the first target server identifier and the second target server identifier in the first embodiment, and will not be described herein.
Further, in the second embodiment of the present invention, step S205 includes:
S2051, a fourth data information set O= (O 1,...,Ox,...,Oz),Ox＝Jx/Bx, wherein x=1, the..z, z are the number of the third target server identifications, O x is the fourth data information of the x third target server identifications, J x is the number of identification display requests responded by the event execution server corresponding to the x third target server identifications, and B x is the number of identification display requests received by the event execution server corresponding to the x third target server identifications;
Each element in the fourth data information set O represents the order receiving rate of the corresponding event execution server identified for the third target server, J x is the number of requests responded by the service provider, that is, the number of orders accepted for driving, B x is the total number of requests received by the service provider, and the ratio of the number of accepted orders to the number of received orders is used for representing the order receiving rate of the corresponding service provider.
S2052, sorting the z third target server identifications according to O 1,...,Ox,...,Oz to obtain a third identification list R= (fourth data information corresponding to R 1,...,Rx,...,Rz);R1,...,Rx,...,Rz is decremented, wherein R x is the x third target server identification in R;
And sorting all the third target server identifications from large to small according to the order receiving rate, wherein the service providers corresponding to the third target server identifications with the highest order receiving rate are ranked at the first position, and the service providers corresponding to the third target server identifications with the lowest order receiving rate are ranked at the last position.
S2053, determining z third target server identifications as a display sequence of each third target server identification according to the sequence of R 1,...,Rx,...,Rz, and controlling the target terminal to display each third target server identification in the display sequence;
Further, after step S2053, the second embodiment of the present invention further includes:
S2054, storing the third identification list R and the preference index of each event execution server into a first database with the storage time being a second target time period T 2＝[t2,t1; wherein t 1 is a second set time point, and t 2 is a third set time point; t 2＜t1.
The time period of the storage time is smaller than the time period of acquiring the historical order of the user, preference information and driving information of the user are stored in the first database, and the storage time is a second target time period which can be one month, namely 31 days. The first database may be a redis database, and then the cache of the redis database ages, i.e., the second target period of time.
According to the second embodiment of the invention, the driving behavior habit of the user is analyzed through the preference data of the historical orders of the user, and the service providers with smaller preference indexes are checked and displayed, so that the user can check the most used service providers at the first time, and the order confirmation of the user is facilitated.
According to the invention, by acquiring the historical order information of the user request, the user group with the historical order of 0 is comprehensively compared and ordered the price and the service quality of all the service providers, the service provider with the lowest price and the highest service quality is marked and automatically checked, the user can conveniently confirm and select, the recommending accuracy of the user is improved, the operation of the user is reduced, and the user experience is improved.
Embodiments of the present invention also provide a non-transitory computer readable storage medium that may be disposed in an electronic device to store at least one instruction or at least one program for implementing one of the methods embodiments, the at least one instruction or the at least one program being loaded and executed by the processor to implement the methods provided by the embodiments described above.
Embodiments of the present invention also provide an electronic device comprising a processor and the aforementioned non-transitory computer-readable storage medium.
Embodiments of the present invention also provide a computer program product comprising program code for causing an electronic device to carry out the steps of the method according to the various exemplary embodiments of the invention as described in the specification, when said program product is run on the electronic device.
While certain specific embodiments of the invention have been described in detail by way of example, it will be appreciated by those skilled in the art that the above examples are for illustration only and are not intended to limit the scope of the invention. Those skilled in the art will also appreciate that many modifications may be made to the embodiments without departing from the scope and spirit of the invention. The scope of the invention is defined by the appended claims.

Claims (9)

1. The checking and displaying method of the server identification is characterized by being applied to an event distributing server, wherein the event distributing server is in communication connection with a plurality of event executing servers; each event execution server is provided with a corresponding server identifier;
The method comprises the following steps:
S100, receiving an identification display request sent by a target terminal, wherein the identification display request comprises a request for sending a geographic identification D 2 and a terminal identification D 3;
S200, acquiring the number D 4 of event completion and a target geographic identification list DK; if D 2 e DK and D 3 meet the set condition and D 4 =0, then step S300 is performed; the event completion number D 4 is the number of target events completed by the target terminal in the first target time period T 1＝[t0,tnow; t 0 is a first set time point, and t now is a current time; t 0＜tnow;
S300, acquiring first data information of all event execution servers in a geographic area corresponding to the request sending geographic identifier D 2, to obtain a first data information set Q＝(Q1,...,Qm,...,Qn),Qm＝(Fm1,Fm2,Fm3,Fm4);, where m=1, n; n is the number of event execution servers in the geographic area corresponding to the request-to-send geographic identifier D 2; q m is first data information of an mth event execution server in a geographic area corresponding to the request sending geographic identifier D 2; f m1 is a preset coefficient corresponding to the first vehicle type of Q m; f m2 is a preset coefficient corresponding to the second vehicle type of Q m; f m3 is a preset coefficient corresponding to a third vehicle type of Q m; f m4 is a preset coefficient corresponding to the fourth vehicle type of Q m; f m1＜Fm2＜Fm3＜Fm4; the preset coefficients corresponding to the first vehicle type, the preset coefficients corresponding to the second vehicle type, the preset coefficients corresponding to the third vehicle type and the preset coefficients corresponding to the fourth vehicle type are price parameters of the first vehicle type, the second vehicle type, the third vehicle type and the fourth vehicle type respectively;
S400, acquiring first vehicle type evaluation parameters corresponding to preset coefficients corresponding to a plurality of first vehicle types, and obtaining a first vehicle type evaluation parameter list P= (P 1,...,Pm,...,Pn); wherein, P m is a first vehicle type evaluation parameter corresponding to F m1;
s500, determining a server identifier corresponding to MAX (P) as a first target server identifier; wherein MAX () is a preset maximum value determining function;
S600, sorting preset coefficients corresponding to n first vehicle types according to F 11,...,Fm1,...,Fn1 to obtain a first identification list W= (the preset coefficient corresponding to the first vehicle type corresponding to W 1,...,Wm,...,Wn);W1,...,Wm,...,Wn is increased, wherein W m is the preset coefficient corresponding to the m first vehicle type in W;
S700, determining a server identifier corresponding to W 1,...,Wr,...,Ws as a second target server identifier; wherein W r is the r second target server identification, r=1,..s; s is less than or equal to n;
S800, determining a display sequence of server identifications of each event execution server in a geographic area corresponding to the request sending geographic identification D 2, and controlling a target terminal to display a first target server identification and a second target server identification in a checking state;
wherein, the step S800 includes:
s810, if S is less than or equal to g, executing a step S820; otherwise, step S830 is performed; wherein g is a preset threshold value, and g is less than or equal to n;
S820, determining the sequence of the server identifier corresponding to MAX (P), the server identifier corresponding to W 1 and the server identifier corresponding to W s as a display sequence, and controlling the target terminal to display the first target server identifier and the second target server identifier in a checking state;
And S830, determining the sequence of the server identifier corresponding to MAX (P), the server identifier corresponding to W 1, the sequence of the server identifier corresponding to W g as a display sequence, and controlling the target terminal to display the first target server identifier and the second target server identifier in a checking state.
2. The method of claim 1, wherein each of the target events corresponds to an execution geographic identifier, the execution geographic identifier being geographic area information of the event execution server when the target event is completed;
The target geographic identification list DK is determined by the following steps:
S210, acquiring the completion data information of the target event corresponding to each execution geographic identifier according to the execution geographic identifier to obtain a completion amount data information set A= (A 1,...,Ab,...,Ac),Ab＝(Eb1,Eb2); wherein, b=1, c; c is the number of performing geographic identification; a b is the completion data information of the target event corresponding to the b-th execution geographic mark; e b1 is the execution geographic identifier corresponding to A b, and E b2 is the completion number of the target event corresponding to E b1;
S220, sorting the c execution geographic identifications according to E 12,...,Eb2,...,Ec2 to obtain a second identification list L= (the number of the target events corresponding to L 1,...,Lb,...,Lc);L1,...,Lb,...,Lc is reduced, wherein L b is the b execution geographic identification in L;
S230, determining the execution geographic identifier corresponding to the L 1,...,Lh,...,Ls as a target geographic identifier to obtain a target geographic identifier list DK= (L 1,...,Lh,...,Ls); wherein L h is the h target geographic identifier in DK, h=1,..s; s is less than or equal to c.
3. The method according to claim 2, wherein the step S200 further comprises:
S201, if D 4 is not equal to 0, executing step S202;
S202, obtaining the completion number of the target event of each event execution server corresponding to the target terminal, and obtaining a third data information set Y= (Y 1,...,Yu,...,Yv); wherein u=1, v; v is the number of event execution servers corresponding to the target terminal; y u is the number of completed target events of the u-th event execution server corresponding to the target terminal;
S203, according to Y 1,...,Yu,...,Yv, determining a preference index H (u) = (- Σ v e＝1(Ye/D4))*log(Yu/D4) of a u-th event execution server corresponding to the target terminal;
S204, if H (u) is less than TH, determining the server identification of the corresponding event execution server as a third target server identification; wherein TH is a set threshold;
S205, determining the display sequence of the third target server identification, and controlling the target terminal to display the third target server identification in the checking state.
4. A method according to claim 3, wherein said step S205 comprises:
S2051, a fourth data information set O= (O 1,...,Ox,...,Oz),Ox＝Jx/Bx, wherein x=1, the..z, z are the number of the third target server identifications, O x is the fourth data information of the x third target server identifications, J x is the number of identification display requests responded by the event execution server corresponding to the x third target server identifications, and B x is the number of identification display requests received by the event execution server corresponding to the x third target server identifications;
S2052, sorting the z third target server identifications according to O 1,...,Ox,...,Oz to obtain a third identification list R= (fourth data information corresponding to R 1,...,Rx,...,Rz);R1,...,Rx,...,Rz is decremented, wherein R x is the x third target server identification in R;
S2053, determining the z third target server identifications as the display sequence of each third target server identification according to the sequence of R 1,...,Rx,...,Rz, and controlling the target terminal to display each third target server identification in the display sequence.
5. The method of claim 4, wherein the event dispatch server is communicatively coupled to a first database;
After the step S2053, the method further includes:
S2054, storing the third identification list R and the preference index of each event execution server into a first database with the storage time being a second target time period T 2＝[t2,t1; wherein t 1 is a second set time point, and t 2 is a third set time point; t 2＜t1.
6. The method of claim 5, wherein the first database is a redis database.
7. The method of claim 6, wherein the event dispatcher server obtains the number of completed target events of each of the event execution servers corresponding to the target terminal and the completion data information of the target event corresponding to each of the execution geographic identifiers from the first database according to the request sending geographic identifier D 2 and the terminal identifier D 3.
8. A non-transitory computer readable storage medium storing a computer program, wherein the computer program when executed by a processor implements a method of checkpointing a server identifier according to any one of claims 1 to 7.
9. An electronic device comprising a memory, a processor and a computer program stored in the memory and executable on the processor, wherein the processor implements a method of checkpointing a server identity as claimed in any one of claims 1 to 7 when the computer program is executed.
CN202211198137.3A 2022-09-29 2022-09-29 Method for checking and displaying server identification, electronic equipment and storage medium Active CN115564525B (en)

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