CN111062611A - Distribution site construction system and method based on big data analysis - Google Patents
Distribution site construction system and method based on big data analysis Download PDFInfo
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Abstract
The invention discloses a delivery site construction system and a method based on big data analysis, the delivery site construction system comprises an existing site statistical module and a constructable site calculation module, the existing site counting module counts various parameters of existing delivery sites in the city range of the site to be established, the constructable site calculation module calculates the position of the constructable site according to the counted parameters of the existing delivery sites, the existing site statistical module comprises an existing site number statistical module, a site delivery quantity statistical module, a site service quality parameter statistical module and a site inter-site distance statistical module, the number counting module of the existing sites is used for counting the number of the existing delivery sites in the city range of the site to be established, the station delivery amount counting module is used for counting the station delivery amount of each existing delivery station in the city range of the station to be built.
Description
Technical Field
The invention relates to the field of big data analysis, in particular to a distribution site construction system and a distribution site construction method based on big data analysis.
Background
Express delivery is also called express delivery, and is a door-to-door logistics activity with a mail delivery function, namely, an express company delivers customer goods quickly through transportation means such as railways, highways, air transportation and shipping. In many respects, courier is preferred over postal delivery services. In addition to faster delivery to a destination and having to sign-in, many courier providers now offer mail tracking, delivery time commitments, and other customer-specific services. Express providers can operate on different scales, down to serving a particular town, up to regional, multinational, or even global services. On the way of express delivery transportation, the express delivery is transported to the delivery site firstly, and then the delivery site delivers. With the development of science and technology and economy, the business volume of express delivery is larger and larger, and the delivery volume of some existing delivery sites far exceeds the load that can be borne by the existing delivery sites, so that new sites need to be established on the basis of the existing delivery sites.
Disclosure of Invention
The invention aims to provide a distribution site construction system and a distribution site construction method based on big data analysis, and aims to solve the problems in the prior art.
In order to achieve the purpose, the invention provides the following technical scheme:
the delivery site construction system comprises an existing site counting module and a constructable site calculating module, wherein the existing site counting module counts all parameters of the existing delivery sites in the urban range of the site to be constructed, and the constructable site calculating module calculates the positions of the constructable sites according to the counted parameters of the existing delivery sites.
As a preferred scheme, the existing site statistics module includes an existing site number statistics module, a site delivery amount statistics module, a site service quality parameter statistics module and a site inter-site distance statistics module, the existing site number statistics module is used for counting the number of existing delivery sites within a to-be-created site city range, the site delivery amount statistics module is used for counting the site delivery amount of each existing delivery site within the to-be-created site city range, the site service quality parameter statistics module is used for counting the site service quality parameters of each existing delivery site within the to-be-created site city range, the site inter-site distance statistics module is used for counting the inter-site distance of the existing delivery sites within the to-be-created site city range and calculating an average inter-site distance according to the inter-site distance, and the constructable site calculation module includes a region division module, The system comprises a region counting module and a region constructable site calculation module, wherein the region dividing module is used for dividing a region of a site to be constructed around an existing site, the region counting module is used for counting various parameters in the region, the region constructable site calculation module is used for judging whether the newly-constructed site is required in the region according to the existing site and various parameters of the region where the existing site is located, and calculating the position of the newly-constructed site in the region under the condition that the newly-constructed site is required, the region counting module comprises a region delivery quantity calculation module and a region service quality parameter calculation module, the region delivery quantity calculation module is used for calculating the average delivery quantity of the existing site and each delivery site in an annular region corresponding to the existing site, the region service quality parameter calculation module is used for calculating the weighted sum of the site service quality parameters of the existing site and the site service quality parameters of each site in the annular region corresponding to the existing site, the region constructable site calculation module comprises a region distribution quantity comparison module, a region service quality parameter comparison module and a region constructable site selection module, wherein the region distribution quantity comparison module is used for comparing the relation between the average distribution quantity and the distribution quantity threshold, the region service quality parameter comparison module is used for comparing the relation between the region service quality parameter and the region service quality threshold, and the region constructable site selection module determines whether the selected region constructable site is located according to the comparison result of the region distribution quantity comparison module and the region service quality parameter comparison module and selects the specific position of the site under the condition of constructing the site.
Preferably, the constructable site calculation module further comprises a constructable site screening module, the constructable site screening module comprises a constructable site comparison module and an existing site and constructable site comparison module, the constructable site comparison module is used for comparing constructable sites with similar distances between merging sites, and the existing site and constructable site comparison module is used for deleting constructable sites with elastic bands away from the existing sites
A distribution site construction method based on big data analysis comprises the following steps:
step S1: counting existing delivery stations in the city range of the station to be constructed, setting the number of the existing delivery stations as N, respectively counting station delivery amount and station service quality parameters of each existing delivery station, calculating station spacing between two adjacent existing delivery stations and obtaining station average spacing;
step S2: and calculating the positions of the constructable delivery stations according to the station delivery amount of the existing delivery stations, the station service quality parameters and the station average distance.
Preferably, the step S2 further includes the following steps:
step S21: taking a first existing distribution station as a circle center, respectively drawing a circle by taking the average station spacing of 0.5 times and the average station spacing of 2.5 times as the circle center to form a first annular area, counting the number of the distribution stations and the area distribution amount in the annular area, calculating the average distribution amount of each distribution station in the first existing distribution station and the annular area according to the average distribution amount, if the average distribution amount is greater than a distribution amount threshold value, calculating an area service quality parameter according to the station distribution amount and the station service quality parameter of each distribution station, and if the area service quality parameter is less than an area service quality threshold value, calculating a central point position between the first existing distribution station and the existing distribution station in the annular area, wherein the central point position is a constructable distribution station; then, the same operation is carried out on the second existing delivery site until the Nth existing delivery site as the circle center;
step S22: comparing the distance between two adjacent constructable distribution sites, and combining the two constructable distribution sites to obtain a new constructable distribution site if the distance between the two constructable distribution sites is less than or equal to 500 meters;
step S23: and (3) putting the existing delivery stations and the constructable delivery stations together, calculating the distance between every two stations, and if the distance between the constructable delivery station and the existing delivery station is less than or equal to 500 meters, canceling the construction of the constructable delivery station.
Preferably, the regional service quality parameter is a weighted sum of the site service quality parameters of the existing delivery sites and the site service quality parameters of each delivery site in the corresponding annular region, and the weighted weight is a percentage of the delivery volume of the delivery site in the sum of the site delivery volume of the existing delivery site and the region delivery volume corresponding to the delivery site.
Preferably, the area delivery amount is a sum of site delivery amounts of delivery sites within the ring area corresponding to the existing delivery sites, and the average delivery amount is equal to a sum of the site delivery amount of the existing delivery sites and the area delivery amount corresponding thereto divided by the number of delivery sites located within the ring area.
Preferably, the merging the two constructable distribution sites to obtain a new constructable distribution site in step S22 includes: and calculating the position of a central point between the two constructable distribution sites, wherein the position of the central point is the new constructable distribution site.
Preferably, the service quality coefficient is the distribution efficiency of the masses to the existing distribution sites and the geographical location evaluation of the existing distribution sites, and the service quality coefficient is 10, 9, 8, 7, 6, 5, 4, 3, 2 and 1 in sequence according to the values of the rating degree.
Compared with the prior art, the invention has the beneficial effects that: the invention judges whether the constructable distribution sites need to be set by analyzing the average distribution amount and the regional service quality parameters of the existing sites and the corresponding annular regions, and screens the positions of the constructable distribution sites by comparing the constructable distribution sites and the constructable distribution sites with the existing distribution sites on the basis of the selected constructable distribution sites, so that the construction of the distribution sites is more reasonable.
Drawings
FIG. 1 is a schematic block diagram of a distribution site construction system based on big data analysis according to the present invention;
fig. 2 is a schematic flow chart of a delivery site construction method based on big data analysis 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. 1-2, in an embodiment of the present invention, a delivery site construction system based on big data analysis includes an existing site statistics module and a constructable site calculation module, where the existing site statistics module counts parameters of existing delivery sites within a city range of a site to be constructed, and the constructable site calculation module calculates a position of the constructable site according to the counted parameters of the existing delivery sites.
The existing site counting module comprises an existing site counting module, a site delivery quantity counting module, a site service quality parameter counting module and a site inter-site distance counting module, the existing site counting module is used for counting the number of existing delivery sites in a site city range to be built, the site delivery quantity counting module is used for counting the site delivery quantity of each existing delivery site in the site city range to be built, the site service quality parameter counting module is used for counting the site service quality parameters of each existing delivery site in the site city range to be built, the site inter-site distance counting module is used for counting the inter-site distance of the existing delivery sites in the site city range to be built and calculating out the average inter-site distance according to the station distance, and the constructable site counting module comprises a region dividing module and a site inter-site distance counting module, The system comprises a region counting module and a region constructable site calculation module, wherein the region dividing module is used for dividing a region of a site to be constructed around an existing site, the region counting module is used for counting various parameters in the region, the region constructable site calculation module is used for judging whether the newly-constructed site is required in the region according to the existing site and various parameters of the region where the existing site is located, and calculating the position of the newly-constructed site in the region under the condition that the newly-constructed site is required, the region counting module comprises a region delivery quantity calculation module and a region service quality parameter calculation module, the region delivery quantity calculation module is used for calculating the average delivery quantity of the existing site and each delivery site in an annular region corresponding to the existing site, the region service quality parameter calculation module is used for calculating the weighted sum of the site service quality parameters of the existing site and the site service quality parameters of each site in the annular region corresponding to the existing site, the region constructable site calculation module comprises a region distribution quantity comparison module, a region service quality parameter comparison module and a region constructable site selection module, wherein the region distribution quantity comparison module is used for comparing the relation between the average distribution quantity and the distribution quantity threshold, the region service quality parameter comparison module is used for comparing the relation between the region service quality parameter and the region service quality threshold, and the region constructable site selection module determines whether the selected region constructable site is located according to the comparison result of the region distribution quantity comparison module and the region service quality parameter comparison module and selects the specific position of the site under the condition of constructing the site.
The constructable site calculation module further comprises a constructable site screening module, the constructable site screening module comprises a constructable site comparison module and an existing site and constructable site comparison module, the constructable site comparison module is used for comparing constructable sites with similar merging site distances, and the existing site and constructable site comparison module is used for deleting constructable sites with rubber bands away from the existing sites
A distribution site construction method based on big data analysis comprises the following steps:
step S1: counting existing delivery stations in the city range of the station to be constructed, setting the number of the existing delivery stations as N, respectively counting station delivery amount and station service quality parameters of each existing delivery station, calculating station spacing between two adjacent existing delivery stations and obtaining station average spacing;
step S2: and calculating the positions of the constructable delivery stations according to the station delivery amount of the existing delivery stations, the station service quality parameters and the station average distance.
The step S2 further includes the steps of:
step S21: taking a first existing distribution station as a circle center, respectively drawing a circle by taking the average station spacing of 0.5 times and the average station spacing of 2.5 times as the circle center to form a first annular area, counting the number of the distribution stations and the area distribution amount in the annular area, calculating the average distribution amount of each distribution station in the first existing distribution station and the annular area according to the average distribution amount, if the average distribution amount is greater than a distribution amount threshold value, calculating an area service quality parameter according to the station distribution amount and the station service quality parameter of each distribution station, and if the area service quality parameter is less than an area service quality threshold value, calculating a central point position between the first existing distribution station and the existing distribution station in the annular area, wherein the central point position is a constructable distribution station; then, the same operation is carried out on the second existing delivery site until the Nth existing delivery site as the circle center;
step S22: comparing the distance between two adjacent constructable distribution sites, and combining the two constructable distribution sites to obtain a new constructable distribution site if the distance between the two constructable distribution sites is less than or equal to 500 meters;
step S23: and (3) putting the existing delivery stations and the constructable delivery stations together, calculating the distance between every two stations, and if the distance between the constructable delivery station and the existing delivery station is less than or equal to 500 meters, canceling the construction of the constructable delivery station.
The area service quality parameter is the weighted sum of the station service quality parameters of the existing delivery stations and the station service quality parameters of all the delivery stations in the corresponding annular area, and the weighted weight is the percentage of the delivery amount of the delivery stations in the sum of the station delivery amount of the existing delivery stations and the area delivery amount corresponding to the delivery stations.
The area delivery amount is the sum of the station delivery amounts of the delivery stations in the annular area corresponding to the existing delivery stations, and the average delivery amount is equal to the sum of the station delivery amount of the existing delivery stations and the area delivery amount corresponding to the existing delivery stations divided by the number of the delivery stations in the annular area.
The merging the two constructable distribution sites to obtain a new constructable distribution site in the step S22 includes: and calculating the position of a central point between the two constructable distribution sites, wherein the position of the central point is the new constructable distribution site.
The service quality coefficient is the evaluation of the masses on the distribution efficiency of the existing distribution sites and the geographical positions of the existing distribution sites, and the service quality coefficient is 10, 9, 8, 7, 6, 5, 4, 3, 2 and 1 according to the values of the grading degree.
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 (9)
1. A delivery site construction system based on big data analysis is characterized in that: the distribution site construction system comprises an existing site counting module and a constructable site calculating module, wherein the existing site counting module counts various parameters of existing distribution sites within a city range of a site to be constructed, and the constructable site calculating module calculates the positions of the constructable sites according to the counted various parameters of the existing distribution sites.
2. The big data analysis-based delivery site construction system according to claim 1, wherein: the existing site counting module comprises an existing site counting module, a site delivery quantity counting module, a site service quality parameter counting module and a site inter-site distance counting module, the existing site counting module is used for counting the number of existing delivery sites in a site city range to be built, the site delivery quantity counting module is used for counting the site delivery quantity of each existing delivery site in the site city range to be built, the site service quality parameter counting module is used for counting the site service quality parameters of each existing delivery site in the site city range to be built, the site inter-site distance counting module is used for counting the inter-site distance of the existing delivery sites in the site city range to be built and calculating out the average inter-site distance according to the station distance, and the constructable site counting module comprises a region dividing module and a site inter-site distance counting module, The system comprises an area counting module and an area constructable site calculating module, wherein the area dividing module is used for dividing an area of a site to be constructed around an existing site, the area counting module is used for counting various parameters in the area, the area constructable site calculating module is used for judging whether the newly constructed site is needed in the area according to the existing site and various parameters of the area where the existing site is located, and calculating the position of the newly constructed site in the area under the condition that the newly constructed site is needed, the area counting module comprises an area delivery quantity calculating module and an area service quality parameter calculating module, the area delivery quantity calculating module is used for calculating the average delivery quantity of the existing site and each delivery site in an annular area corresponding to the existing site, the area service quality parameter calculating module is used for calculating the weighted sum of the site service quality parameters of the existing site and the site service quality parameters of each site in the annular area corresponding to the existing site, the region constructable site calculation module comprises a region distribution quantity comparison module, a region service quality parameter comparison module and a region constructable site selection module, wherein the region distribution quantity comparison module is used for comparing the relation between the average distribution quantity and the distribution quantity threshold, the region service quality parameter comparison module is used for comparing the relation between the region service quality parameter and the region service quality threshold, and the region constructable site selection module determines whether the selected region constructable site is located according to the comparison result of the region distribution quantity comparison module and the region service quality parameter comparison module and selects the specific position of the site under the condition of constructing the site.
3. The big data analysis-based delivery site construction system according to claim 2, wherein: the constructable site calculation module further comprises a constructable site screening module, the constructable site screening module comprises a constructable site comparison module and an existing site and constructable site comparison module, the constructable site comparison module is used for comparing constructable sites with similar merging site distances, and the existing site and constructable site comparison module is used for deleting constructable sites with distances from the existing sites to rubber bands.
4. A distribution site construction method based on big data analysis is characterized in that: the distribution site construction method comprises the following steps:
step S1: counting existing delivery stations in the city range of the station to be constructed, setting the number of the existing delivery stations as N, respectively counting station delivery amount and station service quality parameters of each existing delivery station, calculating station spacing between two adjacent existing delivery stations and obtaining station average spacing;
step S2: and calculating the positions of the constructable delivery stations according to the station delivery amount of the existing delivery stations, the station service quality parameters and the station average distance.
5. The big data analysis-based distribution site construction method according to claim 5, wherein: the step S2 further includes the steps of:
step S21: taking a first existing distribution station as a circle center, respectively drawing a circle by taking the average station spacing of 0.5 times and the average station spacing of 2.5 times as the circle center to form a first annular area, counting the number of the distribution stations and the area distribution amount in the annular area, calculating the average distribution amount of each distribution station in the first existing distribution station and the annular area according to the average distribution amount, if the average distribution amount is greater than a distribution amount threshold value, calculating an area service quality parameter according to the station distribution amount and the station service quality parameter of each distribution station, and if the area service quality parameter is less than an area service quality threshold value, calculating a central point position between the first existing distribution station and the existing distribution station in the annular area, wherein the central point position is a constructable distribution station; then, the same operation is carried out on the second existing delivery site until the Nth existing delivery site as the circle center;
step S22: comparing the distance between two adjacent constructable distribution sites, and combining the two constructable distribution sites to obtain a new constructable distribution site if the distance between the two constructable distribution sites is less than or equal to 500 meters;
step S23: and (3) putting the existing delivery stations and the constructable delivery stations together, calculating the distance between every two stations, and if the distance between the constructable delivery station and the existing delivery station is less than or equal to 500 meters, canceling the construction of the constructable delivery station.
6. The big data analysis-based distribution site construction method according to claim 5, wherein: the area service quality parameter is the weighted sum of the station service quality parameters of the existing delivery stations and the station service quality parameters of all the delivery stations in the corresponding annular area, and the weighted weight is the percentage of the delivery amount of the delivery stations in the sum of the station delivery amount of the existing delivery stations and the area delivery amount corresponding to the delivery stations.
7. The big data analysis-based distribution site construction method according to claim 5, wherein: the area delivery amount is the sum of the station delivery amounts of the delivery stations in the annular area corresponding to the existing delivery stations, and the average delivery amount is equal to the sum of the station delivery amount of the existing delivery stations and the area delivery amount corresponding to the existing delivery stations divided by the number of the delivery stations in the annular area.
8. The big data analysis-based distribution site construction method according to claim 5, wherein: the merging the two constructable distribution sites to obtain a new constructable distribution site in the step S22 includes: and calculating the position of a central point between the two constructable distribution sites, wherein the position of the central point is the new constructable distribution site.
9. The big data analysis-based distribution site construction method according to claim 5, wherein: the service quality coefficient is the evaluation of the masses on the distribution efficiency of the existing distribution sites and the geographical positions of the existing distribution sites, and the service quality coefficient is 10, 9, 8, 7, 6, 5, 4, 3, 2 and 1 according to the values of the grading degree.
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| CN202011508164.7A CN112529442A (en) | 2019-12-17 | 2019-12-17 | Distribution site construction method based on big data analysis |
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| CN111062611B (en) | 2021-02-19 |
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