CN108600962A

CN108600962A - Mobile route information acquisition method, system and device

Info

Publication number: CN108600962A
Application number: CN201810277912.1A
Authority: CN
Inventors: 林凡; 成杰; 张振华; 张秋镇; 杨峰; 李盛阳
Original assignee: GCI Science and Technology Co Ltd
Current assignee: GCI Science and Technology Co Ltd
Priority date: 2018-03-30
Filing date: 2018-03-30
Publication date: 2018-09-28
Anticipated expiration: 2038-03-30
Also published as: CN108600962B

Abstract

This application involves a kind of mobile route information acquisition method, system and devices.The method includes：When within the scope of the signal detection that mobile terminal is in node, mobile terminal is identified by node, and records information parameter, wherein at the time of information parameter includes node identification mobile terminal and the node identification of node；Multiple information parameters are obtained by multiple nodes, sequence at the time of according to each information parameter is ranked up the node identification of each information parameter, obtains node identification sequence；The mobile route information of mobile terminal is obtained according to node identification sequence.At the time of capable of being corresponded to according to appearance of the mobile terminal within the scope of the signal detection of each node and each time using this method, signal detection range is ranked up according to the sequence at moment, obtain the mobile route information of mobile terminal, mobile route information can be used for analyzing the mobile behavior process of mobile terminal and the behavioural information as mobile terminal, increase the type that can obtain information.

Description

Mobile route information acquisition method, system and device

Technical field

This application involves information acquiring technology fields, more particularly to a kind of mobile route information acquisition method, mobile road Diameter Information Acquisition System and mobile route information acquisition device.

Background technology

Under the region of Node distribution, by the connection of node and mobile terminal, it is generally possible to obtain the base of mobile terminal This information or the acquired information serviced of mobile terminal.Although node connect the letter that can obtain mobile terminal with mobile terminal Breath, but the type of acquired information can be more single and simple, it is difficult to mobile terminal carries out the analysis of next step, shows letter Cease deficient situation.

For example, automatic vending machine, compares traditional store, while providing convenient service for people, a large amount of manpowers are reduced The consumption of cost, is done shopping by mobile terminal on automatic vending machine, and the connection of automatic vending machine and mobile terminal can obtain The items for merchandising information and sales volume of sales service；And automatic vending machine is set up in each position in city, it is different from The commodity that dynamic vending machine provides also are not quite similar, acquired although the amount of information acquired in a large amount of automatic vending machines increases The type of information or relatively simple, acquired information is still items for merchandising information and sales volume, and sales volume can not Meet the required sales information of businessman, the type of acquired information can be more single, therefore the case where absence of information occurs.

Invention content

Based on this, it is necessary to the problem of the case where being directed to absence of information, provide a kind of mobile route information acquisition method, be System and device.

A kind of mobile route information acquisition method, which is characterized in that include the following steps：

When within the scope of the signal detection that mobile terminal is in node, mobile terminal is identified by node, and record information Parameter, wherein information parameter include node identification mobile terminal at the time of and node node identification；

Multiple information parameters are obtained by multiple nodes, sequence at the time of according to each information parameter is to each information parameter Node identification is ranked up, and obtains node identification sequence；

The mobile route information of mobile terminal is obtained according to node identification sequence.

A kind of mobile route Information Acquisition System includes such as the node and server in mobile route information acquisition method；

Server is connect with each node, each node mobile terminal for identification；

Server is for executing mobile route information acquisition method.

A kind of mobile route information acquisition device, device include：

Information parameter logging modle is known when within the scope of the signal detection that mobile terminal is in node by node Other mobile terminal, and record information parameter, wherein at the time of information parameter includes node identification mobile terminal and the node of node Mark；

Node identification sequence acquisition module, for obtaining multiple information parameters by multiple nodes, according to each information parameter At the time of sequence the node identification of each information parameter is ranked up, obtain node identification sequence；

Mobile route data obtaining module, the mobile route information for obtaining mobile terminal according to node identification sequence.

A kind of computer equipment, including memory, processor and storage can be run on a memory and on a processor Computer program, the processor realize such as above-mentioned mobile route information acquisition method when executing the computer program.

A kind of computer readable storage medium, is stored thereon with computer program, and the computer program is held by processor Such as above-mentioned mobile route information acquisition method is realized when row.

Above-mentioned mobile route information acquisition method, system, device, computer equipment and storage medium, are identified by node Mobile terminal, record node identification mobile terminal at the time of and node node identification, obtain information parameter, according to each information join Sequence at the time of amount is ranked up the node identification of each information parameter and obtains node identification sequence, i.e., according to mobile terminal Appearance within the scope of the signal detection of each node and at the time of correspond to for each time, according to the sequence at moment to signal detection Range is ranked up, that is, obtains the mobile route information of mobile terminal, and mobile route information can be used for analyzing mobile terminal Mobile behavior process and behavioural information as mobile terminal increase the type that can obtain information.

Description of the drawings

Fig. 1 is the applied environment figure of mobile route information acquisition method in one embodiment；

Fig. 2 is the flow diagram of mobile route information acquisition method in one embodiment；

Fig. 3 is the flow diagram that redundancy parameter is deleted in one embodiment；

Fig. 4 is the flow diagram that redundancy parameter determines in one embodiment；

Fig. 5 is the flow diagram that hot spot areas obtains in one embodiment；

Fig. 6 is the flow diagram that popular node identification determines in one embodiment；

Fig. 7 is the flow diagram that the hot spot areas residence time obtains in one embodiment；

Fig. 8 is the flow diagram that information parameter records in one embodiment；

Fig. 9 is the structural schematic diagram of mobile route Information Acquisition System in one embodiment；

Figure 10 is the structural schematic diagram of mobile route Information Acquisition System automatic vending machine in one embodiment；

Figure 11 is the structural schematic diagram of mobile route information acquisition device in one embodiment；

Figure 12 is the structural schematic diagram of hot spot areas acquisition module in one embodiment；

Figure 13 is the structural schematic diagram of hot spot areas residence time acquisition module in one embodiment；

Figure 14 is the internal structure chart of one embodiment Computer equipment；

Figure 15 is the structural schematic diagram of customer information acquisition system in another embodiment；

Figure 16 is the schematic diagram of mobile route information acquisition method in another embodiment；

Figure 17 is the position view of the node of customer information acquisition system in another embodiment.

Specific implementation mode

It is with reference to the accompanying drawings and embodiments, right in order to make the object, technical solution and advantage of the application be more clearly understood The application is further elaborated.It should be appreciated that specific embodiment described herein is only used to explain the application, not For limiting the application.

Mobile route information acquisition method provided by the present application, can be applied in application environment as shown in Figure 1, Fig. 1 For the applied environment figure of mobile route information acquisition method in one embodiment.Wherein, node 10 can pass through wireless signal pair Mobile terminal 20 is identified.There is node 10 certain signal detection range and identification frequency, node 10 to identify that frequency is higher, The identification interval time that node 10 is identified is shorter.When within the scope of the signal detection that mobile terminal 20 is in node 10, section Point 10 can identify mobile terminal 20.Node 10 can be, but not limited to be various bluetooth sensors, WIFI terminal, less radio-frequency knowledge Other reader, radar and wireless sensor, mobile terminal 20 can be, but not limited to be various personal computers, laptop, Smart mobile phone, tablet computer and portable wearable device.The node identification of node 10 includes but not limited to the self-defined of node The exclusive identification code of label and node.

In one embodiment, as shown in Fig. 2, Fig. 2 is the flow of mobile route information acquisition method in one embodiment Schematic diagram provides a kind of mobile route information acquisition method, includes the following steps：

Step S210：When within the scope of the signal detection that mobile terminal is in node, mobile terminal is identified by node, and Record information parameter, wherein information parameter include node identification mobile terminal at the time of and node node identification.

Wherein, at the time of information parameter includes node identification mobile terminal and the node identification of node, information parameter can be with The process that mobile terminal is identified for recording node has recorded and when and where is identifying the identification process of mobile terminal.

In this step, node identify mobile terminal after, obtain node identification mobile terminal at the time of and node node mark Know, by obtain at the time of and node identification be recorded as information parameter.

Step S220：Multiple information parameters are obtained by multiple nodes, sequence at the time of according to each information parameter is to each The node identification of information parameter is ranked up, and obtains node identification sequence.

Wherein, node includes multiple, and the signal detection range of each node is different, and mobile terminal moves in moving process It moves within the scope of the signal detection of different nodes and by node and identifies, multiple information parameters can be obtained.Node identification sequence It records according to moment tactic node identification, node identification sequence includes node identification, can also include node At the time of mark is corresponding.

In this step, multiple information ginsengs are obtained to the identification of mobile terminal within the scope of signal detection by multiple nodes Amount, according to sequence at the time of each information parameter in time, is ranked up the node identification of each information parameter, obtains sequence Node identification sequence afterwards.

Step S230：The mobile route information of mobile terminal is obtained according to node identification sequence.

Wherein, multiple information parameters are obtained by the different node of signal detection range, it can be anti-in multiple information parameters It reflects mobile terminal to be identified by multiple nodes, or even is repeatedly identified by node, i.e., can reflect mobile terminal in multiple information parameters Appearance within the scope of multiple signal detection.Occurred pair according to appearance of the mobile terminal within the scope of each signal detection and each time At the time of answering, signal detection range is ranked up according to the sequence at moment, can reflect the mobile route of mobile terminal, i.e., The node identification sequence obtained can reflect the mobile route of mobile terminal.

In this step, the node identification in information parameter can reflect mobile terminal node identification corresponding node signal Occur in investigative range, the mobile route information of mobile terminal can be obtained according to node identification sequence.

Above-mentioned mobile route information acquisition method identifies mobile terminal by node, record node identification mobile terminal The node identification at moment and node obtains information parameter, section of sequence at the time of according to each information parameter to each information parameter Point identification is ranked up and obtains node identification sequence, i.e. the going out within the scope of the signal detection of each node according to mobile terminal At the time of now and correspondence for each time, signal detection range is ranked up according to the sequence at moment, that is, obtains mobile terminal Mobile route information, mobile route information can be used for analyzing the mobile behavior process of mobile terminal and the row as mobile terminal For information, increase the type that can obtain information.

The mobile route information of the mobile terminal of acquisition can intuitively reflect the behavioural information of mobile terminal user.It moves Dynamic terminal user drives portable mobile terminal to move in moving process, and the mobile route of mobile terminal can reflect The behavioural information of mobile terminal user, and then behavior letter of the reflection mobile terminal user when selecting article can be provided Breath.Such as when businessman provides selectable commodity to mobile terminal user, the mobile route reflection of mobile terminal is mobile eventually The behavioural information of user is held, that is, reflects that behavioural information of the mobile terminal user when selecting commodity, behavioural information can be The sale of businessman provides the sales information that can refer to of new model, and businessman is facilitated to carry out the prediction of next step, and sales information is advantageous Suitable commodity regulation and control and resource allocation are carried out in businessman.For example, in scenes such as market, trade company, public transport, exhibition, meetings It is also required to carry out statistics and analysis to mobile personnel, the mobile road of mobile personnel can also be obtained by mobile route information approach Diameter information can analyze the behavioural information of specific crowd, also in order to the passenger flow under scene carry out analysis and management and control.

For example, information parameter include node identification mobile terminal at the time of and node node identification, by information parameter table It is shown as<Moment, node identification>Form, when obtaining following information parameter：<t₁, A>、<t₂, B>、<t₃, C>、<t₃, D>、<t₄, D >、<t₅, D>With<t₆, E>When, the node identification sequence of acquisition may include ABCDDDE, wherein t₁、t₂、t₃、t₄、t₅And t₆Respectively For the time it is adjacent successively at the time of, A, B, C, D and E are respectively node identification, and node identification sequence is in t₃When node identification packet Include C and D.

Information parameter can also include the device id of mobile terminal so that mobile route information acquisition method can be with It is applied to multiple mobile terminals simultaneously, expanded application range, meet volume of the flow of passengers large scene applies needs.

Node can have the identification frequency of itself, identification frequency to have corresponding identification interval time, often pass through one section of knowledge Other interval time, node re-recognize the mobile terminal within the scope of affiliated signal detection.

All nodes can also synchronize the retention time, be identical by the identification set of frequency of each node, and make institute Have node that can be synchronized the retention time in each identification, i.e., all nodes can be carried out at the same time identification in synchronization, by According to the moment sequence the node identification of each information parameter is ranked up after, it is ensured that acquired node identification sequence it is accurate Property.

For when engrave adjacent information parameter, information parameter interior joint mark can be identical node identification, It can be the node identification corresponding to adjacent in position node, can consistently reflect the movement of mobile terminal as possible in this way Path.

In one embodiment, as shown in figure 3, Fig. 3 is the flow signal that redundancy parameter is deleted in one embodiment Before the step of figure, sequence at the time of according to each information parameter is ranked up the node identification of each information parameter, also wrap Include following steps：

Step S221：When the corresponding information parameter of synchronization is multiple, the corresponding all information of synchronization are joined Amount is used as synchronic information parameter.

Step S222：According to synchronization time nearest adjacent moment information parameter, in synchronic information parameter Middle determining target information parameter and redundancy parameter, and delete redundancy parameter, wherein synchronic information parameter includes target Information parameter and redundancy parameter.

When the signal detection range of part of nodes has overlapping region, when mobile terminal is identified in overlapping region, It is multiple phenomenons to appear in the corresponding information parameter of synchronization, and follow-up acquired node identification sequence is same for the moment at this Multiple node identifications can also be had by carving on corresponding position.Actually each moment only need it is corresponding there are a node identification or Complete actual mobile route can be identified in the presence of node few as possible, there are multiple node identifications for synchronization correspondence Phenomenon can sequentially increase unnecessary information content to node identification, can also reduce the reflected mobile route letter of node identification sequence The accuracy of breath.In order to reduce unnecessary information content, the redundancy in synchronic information parameter under synchronization can be joined Amount is deleted, and necessary target information parameter is retained, and is gone to obtain node identification sequence according to remaining each information parameter, be dropped as possible The information content of low node identification sequence and mobile route information, improves the accuracy of mobile route information.

Above-mentioned mobile route information acquisition method, the corresponding information parameter of synchronization be it is multiple when, according to it is adjacent when The information parameter at quarter is determining and deletes redundancy parameter, after the node identification to each information parameter is ranked up, can obtain Complete node identification sequence and actual mobile route information are taken, and reduces node identification sequence and mobile route information Information content, improve mobile route information accuracy.

Wherein, each moment in synchronic information parameter is all identical, and target information parameter can be used for carrying out subsequent node The acquisition of mark sequence, redundancy parameter are not used in the acquisition for carrying out subsequent node mark sequence.Synchronization the time most Close adjacent moment may include the previous moment or later moment in time of synchronization, can also include that synchronization is nearest in the time Previous moment and later moment in time, adjacent moment can also include multiple moment.

In one embodiment, as shown in figure 4, Fig. 4 is the flow signal that redundancy parameter determines in one embodiment The step of scheming, target information parameter and redundancy parameter are determined in synchronic information parameter, includes the following steps：

Step S223：According to the node identification in the information parameter of adjacent moment, when determining that adjacent moment is corresponding adjacent Carve node.

In this step, mobile terminal is identified under adjacent moment by adjacent moment node, therefore according to adjacent moment Node identification in information parameter, it may be determined that identify the adjacent moment node of mobile terminal in adjacent moment.

Step S224：By the corresponding each node of synchronic information parameter respectively compared with adjacent moment node, in synchronic information Determine that destination node, destination node are the node nearest with adjacent moment nodal distance in the corresponding each node of parameter.

In this step, in order to obtain accurate node identification sequence and mobile route information, need to judge mobile terminal compared with Possible moving direction, to determine required destination node in synchronic information parameter, generally can according to distance into Row judges, for example, in the corresponding each node of synchronic information parameter, the node nearest with adjacent moment nodal distance is determined as Destination node.

Step S225：It, will be in synchronic information parameter using the corresponding information parameter of destination node as target information parameter Other information parameter is as redundancy parameter.

In this step, using the corresponding information parameter of destination node as target information parameter, after destination node can be used for The acquisition of continuous node identification sequence.

Above-mentioned mobile route information acquisition method determines adjacent according to the node identification in the information parameter of adjacent moment Moment node, by by the comparison with adjacent moment node respectively of the corresponding each node of synchronic information parameter, being carried out according to distance Judge, determines that with the nearest node of adjacent moment nodal distance be destination node, and by the corresponding information parameter of destination node As target information parameter and determine redundancy parameter；Judged according to distance, judge mobile terminal may shifting Dynamic direction, improves the accuracy of determined target information parameter and redundancy parameter, convenient for subsequently obtaining accurate node Mark sequence and mobile route information.

For example, when obtaining following information parameter：<t₁, A>、<t₂, B>、<t₃, C>、<t₃, D>、<t₄, D>、<t₅, D>With<t₆, E>When, in t₃When information parameter include<t₃, B>With<t₃, C>, i.e. t₃Corresponding synchronic information parameter includes<t₃, C>With<t₃, D >, t₂For t₃Adjacent previous moment, by t₃Corresponding C and D and t₂Corresponding B compare, at a distance between C and B corresponding nodes When less than at a distance between D and B corresponding nodes, determine that C is t₃Corresponding destination node, will<t₃, C>As t₃Corresponding target letter Parameter is ceased, and will<t₃, D>As t₃Corresponding redundancy object information parameter is deleted<t₃, D>Information parameter afterwards includes：<t₁, A >、<t₂, B>、<t₃, C>、<t₄, D>、<t₅, D>With<t₆, E>, then the node identification of each information parameter is ranked up, obtain node Mark sequence includes ABCDDE, wherein t₁、t₂、t₃、t₄、t₅And t₆At the time of respectively the time is adjacent successively, A, B, C, D and E points Not Wei node identification, node identification sequence in t₃When node identification include C and D.

For example, when obtaining following information parameter：<t₁, A>、<t₂, B>、<t₃, C>、<t₃, D>、<t₄, D>、<t₅, D>With<t₆, E>When, in t₃When information parameter include<t₃, B>With<t₃, C>, i.e. t₃Corresponding synchronic information parameter includes<t₃, C>With<t₃, D >, t₄For t₃Adjacent later moment in time, by t₃Corresponding C and D and t₄Corresponding D compare, at a distance between C and D corresponding nodes When at a distance between significantly greater than D and D corresponding nodes, determine that D is t₃Corresponding destination node, will<t₃, D>As t₃Corresponding mesh Information parameter is marked, and will<t₃, C>As t₃Corresponding redundancy object information parameter is deleted<t₃, C>Information parameter afterwards includes：< t₁, A>、<t₂, B>、<t₃, D>、<t₄, D>、<t₅, D>With<t₆, E>, then the node identification of each information parameter is ranked up, it obtains Node identification sequence includes ABDDDE, wherein t₁、t₂、t₃、t₄、t₅And t₆At the time of respectively the time is adjacent successively, A, B, C, D and E is respectively node identification, and node identification sequence is in t₃When node identification include C and D.

In one embodiment, as shown in figure 5, Fig. 5 is the flow diagram that hot spot areas obtains in one embodiment, It is further comprising the steps of after the step of obtaining node identification sequence：

Step S241：Using the node identification repeated in node identification sequence as popular node identification；Step S242： Using the signal detection range belonging to popular node identification corresponding node as hot spot areas.

If mobile terminal moves back and forth in certain region or the residence time is longer, mobile terminal can be by the region Node repeatedly identify.Therefore, the node identification repeated in node identification sequence can reflect that mobile terminal moves back and forth Or the region of stay longer.It, will be hot using the node identification repeated in node identification sequence as popular node identification Gate node identifies the signal detection range belonging to corresponding node as hot spot areas, then hot spot areas can reflect mobile terminal Return is moved or the region of stay longer.

Above-mentioned mobile route information acquisition method is obtained popular by the node identification repeated in node identification sequence Node identification and hot spot areas quickly and easily understand region or stop longer that mobile terminal moves back and forth in mobile route The region of time, hot spot areas can be used for analyzing the mobile behavior process of mobile terminal and believe as the behavior of mobile terminal Breath increases the type that can obtain information.

The hot spot areas of the mobile terminal of acquisition can intuitively reflect in the behavioural information of mobile terminal user back and forth The region in mobile region or stay longer, and then can provide and reflect mobile terminal user when selecting article back and forth The behavioural information that the mobile or long period stops.For example, corresponding commodity are placed within the scope of the signal detection of each node, According to the hot spot areas of the mobile terminal of acquisition can intuitively show that mobile terminal user occurs when selecting commodity come The behavioural information that return is moved or the long period stops, can reflect mobile terminal user to corresponding goods in hot spot areas Interest is liked, can be conducive to businessman and formulate or adjust merchandise sales strategy according to hot spot areas.

In one embodiment, as shown in fig. 6, Fig. 6 is the flow signal that popular node identification determines in one embodiment Figure includes the following steps using the node identification repeated in node identification sequence as the step of popular node identification：

Step S243：According to preset expected sequence length, intercept anticipated sequence length is suitable in node identification sequence Sequence is as sequence；

Step S244：Using the node identification repeated in sequence as popular node identification.

Preset expected sequence length can be used for limiting the length of interception gained sequence, define that the sequence of length can be with Reflect mobile route information of the mobile terminal in limiting time.

Above-mentioned mobile route information acquisition method defines and determines hot topic node mark in the sequence of expected sequence length Know, you can to obtain the corresponding hot spot areas of mobile route information in limiting time, improve the accuracy of hot spot areas.

For example, when the node identification sequence obtained is ABCDEDEFFFGHIII, preset expected sequence length is the 4th The length of 8 node identifications after node, the then sequence intercepted are EDEFFFGH, and the node identification repeated includes E and F, i.e., Popular node identification includes E and F, the signal detection ranging from hot spot areas of E and F corresponding nodes, wherein A, B, C, D, E, F, G, H It is respectively node identification with I.

In one embodiment, using the node identification repeated in node identification sequence as the step of popular node identification Suddenly, include the following steps：

Step S245：The node identification of appearance will be continuously repeated in node identification sequence as popular node identification.

Above-mentioned mobile route information acquisition method, continuously repeats in node identification sequence and node identification occurs, then reflect Mobile terminal moves back and forth in corresponding region or stay longer, and the section of appearance will be continuously repeated in node identification sequence Point identification improves the accuracy of hot spot areas as popular node identification.

For example, when the node identification sequence obtained is ABCDEDEFFFGHIII, the node identification for continuously repeating appearance includes F and I, i.e., popular node identification include F and I, the signal detection ranging from hot spot areas of F and I corresponding nodes, wherein A, B, C, D, E, F, G, H and I are respectively node identification.

Step S246：The node identification that appearance is continuously repeated in node identification sequence includes two node identifications, and two When signal detection range belonging to node corresponding to a node identification is adjacent, using two node identifications as popular node identification.

Above-mentioned mobile route information acquisition method, the node identification that appearance is continuously repeated in node identification sequence include two Node identification, and the signal detection range belonging to node corresponding to the two node identifications is adjacent, then reflects mobile terminal right Move back and forth in the region answered, using the two node identifications as popular node identification, improves the accuracy of hot spot areas.

For example, when the node identification sequence obtained is ABCDEDEFFGGHIII, the node identification for continuously repeating appearance includes F and G, and the signal detection range belonging to node corresponding to F and G is adjacent, F and G are popular node identification, node corresponding to F and G Affiliated signal detection ranging from hot spot areas, wherein A, B, C, D, E, F, G, H and I are respectively node identification.

Popular node identification in the present embodiment can also include more than two node identifications, and multiple node identifications are corresponding May exist adjacent two-by-two or adjacent successively relationship between multiple nodes.

In one embodiment, as shown in fig. 7, Fig. 7 is the flow that the hot spot areas residence time obtains in one embodiment Schematic diagram further includes after the node identification that will repeat in node identification sequence is as the step of popular node identification Following steps：

Step S251：According to node identification sequence, the occurrence number that hot topic node identification repeats is determined；

Step S252：Identification interval time for often being identified twice according to popular node identification corresponding node and go out occurrence Number obtains the hot spot areas residence time.

Above-mentioned mobile route information acquisition method obtains movement according to the occurrence number that popular node identification repeats Terminal in the hot spot areas residence time of hot spot areas, the hot spot areas residence time can reflect in mobile terminal action process Residence time in hot spot areas, hot spot areas residence time can be used for analyzing the mobile behavior process of mobile terminal and conduct The behavioural information of mobile terminal increases the type that can obtain information.

For example, the identification when all nodes is all to maintain time synchronization, all nodes can synchronization simultaneously into Row identifies, when the identification set of frequency of each node is identical, each node identification interval time keeps identical, therefore mobile whole The occurrence number that can be equal to popular recognition node in the hot spot areas corresponding hot spot areas residence time is held to be multiplied by identification interval Time.When node identification sequence is ABCDEDEFFFGHIII, F is popular node identification, and the occurrence number of F is 3 times, identification Interval time is 1s, then mobile terminal is 3s in the hot spot areas residence time of the corresponding hot spot areas of F.

For example, when node has respective temporal frequency, each node identification interval time not exactly the same therefore mobile The occurrence number that terminal can be equal to popular recognition node in the hot spot areas corresponding hot spot areas residence time is multiplied by popular knowledge Other node corresponding identification interval time.When node identification sequence is ABCDEDEFFFGHIII, F and I are respectively popular node The occurrence number of mark, F and I are respectively 3 times, and F corresponds to identification interval time as 1s, then mobile terminal is in the corresponding popular areas F The hot spot areas residence time in domain is 3s, and I corresponds to identification interval time as 0.5s, then mobile terminal is in the corresponding hot spot areas of I The hot spot areas residence time be 1.5s.

In one embodiment, as shown in figure 8, Fig. 8 is the flow diagram that information parameter records in one embodiment, lead to Node identification mobile terminal, and the step of recording information parameter are crossed, is included the following steps：

Step S211：The broadcast frame that mobile terminal is sent within the scope of signal detection is received by node；Step S212：It will connect At the time of at the time of receiving broadcast frame as in information parameter, the identification number of the node of broadcast frame will be received as in information parameter Node identification；Step S213：Information parameter is recorded according to moment and node identification.

Above-mentioned mobile route information acquisition method receives the broadcast frame that mobile terminal is sent by node, obtains information ginseng At the time of in amount and node identification, and information parameter is recorded, by broadcast frame so that node identifies mobile terminal, and not needed It establishes and communicates between node and mobile terminal, identification process interior joint and mobile terminal can also be reduced by sending the mode of broadcast frame Power consumption, improve the duration of identification process.

Furthermore it is also possible to pass through node receive mobile terminal send Bluetooth communication under broadcast frame, Bluetooth communication it is wide The spread scope for broadcasting frame is small and signal strength is weaker, and the broadcast frame of Bluetooth communication can substantially reduce power consumption；BLE can also be used The broadcast frame of (Bluetooth Low Energy, low-power consumption bluetooth), the information carried in the broadcast frame of BLE is less, therefore institute The power consumption needed is lower, can further decrease transmitting power consumption.By taking the iBeacon functions of having used BLE technologies as an example, have The announcement frame that the mobile terminal of iBeacon functions can periodically be sent, wherein announcement frame are the broadcast frames periodically sent, and BLE is received The node of device can identify the mobile terminal of iBeacon functions by announcement frame；And the data of announcement frame are mainly by mobile whole The device id and reference received signal strength at end are constituted, and carrying information is few, required low in energy consumption；It is noticed when node identifies The signal strength of frame and by signal strength with reference to compared with received signal strength, can also further obtain the position of mobile terminal Information positions mobile terminal, in order to further increase the accuracy of follow-up acquired mobile route information.

It should be understood that although each step in the flow chart of Fig. 2 to 8 is shown successively according to the instruction of arrow, Be these steps it is not that the inevitable sequence indicated according to arrow executes successively.Unless expressly stating otherwise herein, these steps There is no stringent sequences to limit for rapid execution, these steps can execute in other order.Moreover, in Fig. 2 to 8 at least A part of step may include that either these sub-steps of multiple stages or stage are not necessarily in same a period of time to multiple sub-steps Quarter executes completion, but can execute at different times, the execution in these sub-steps or stage be sequentially also not necessarily according to Secondary progress, but can either the sub-step of other steps or at least part in stage in turn or replace with other steps Ground executes.

In one embodiment, as shown in figure 9, Fig. 9 is the structure of mobile route Information Acquisition System in one embodiment Schematic diagram provides a kind of mobile route Information Acquisition System, includes such as 310 He of node in mobile route information acquisition method Server 320；

Server 320 is connect with each node 310, mobile terminal 330 for identification of each node 310；

Server is for executing mobile route information acquisition method.

Mobile terminal 330 for identification of each node 310, in mobile terminal 330 within the scope of the signal detection of node 310 When, node 310 can identify mobile terminal 330.

Server 320 is connect with node 310, can be after node 310 identifies mobile terminal 330, and server 320 obtains section At the time of 310 identification mobile terminal 330 of point and the node identification of node 320, and information parameter is recorded, wherein information parameter packet Include node 310 identify mobile terminal 330 at the time of and node 310 node identification.Mobile terminal is identified in multiple nodes 310 After 330, server 320 obtains and records multiple information parameters, and sequence at the time of according to each information parameter is to each information parameter Node identification be ranked up, obtain node identification sequence, according to node identification sequence obtain mobile terminal mobile route believe Breath.

Above-mentioned mobile route Information Acquisition System identifies that mobile terminal 330, server 320 record node by node 310 320 identification mobile terminal 330 at the time of and node 310 node identification, obtain information parameter, at the time of according to each information parameter Sequence the node identification of each information parameter is ranked up and obtain node identification sequence, i.e., according to mobile terminal 330 each Appearance within the scope of the signal detection of a node 310 and at the time of correspond to for each time, according to the sequence at moment to signal detection Range is ranked up, that is, obtains the mobile route information of mobile terminal, and mobile route information can be used for analyzing mobile terminal Mobile behavior process and behavioural information as mobile terminal increase the type that can obtain information.

Node 310 can be, but not limited to be various bluetooth sensors, WIFI terminal, wireless radio frequency identification reader, radar And wireless sensor, mobile terminal 330 can be, but not limited to be that can be, but not limited to be various personal computers, notebook electricity Brain, smart mobile phone, tablet computer and portable wearable device.In addition, information parameter can also include mobile terminal 330 Device id so that mobile route information acquisition method can be applied to multiple mobile terminals 330, expanded application model simultaneously It encloses.

In one embodiment, mobile terminal 330 is additionally operable to send broadcast frame, and node 310 receives within the scope of signal detection The broadcast frame that mobile terminal 330 is sent will receive at the time of at the time of node 310 is received broadcast frame as in information parameter The identification number of the node 310 of broadcast frame is remembered as the node identification in information parameter, server 320 according to moment and node identification Record information parameter.

Above-mentioned mobile route Information Acquisition System, after node 310 receives the broadcast frame that mobile terminal 330 is sent, server 320 at the time of obtain in information parameters and node identification, and information parameter is recorded, by broadcast frame so that the identification of node 310 moves Dynamic terminal 330, and do not need to establish between node 310 and mobile terminal 330 and communicate, sending the mode of broadcast frame can also drop The power consumption of low identification process interior joint 310 and mobile terminal 330 improves the cruising ability of mobile route Information Acquisition System.

Wherein, the device id of mobile terminal 330 can also be included in the broadcast frame that mobile terminal 330 is sent so that Mobile route Information Acquisition System can be applied to multiple mobile terminals 330, expanded application range simultaneously.

In one embodiment, mobile terminal 330 can send the broadcast frame under Bluetooth communication, and node 310 can be blue Tooth sensor, the broadcast frame under Bluetooth communication for receiving the transmission of mobile terminal 330, and identify mobile terminal 330.Wherein, The spread scope of broadcast frame under Bluetooth communication is small and signal strength is weaker, and the broadcast frame under Bluetooth communication can be believed with mobile route Breath acquisition system substantially reduces power consumption.Therefore, above-mentioned mobile route Information Acquisition System, node 310 pass through under Bluetooth communication Broadcast frame identification mobile terminal 330 can substantially reduce power consumption, improve the cruising ability of mobile route Information Acquisition System.

Further, mobile terminal can also send the broadcast of BLE (Bluetooth Low Energy, low-power consumption bluetooth) Frame, the information carried in the broadcast frame of BLE is less, therefore required power consumption is lower, can further decrease transmitting power consumption, And improve the cruising ability of mobile route Information Acquisition System.By taking the iBeacon functions of having used BLE technologies as an example, have The announcement frame that the mobile terminal 330 of iBeacon functions can periodically be sent, wherein announcement frame are the broadcast frames periodically sent, and BLE connects The mobile terminal 330 of iBeacon functions can be identified by announcement frame by receiving the node 310 of device；And the data of announcement frame are main It is constituted by the device id of mobile terminal 330 and with reference to received signal strength, carrying information is few, required low in energy consumption；When Node 310 identifies the signal strength of announcement frame and by signal strength compared with reference to received signal strength, can also further obtain The location information for taking mobile terminal, positions mobile terminal, in order to further increase follow-up acquired mobile route The accuracy of information.

In one embodiment, all nodes 310 can be synchronized with the retention time, and the identification frequency of each node 310 is set Be set to it is identical, and make all nodes 310 can be synchronized the retention time in each identification, i.e., all nodes can be same Moment is carried out at the same time identification.310 retention time of all nodes of above-mentioned mobile route Information Acquisition System synchronizes, the identification of guarantee Synchronous and acquired information parameter accuracy on time, therefore in the sequence according to the moment to the node identification of each information parameter After being ranked up, it is ensured that the accuracy of acquired node identification sequence.

In one embodiment, as shown in Figure 10, Figure 10 is that mobile route Information Acquisition System is automatic in one embodiment The structural schematic diagram of vending machine, node 310 are arranged in automatic vending machine 340, and server 320 is also connect with automatic vending machine 340.

Above-mentioned mobile route Information Acquisition System, automatic vending machine 340 include it is multiple, server 320 also with it is each automatic Vending machine 340 connects, and server can obtain the sales information of each automatic vending machine 340, and sales information includes automatic vending The items for merchandising information and sales volume of machine.Each node 310 is arranged in one-to-one automatic vending machine, and server 320 can To pass through the mobile route information of node 310 and the mobile terminal 330 of the acquisition of mobile terminal 330, therefore, acquired mobile road Diameter information can indicate mobile route information of the mobile terminal 330 after automatic selling around machine 340, i.e., above-mentioned mobile route information Mobile route information acquired in acquisition system can reflect that mobile terminal user in the behavioural information of selective selling article, increases The type of information can be obtained by adding.

In addition, acquired mobile route information also helps further analysis automatic vending machine sales situation and sale becomes Gesture markets the goods according to sales situation and sales trend to automatic vending machine, can improve automatic vending machine Marketing efficiency.

In one embodiment, as shown in figure 11, Figure 11 is the knot of mobile route information acquisition device in one embodiment Structure schematic diagram provides a kind of mobile route information acquisition device, including：Information parameter logging modle 410, node identification sequence Acquisition module 420 and mobile route data obtaining module 430, wherein：

Information parameter logging modle 410 passes through node when within the scope of the signal detection that mobile terminal is in node It identifies mobile terminal, and records information parameter, wherein at the time of information parameter includes node identification mobile terminal and the section of node Point identification.

Wherein, at the time of information parameter includes node identification mobile terminal and the node identification of node, information parameter can be with The process that mobile terminal is identified for recording node has recorded and when and where is identifying the identification process of mobile terminal.Information Parameter logging modle 410 node identify mobile terminal after, obtain node identification mobile terminal at the time of and node node mark Know, by obtain at the time of and node identification be recorded as information parameter.

Node identification sequence acquisition module 420 is joined for obtaining multiple information parameters by multiple nodes according to each information Sequence at the time of amount is ranked up the node identification of each information parameter, obtains node identification sequence.

Wherein, node includes multiple, and the signal detection range of each node is different, and mobile terminal moves in moving process It moves within the scope of the signal detection of different nodes and by node and identifies, multiple information parameters can be obtained.Node identification sequence It records according to moment tactic node identification, node identification sequence includes node identification, can also include node At the time of mark is corresponding.Node identification sequence acquisition module 420 is by multiple nodes to mobile whole within the scope of signal detection The identification at end obtains multiple information parameters, according to sequence at the time of each information parameter in time, to the section of each information parameter Point identification is ranked up, and obtains the node identification sequence after sequence.

Mobile route data obtaining module 430, the mobile route for obtaining mobile terminal according to node identification sequence are believed Breath.

Wherein, multiple information parameters are obtained by the different node of signal detection range, it can be anti-in multiple information parameters It reflects mobile terminal to be identified by multiple nodes, or even is repeatedly identified by node, i.e., can reflect mobile terminal in multiple information parameters Appearance within the scope of multiple signal detection.Occurred pair according to appearance of the mobile terminal within the scope of each signal detection and each time At the time of answering, signal detection range is ranked up according to the sequence at moment, can reflect the mobile route of mobile terminal, i.e., The node identification sequence obtained can reflect the mobile route of mobile terminal.Node identification in information parameter can reflect shifting Dynamic terminal occurs within the scope of the signal detection of node identification corresponding node, and mobile route data obtaining module 430 is according to node Mark sequence can obtain the mobile route information of mobile terminal.

Above-mentioned mobile route information acquisition device, information parameter logging modle 410 identify mobile terminal, record by node Node identify mobile terminal at the time of and node node identification, obtain information parameter, node identification sequence acquisition module 420 Sequence at the time of according to each information parameter is ranked up the node identification of each information parameter and obtains node identification sequence, i.e. root At the time of according to appearance of the mobile terminal within the scope of the signal detection of each node and correspondence for each time, according to the sequence at moment Signal detection range is ranked up, mobile route data obtaining module 430 obtains the mobile route information of mobile terminal, mobile Routing information can be used for analyzing the mobile behavior process of mobile terminal and the behavioural information as mobile terminal, increase can obtain The type of information.

For example, information parameter include node identification mobile terminal at the time of and node node identification, by information parameter table It is shown as<Moment, node identification>Form, when information parameter logging modle 410 obtains following information parameter：<t₁, A>、<t₂, B>、 <t₃, C>、<t₃, D>、<t₄, D>、<t₅, D>With<t₆, E>When, the node identification that node identification sequence acquisition module 420 obtains is sequentially May include ABCDDDE, wherein t₁、t₂、t₃、t₄、t₅And t₆At the time of respectively the time is adjacent successively, A, B, C, D and E are respectively Node identification, node identification sequence is in t₃When node identification include C and D.

Information parameter can also include the device id of mobile terminal so that mobile route information acquisition method can be with It is applied to multiple mobile terminals, expanded application range simultaneously.

In one embodiment, node identification sequence acquisition module 420 is additionally operable to information parameter corresponding in synchronization When being multiple, using the corresponding all information parameters of synchronization as synchronic information parameter, according to synchronization the time most The information parameter of close adjacent moment determines target information parameter and redundancy parameter in synchronic information parameter, and deletes Redundancy parameter, wherein synchronic information parameter includes target information parameter and redundancy parameter.

Above-mentioned mobile route information acquisition device, the corresponding information parameter of synchronization be it is multiple when, according to it is adjacent when The information parameter at quarter is determining and deletes redundancy parameter, after the node identification to each information parameter is ranked up, can obtain Complete node identification sequence and actual mobile route information are taken, and reduces node identification sequence and mobile route information Information content, improve mobile route information accuracy.

In one embodiment, node identification sequence acquisition module 420 is additionally operable in the information parameter according to adjacent moment Node identification, determine the corresponding adjacent moment node of adjacent moment, by the corresponding each node of synchronic information parameter respectively with phase Adjacent moment node compares, and determines that destination node, destination node are and adjacent moment in the corresponding each node of synchronic information parameter The nearest node of nodal distance will be in synchronic information parameter using the corresponding information parameter of destination node as target information parameter Other information parameter as redundancy parameter.

Mobile terminal identifies under adjacent moment by adjacent moment node, therefore according in the information parameter of adjacent moment Node identification, node identification sequence acquisition module 420 can determine adjacent moment identify mobile terminal adjacent moment section Point；In order to obtain accurate node identification sequence and mobile route information, need to judge mobile terminal may mobile side To, to determine required destination node in synchronic information parameter, can generally be judged according to distance, for example, In the corresponding each node of synchronic information parameter, node identification sequence acquisition module 420 can will be with adjacent moment nodal distance most Close node is determined as destination node；Node identification sequence acquisition module 420 can make the corresponding information parameter of destination node For target information parameter, destination node can be used for the acquisition of subsequent node mark sequence.

Above-mentioned mobile route information acquisition device, node identification sequence acquisition module 420 are joined according to the information of adjacent moment Node identification in amount determines adjacent moment node, by by the corresponding each node of synchronic information parameter respectively with adjacent moment The comparison of node, is judged according to distance, determines that with the nearest node of adjacent moment nodal distance be destination node, and will The corresponding information parameter of destination node is as target information parameter and determines redundancy parameter；Node identification sequence acquisition module 420 are judged according to distance, judge mobile terminal may moving direction, improve determined target information parameter and The accuracy of redundancy parameter, convenient for subsequently obtaining accurate node identification sequence and mobile route information.

For example, when information parameter logging modle 410 obtains following information parameter：<t₁, A>、<t₂, B>、<t₃, C>、<t₃, D >、<t₄, D>、<t₅, D>With<t₆, E>When, in t₃When information parameter include<t₃, B>With<t₃, C>, node identification sequence acquisition mould Block 420 obtains t₃Corresponding synchronic information parameter includes<t₃, C>With<t₃, D>, t₂For t₃Adjacent previous moment, by t₃It is corresponding C and D and t₂Corresponding B compare, be less than at a distance between C and B corresponding nodes between D and B corresponding nodes at a distance from when, determine C For t₃Corresponding destination node, will<t₃, C>As t₃Corresponding target information parameter, and will<t₃, D>As t₃Corresponding redundancy Target information parameter is deleted<t₃, D>Information parameter afterwards includes：<t₁, A>、<t₂, B>、<t₃, C>、<t₄, D>、<t₅, D>With< t₆, E>, then the node identification of each information parameter is ranked up, it is suitable that node identification sequence acquisition module 420 obtains node identification Sequence includes ABCDDE, wherein t₁、t₂、t₃、t₄、t₅And t₆At the time of respectively the time is adjacent successively, A, B, C, D and E are respectively to save Point identification, node identification sequence is in t₃When node identification include C and D.

In one embodiment, as shown in figure 12, Figure 12 is that the structure of hot spot areas acquisition module in one embodiment is shown It is intended to, mobile route information acquisition device further includes hot spot areas acquisition module 440, and hot spot areas acquisition module 440 is used for will The node identification repeated in node identification sequence is as popular node identification, belonging to popular node identification corresponding node Signal detection range is as hot spot areas.

Above-mentioned mobile route information acquisition device, hot spot areas acquisition module 440 in node identification sequence by repeating out Existing node identification obtains popular node identification and hot spot areas, quickly and easily understands mobile terminal in mobile route back and forth The region in mobile region or stay longer, hot spot areas can be used for analyzing the mobile behavior process of mobile terminal and make For the behavioural information of mobile terminal, increase the type that can obtain information.

In one embodiment, hot spot areas acquisition module 440 is additionally operable to according to preset expected sequence length, in node The sequence of intercept anticipated sequence length is saved as sequence using the node identification repeated in sequence as hot topic in mark sequence Point identification.

Above-mentioned mobile route information acquisition device defines and determines hot topic node mark in the sequence of expected sequence length Know, hot spot areas acquisition module 440 can obtain the corresponding hot spot areas of mobile route information in limiting time, improve heat The accuracy in door region.

In one embodiment, hot spot areas acquisition module 440 is additionally operable to that appearance will be continuously repeated in node identification sequence Node identification as popular node identification.

Above-mentioned mobile route information acquisition device, continuously repeats in node identification sequence and node identification occurs, then reflect Mobile terminal moves back and forth in corresponding region or stay longer, and hot spot areas acquisition module 440 is suitable by node identification The node identification of appearance is continuously repeated in sequence as popular node identification, improves the accuracy of hot spot areas.

In one embodiment, hot spot areas acquisition module 440 is additionally operable to continuously repeat appearance in node identification sequence Node identification include two node identifications, and when signal detection range belonging to node corresponding to two node identifications is adjacent, Using two node identifications as popular node identification.

Above-mentioned mobile route information acquisition device, the node identification that appearance is continuously repeated in node identification sequence include two Node identification, and the signal detection range belonging to node corresponding to the two node identifications is adjacent, then reflects mobile terminal right Move back and forth in the region answered, hot spot areas acquisition module 440 improves heat using the two node identifications as popular node identification The accuracy in door region.

In one embodiment, as shown in figure 13, Figure 13 is hot spot areas residence time acquisition module in one embodiment Structural schematic diagram, mobile route information acquisition device further includes hot spot areas residence time acquisition module 450, and hot spot areas is stopped Stay time-obtaining module 450 for according to node identification sequence, determining the occurrence number that hot topic node identification repeats, according to The identification interval time and occurrence number that popular node identification corresponding node is often identified twice, when obtaining hot spot areas stop Between.

Above-mentioned mobile route information acquisition device, hot spot areas residence time acquisition module 450 is according to popular node identification The occurrence number repeated obtains mobile terminal in the hot spot areas residence time of hot spot areas, hot spot areas residence time It can reflect that residence time, hot spot areas residence time can be used for analyzing in hot spot areas in mobile terminal action process The mobile behavior process of mobile terminal and the behavioural information as mobile terminal increase the type that can obtain information.

For example, the identification when all nodes is all to maintain time synchronization, all nodes can synchronization simultaneously into Row identifies, when the identification set of frequency of each node is identical, each node identification interval time keeps identical, therefore mobile whole The occurrence number that can be equal to popular recognition node in the hot spot areas corresponding hot spot areas residence time is held to be multiplied by identification interval Time.When node identification sequence is ABCDEDEFFFGHIII, F is popular node identification, and the occurrence number of F is 3 times, identification Interval time is 1s, then heat of the mobile terminal that hot spot areas residence time acquisition module 450 obtains in the corresponding hot spot areas of F The door region residence time is 3s.

In one embodiment, information parameter logging modle 410 is additionally operable to receive within the scope of signal detection by node and move The broadcast frame that dynamic terminal is sent will receive the node of broadcast frame at the time of using at the time of receiving broadcast frame as in information parameter Identification number as the node identification in information parameter, information parameter is recorded according to moment and node identification.

Above-mentioned mobile route information acquisition device, information parameter logging modle 410 receive mobile terminal by node and send Broadcast frame, at the time of acquisition in information parameter and node identification, and information parameter is recorded, by broadcast frame so that node identifies Mobile terminal, and do not need to establish between node and mobile terminal and communicate, identification can also be reduced by sending the mode of broadcast frame The power consumption of process interior joint and mobile terminal improves the duration of identification process.

In addition, information parameter logging modle 410 can also be received under the Bluetooth communication that mobile terminal is sent by node The spread scope of broadcast frame, the broadcast frame of Bluetooth communication is small and signal strength is weaker, and the broadcast frame of Bluetooth communication can drop significantly Low-power consumption can improve the cruising ability of above-mentioned mobile route information acquisition device；BLE (Bluetooth Low can also be used Energy, low-power consumption bluetooth) broadcast frame, the information carried in the broadcast frame of BLE is less, therefore required power consumption is more It is low, transmitting power consumption can be further decreased, the cruising ability of above-mentioned mobile route information acquisition device can be improved.To use For the iBeacon functions of BLE technologies, the announcement frame that the mobile terminal with iBeacon functions can periodically be sent, wherein noticing Frame is the broadcast frame periodically sent, and the node of BLE receivers can identify the mobile terminal of iBeacon functions by announcement frame； And the data of announcement frame are mainly constituted by the device id of mobile terminal and with reference to received signal strength, and carrying information is few, It is required low in energy consumption；When node identify announcement frame signal strength and by signal strength with refer to received signal strength compared with, The location information that mobile terminal can also further be obtained, positions mobile terminal, in order to further increase follow-up institute The accuracy of the mobile route information of acquisition.

Specific restriction about mobile route information acquisition device may refer to above for mobile route acquisition of information The restriction of method, details are not described herein.Modules in above-mentioned mobile route information acquisition device can be fully or partially through Software, hardware and combinations thereof are realized.Above-mentioned each module can be embedded in or in the form of hardware independently of the place in computer equipment It manages in device, can also in a software form be stored in the memory in computer equipment, in order to which processor calls execution or more The corresponding operation of modules.

In one embodiment, a kind of computer equipment is provided, which can be server, internal junction Composition can be as shown in figure 14, and Figure 14 is the internal structure chart of one embodiment Computer equipment.The computer equipment includes Processor, memory, network interface and the database connected by system bus.Wherein, the processor of the computer equipment is used In offer calculating and control ability.The memory of the computer equipment includes non-volatile memory medium, built-in storage.This is non-easily The property lost storage medium is stored with operating system, computer program and database.The built-in storage is in non-volatile memory medium Operating system and computer program operation provide environment.The database of the computer equipment is for storing information parameter, section The data such as point identification sequence, mobile route information.The network interface of the computer equipment is used to pass through network with external terminal Connection communication.To realize a kind of mobile route information acquisition method when the computer program is executed by processor.

It will be understood by those skilled in the art that structure shown in Figure 14, only with the relevant part of application scheme The block diagram of structure, does not constitute the restriction for the computer equipment being applied thereon to application scheme, and specific computer is set Standby may include either combining certain components than more or fewer components as shown in the figure or being arranged with different components.

In one embodiment, a kind of computer equipment is provided, including memory, processor and storage are on a memory And the computer program that can be run on a processor, processor are realized arbitrary in the various embodiments described above when executing computer program A kind of mobile route information acquisition method.

In one embodiment, a kind of computer readable storage medium is provided, computer program is stored thereon with, is calculated It is realized such as any one mobile route information acquisition method in the various embodiments described above when machine program is executed by processor.

One of ordinary skill in the art will appreciate that realizing all or part of flow in above-described embodiment method, being can be with Relevant hardware is instructed to complete by computer program, the computer program can be stored in a non-volatile computer In read/write memory medium, the computer program is when being executed, it may include such as the flow of the embodiment of above-mentioned each method.Wherein, Any reference to memory, storage, database or other media used in each embodiment provided herein, Including non-volatile and/or volatile memory.Nonvolatile memory may include read-only memory (ROM), programming ROM (PROM), electrically programmable ROM (EPROM), electrically erasable ROM (EEPROM) or flash memory.Volatile memory may include Random access memory (RAM) or external cache.By way of illustration and not limitation, RAM is available in many forms, Such as static state RAM (SRAM), dynamic ram (DRAM), synchronous dram (SDRAM), double data rate sdram (DDRSDRAM), enhancing Type SDRAM (ESDRAM), synchronization link (Synchlink) DRAM (SLDRAM), memory bus (Rambus) direct RAM (RDRAM), direct memory bus dynamic ram (DRDRAM) and memory bus dynamic ram (RDRAM) etc..

In another embodiment, as shown in figure 15, Figure 15 is the knot of customer information acquisition system in another embodiment Structure schematic diagram.Customer information acquisition system can be the system built based on automatic vending machine, and the mobile terminal of client can be with It is attached and carries out real name login by bluetooth and customer information acquisition system, customer information acquisition system can be to client's Commodity purchasing behavior carries out information collection.Customer information acquisition system includes indoor positioning module, data processing module and system Feedback module, wherein：

Indoor positioning module for identifying mobile terminal by bluetooth location technology, and obtains the mobile road of mobile terminal Diameter information.Customer information acquisition system pinpoints the node that bluetooth positioning can be achieved in setting on automatic vending machine, is known by node The bluetooth signal intensity of the mobile terminal of other client, and further obtain the location information of client.

Data processing module, the mobile route for the mobile terminal according to acquisition further analyze hot topic in mobile route Region and hot spot areas residence time.Data processing module can use mobile route information acquisition method, pass through automatic vending The position of the mobile terminal of node identification client on machine, and information categorization and information processing are carried out to acquired position, point The mobile route information and corresponding hot spot areas of analysis and acquisition mobile terminal and hot spot areas residence time.

System feedback model is adjusted for the sales tactics to items for merchandising.According to the mobile route of mobile terminal Information and corresponding hot spot areas and hot spot areas residence time analyze housing choice behavior and the commodity choosing of mobile terminal user It selects, and the sales tactics of items for merchandising is adjusted according to the housing choice behavior of mobile terminal user and commodity selection.

As shown in figure 16, Figure 16 is the schematic diagram of mobile route information acquisition method in another embodiment, and stain indicates The node of setting is pinpointed on automatic vending machine, block curve indicates to have turned on the actual motion road of the mobile terminal of Bluetooth function Diameter connects actual motion path of the dotted line broken line of multiple nodes for approximatively indicating mobile terminal.When mobile terminal is from position When setting (1,1) and being moved to position (2,2), mobile terminal can be known by the node at position (1,1) and position (2,2) respectively Not, and the location information of mobile terminal can be obtained.

Mobile route information acquisition method needs to carry out data processing, these three basic parameter packets according to three basic parameters Include mobile terminal device id, node identification mobile terminal at the time of and node node identification, by device id, section At the time of point identification mobile terminal and the node identification of node forms location parameter<Device id, node identify mobile terminal At the time of, the node identification of node>.And all nodes need the retention time to synchronize, by the identification set of frequency of each node To be identical, and all nodes can be synchronized in each identification the retention time, i.e., all nodes can be in synchronization It is carried out at the same time identification, the location parameter interior joint that nodes different in this way generates could be used to determine at the time of identifying mobile terminal The region of mobile terminal under the moment, can further describe in the region at each moment according to mobile terminal and be seen The mobile route information for the mobile terminal examined.

Assuming that customer information acquisition system identifies mobile terminal by node, and obtain information parameter below：

<N₁, t₁₁, S₁₁>、<N₁, t₁₂, S₁₂>、<N₂, t₂₁, S₂₁>With<N₂, t₂₂, S₂₂>, wherein N₁And N₂It is mobile whole respectively The identification number at end, t₁₁、t₁₂、t₂₁And t₂₂At the time of being node identification mobile terminal respectively, S₁₁、S₁₂、S₁₁And S₂₂It is node respectively Mark；

Information above expressed as parameters N₁Corresponding mobile terminal is at the moment from t₁₁To t₁₂From node identification in the time at moment S₁₁Position is moved to node identification S₁₂Position, N₂Corresponding mobile terminal is at the moment from t₂₁To t₂₂The time at moment It is interior from node identification S₂₁Position is moved to node identification S₂₂Position.It can be right in mobile route information acquisition method In the same mobile terminal, the identification number needs of mobile terminal are identical in its corresponding each information parameter；For the same movement For terminal in the information parameter of adjacent moment, node identification therein should be the same node identification or the node for adjacent position Corresponding node identification.

As shown in figure 17, Figure 17 be another embodiment in customer information acquisition system node position view, A, B, H1, H3, M1 and M3 are node respectively, and circle A and the signal detection range that circle B is A and B respectively, C is the signal detection model of A and B The intersection range enclosed, H2 are the intersection ranges of the signal detection range of H1, H3, and M2 is the intersection of the signal detection range of M1 and M3 Range.

When mutually in the same time, a mobile terminal appears in the region of C, then the mobile terminal can be by two adjacent nodes It is identified, customer information acquisition system, which will produce, at this time has phase in the same time and the information of the device number of identical mobile terminal ginseng Amount, then need the information parameter for deleting one of redundancy.As shown in figure 17, at this time M1, M2 and M3 be all the mobile terminal from Open behind the regions C can mobile direction, the node identification corresponding node in the information parameter that previous moment identified can be utilized Respectively with the position relationship of A and B, determines the information parameter of redundancy and delete the information parameter of redundancy.

Assuming that mobile terminal enters from the signal detection range of node H1, and C is left towards the direction of M1, the mobile terminal Identification number be N₁, the information parameter at this moment generated includes<N₁, t₁, H1>、<N₁, t₂, A>、<N₁, t₂, B>With<N₁, t₃, M1>, by It is adjacent with H1 in A, it is thus determined that<N₁, t₂, A>For target information parameter, determine<N₁, t₂, B>For redundancy parameter, and delete <N₁, t₂, B>, it is left<N₁, t₁, H1>、<N₁, t₂, A>With<N₁, t₃, M1>；Then the N that customer information acquisition system generates₁It is corresponding The mobile route of mobile terminal is：To M1 from H1 to A.

Move back and forth always in the signal detection range where node A and B or stay longer when there is certain client, Customer information acquisition system can be continuously generated the information parameter with certain rule within a certain period of time, for example, superfluous deleting After remaining information parameter, customer information acquisition system includes following information parameter：<N₁, t_k, M1>、<N₁, t_k+1, A>、<N₁, t_k+2, A>、<N₁, t_k+3, B>、<N₁, t_k+4, B>With<N₁, t_k+5, H3>, t_k+1Moment is to t_k+4When inscribe, N₁Corresponding mobile terminal The residence time is longer in the signal detection range where node A and B, using the signal detection range where A and B as popular area Domain, by t_k+1Moment is to t_k+4Hot spot areas residence time of the moment as the hot spot areas.

Customer information acquisition system identifies the location information of client, by processing with the information parameter of similitude and right Treated information parameter carries out coding and sorting order, obtains each client housing choice behavior in shopping, at the same simplify calculating process and Data storage capacity is reduced, the resource needed for calculating is saved.Housing choice behavior can refer to as new model in shopping by client Sales information, by each client, housing choice behavior is fed back in server in shopping, can according to housing choice behavior and other sale Information, such as sales volume adjust the sales tactics of items for merchandising, in order to finally realize the maximization of sale benefit.

Each technical characteristic of above example can be combined arbitrarily, to keep description succinct, not to above-described embodiment In each technical characteristic it is all possible combination be all described, as long as however, the combination of these technical characteristics be not present lance Shield is all considered to be the range of this specification record.

The several embodiments of the application above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously It cannot therefore be construed as limiting the scope of the patent.It should be pointed out that coming for those of ordinary skill in the art It says, under the premise of not departing from the application design, various modifications and improvements can be made, these belong to the protection of the application Range.Therefore, the protection domain of the application patent should be determined by the appended claims.

Claims

1. a kind of mobile route information acquisition method, which is characterized in that include the following steps：

When within the scope of the signal detection that mobile terminal is in node, the mobile terminal is identified by the node, and record Information parameter, wherein described information parameter includes at the time of the node identifies the mobile terminal and the node of the node Mark；

Multiple described information parameters are obtained by multiple nodes, sequence at the time of according to each described information parameter is to each institute The node identification for stating information parameter is ranked up, and obtains node identification sequence；

The mobile route information of the mobile terminal is obtained according to node identification sequence.

2. mobile route information acquisition method according to claim 1, which is characterized in that described according to each described information It is further comprising the steps of before the step of sequence at the time of parameter is ranked up the node identification of each described information parameter：

When the corresponding information parameter of synchronization is multiple, using the corresponding all information parameters of the synchronization as synchronic Information parameter；

It, in the information parameter of time nearest adjacent moment, is determined in the synchronic information parameter according to the synchronization Target information parameter and redundancy parameter, and delete redundancy parameter, wherein the synchronic information parameter includes the mesh Mark information parameter and the redundancy parameter.

3. mobile route information acquisition method according to claim 2, which is characterized in that in the synchronic information parameter The step of determining target information parameter and redundancy parameter, includes the following steps：

According to the node identification in the information parameter of the adjacent moment, the corresponding adjacent moment section of the adjacent moment is determined Point；

By the corresponding each node of the synchronic information parameter respectively compared with the adjacent moment node, join in the synchronic information It measures and determines destination node in corresponding each node, the destination node is the node nearest with the adjacent moment nodal distance；

Using the corresponding information parameter of the destination node as the target information parameter, by its in the synchronic information parameter His information parameter is as the redundancy parameter.

4. mobile route information acquisition method according to claim 3, which is characterized in that suitable in the acquisition node identification It is further comprising the steps of after the step of sequence：

Using the node identification repeated in the node identification sequence as popular node identification；

Using the signal detection range belonging to the popular node identification corresponding node as hot spot areas.

5. mobile route information acquisition method according to claim 4, which is characterized in that described by the node identification It is further comprising the steps of after the step of node identification repeated in sequence is as popular node identification：

According to node identification sequence, the occurrence number that the popular node identification repeats is determined；

The identification interval time often identified twice according to the popular node identification corresponding node and the occurrence number, are obtained Take the hot spot areas residence time；

Or, it is described using the node identification repeated in the node identification sequence as the step of popular node identification, including Following steps：

According to preset expected sequence length, the sequence conduct of the expected sequence length is intercepted in the node identification sequence Sequence；

Using the node identification repeated in the sequence as the popular node identification；

Or,

The node identification of appearance will be continuously repeated in the node identification sequence as the popular node identification；

Or,

The node identification that appearance is continuously repeated in the node identification sequence includes two node identifications, and two nodes When signal detection range belonging to the corresponding node of mark is adjacent, using two node identifications as the popular node mark Know.

6. the mobile route information acquisition method according to claim 1 to 5 any one, which is characterized in that described to pass through The node identifies the mobile terminal, and the step of recording information parameter, includes the following steps：

The broadcast frame that the mobile terminal is sent within the scope of the signal detection is received by the node；

At the time of at the time of the broadcast frame will be received as in described information parameter, the mark of the node of the broadcast frame will be received Knowledge number is as the node identification in described information parameter；

Described information parameter is recorded according to the moment and the node identification.

7. a kind of mobile route Information Acquisition System, which is characterized in that include the shifting as described in claim 1 to 6 any one Node and server in dynamic routing information acquisition methods；

The server is connect with each node, each node mobile terminal for identification；

The server is used to execute the mobile route information acquisition method as described in claim 1 to 6 any one.

8. mobile route Information Acquisition System according to claim 7, which is characterized in that the node is arranged in automatic selling Cargo aircraft, the server are also connect with the automatic vending machine.

9. a kind of mobile route information acquisition device, which is characterized in that described device includes：

Information parameter logging modle is known when within the scope of the signal detection that mobile terminal is in node by the node The not described mobile terminal, and record information parameter, wherein described information parameter includes that the node identifies the mobile terminal The node identification at moment and the node；

Node identification sequence acquisition module, for obtaining multiple described information parameters by multiple nodes, according to each described Sequence at the time of information parameter is ranked up the node identification of each described information parameter, obtains node identification sequence；

Mobile route data obtaining module, the mobile route for obtaining the mobile terminal according to node identification sequence are believed Breath.

10. a kind of computer equipment, including memory, processor and storage are on a memory and the meter that can run on a processor Calculation machine program, which is characterized in that the processor realizes any one of claim 1 to 6 institute when executing the computer program The step of mobile route information acquisition method stated.