CN103473840B - Based on wireless network, there is passenger flow counting system and the method that personnel distinguish function - Google Patents
Based on wireless network, there is passenger flow counting system and the method that personnel distinguish function Download PDFInfo
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Abstract
Have based on wireless network passenger flow counting system and the method that personnel distinguish function, this system comprises wireless network node, passenger flow counting device and wireless location label; Wireless network node is installed on the position away from passenger flow counting device; Passenger flow counting device is fixedly mounted on the region, doorway needing to carry out in the region of passenger flow counting, for counting personnel in the region of passenger flow counting, and the personnel carrying this label is deleted from counting according to the signal that wireless location label sends; Wireless location label is worn by the personnel without the need to counting, for the wireless signal and passenger flow counting device that receive wireless network node wireless signal and identify the intensity of wireless signal, the signal intensity identified is sent to passenger flow counting device; Wirelessly communicate between wireless location label with passenger flow counting device.Cost of the present invention is low, realization is easy, precision is high, and by allowing specific people carry wireless location label, realizing passenger flow counting system personnel and distinguishing function, being applicable to chain store, supermarket etc. needs high precision passenger flow statistics occasion.
Description
Technical field
The present invention relates to demographics technical field, specifically a kind of have based on wireless network passenger flow counting system and the method that personnel distinguish function.
Background technology
In prior art, the implementation of passenger flow statistical system mainly comprises: infrared two-way emission type, infrared reflection, infrared curtain formula (if application number is the Chinese patent of 201110145706.3), monocular video processing mode (as application number: the Chinese patent of 201220017402.9), binocular video three-dimensional imaging mode (as application number: the Chinese patent of 201230153182.8) and thermal imaging processing mode (Chinese Patent Application No.: 201220017402.9).No matter adopt which kind of mode above to carry out passenger flow counting, all there is the drawback cannot distinguishing specific crowd.Here specific crowd refers to work salesman in chain store, brand shop or 4S shop and other services personnel, such as, keep a public place clean, ensure public security, maintenance etc.In megastore and shopping center, generally be provided with special staffs only, therefore there is not interior employee and disturb the overall passenger flow counting situation in market, but in less brand shop, supermarket, 4S shop etc., employee does not have special modality, and turnover is frequent, comparatively large on overall statistics impact under the limited circumstances of customer flow own, be the uncertain factor of post analysis and decision-making.
Existing passenger flow statistical system cannot provide the solution of the problems referred to above, because the principle of passenger flow counting just counting, does not have personal identification function, distinguishes problem from the counting angle personnel that solve and cannot realize therefore merely.
Application number is the Chinese patent " WLAN (wireless local area network) indoor accurate position device and location algorithm " of 200410067530, and adopt protocol of wireless local area network, precision can reach 3 ~ 5 meters.When realizing, network needs special laying, in order to reach predetermined accuracy, also needs the signal intensity of the corresponding four direction to each point to measure formation empirical value in advance.First unknown point adopts medium filtering to realize time upper 3 sample means, then obtains estimated position by carrying out probability calculation with given data.The method precision is higher, but early stage, empirical value set-up procedure bothered, and is unfavorable for implementing.
Application number be 200410067531 Chinese patent " WLAN terminal device indoor positioning device and localization method " and application number be 201110139035 Chinese patent " a kind of indoor wireless positioning method and device ", set forth emphatically environment to the impact of positioning precision and corresponding disposal route.The layout that the former proposes radio node will meet wavelength integral multiple to reduce interference, and the latter proposes to carry out corresponding compensation to reach more accurate positioning object to model by the supplementary means such as electronic chart and electronic compass blocking in the situations such as such as partition, body of wall.
Similarly, in order to improve precision, number of patent application is the Chinese patent " a kind of implementation method of wireless network indoor positioning of physically based deformation layer and device thereof " of 201110373217, propose to use the multiple subcarrier channel information of orthogonal multiplex at networked physics layer, and calculate signal intensity according to this channel status, then obtain distance according to Strength co-mputation loss model.This multichannel technology can reduce the location out of true situation caused of multipath effect to a certain extent.
Application number is the Chinese patent " a kind of indoor orientation method and device " of 201210141214, proposes a kind of method can being inferred wireless node location by a small amount of scanning.First the method gathers wireless signal at sampling spot, according to Strength co-mputation signal distribution plots, obtains wireless node location, then position judgment anchor point by inference, and the method can solve the ambient conditions of unknown signaling point.
Application number is the Chinese patent " a kind of indoor personnel location device " of 201210474596, employing be zigbee network, using degree calculates distance, then by triangle polyester fibre coordinates computed.
Above patent proposes the method and apparatus realizing indoor location in real time based on wireless network from different perspectives, but be not suitable for the passenger flow counting application such as less brand shop, supermarket, 4S shop, first, the radio node quantity of the indoor known location of these patent requirements is no less than 3, and in chain store, generally only have a radio node and Location-Unknown; Secondly, the position of two dimension that what above-mentioned patent realized is even on three dimensions is accurately located, and passenger flow statistics only needs to have known whether that specific people passes in and out, and does not need accurate location information; Finally, the such as building, space that the implementation environment of above-mentioned patent is larger is often at least one deck or several room, and various disturbed condition is many, and generally only there is a room in shop, and layout is simple.
Summary of the invention
For the deficiency that prior art exists, the invention provides and a kind ofly based on wireless network, there is passenger flow counting system and the method that personnel distinguish function.
Technical scheme of the present invention is:
Based on wireless network, there is the passenger flow counting system that personnel distinguish function, comprise wireless network node, be installed on the position away from passenger flow counting device, for this system carry out passenger flow counting region in realize wireless network and cover;
This system also comprises passenger flow counting device and wireless location label;
Described passenger flow counting device is fixedly mounted on the region, doorway needing to carry out in the region of passenger flow counting, for counting personnel in the region of passenger flow counting, and the personnel carrying this label is deleted from counting according to the signal that wireless location label sends;
Described wireless location label is worn by the personnel without the need to counting, for the wireless signal and passenger flow counting device that receive wireless network node wireless signal and identify the intensity of wireless signal, the signal intensity identified is sent to passenger flow counting device;
Described wireless location label wirelessly communicates with between passenger flow counting device.
Described passenger flow counting device is video passenger flow counter or infrared passenger flow counter.
Comprise wireless module in described passenger flow counting device, different according to disposed network, this wireless module selects WLAN (wireless local area network) wifi module, zigbee module, RFID module or bluetooth module.
Described passenger flow counting device carries out communication by interface module and terminal device.
Described passenger flow counting device can carry out statistic of classification to the behavior of the personnel carrying wireless location label.
System described in employing carries out the method for passenger flow counting, comprises the following steps:
Step 1: the personnel without the need to counting in the region of passenger flow counting wear wireless location label, without the need to personnel and passenger flow personnel activity in the region of passenger flow counting of counting;
Step 2: the wireless signal of wireless location label real-time reception wireless network node and the wireless signal of passenger flow counting device, and identify the wireless signal strength of wireless network node and the wireless signal strength of passenger flow counting device;
Step 3: passenger flow counting device carries out passenger flow counting to the region of passenger flow counting in real time;
Step 4: the wireless signal strength of wireless network node that this wireless location label of passenger flow counting device periodic receipt sends and the wireless signal strength of passenger flow counting device;
Step 5: the wireless signal strength of the wireless signal strength change and passenger flow counting device of comparing the wireless network node that current time and a upper moment wireless location label receive changes;
Step 6: the wireless signal strength change of wireless network node received according to wireless location label and the wireless signal strength change of passenger flow counting device are classified to the behavior of the personnel carrying wireless location label:
If the wireless signal strength of the wireless network node that wireless location label receives is from zero grow gradually, and the first grow of the wireless signal strength of passenger flow counting device dies down again, then the behavior of carrying the personnel of this wireless location label enters in region, shop;
If the wireless signal strength of the wireless network node that wireless location label receives dies down gradually to zero, and the first grow of the wireless signal strength of passenger flow counting device dies down again, then the behavior of carrying the personnel of this wireless location label leaves in region, shop;
If the wireless signal strength of the wireless network node that wireless location label receives dies down gradually, and the wireless signal strength of passenger flow counting device grow gradually, then the behavior of carrying the personnel of this wireless location label is moved to region, doorway;
If the wireless signal strength grow gradually of wireless network node that wireless location label receives, and the wireless signal strength of passenger flow counting device dies down gradually, then the behavior of carrying the personnel of this wireless location label is moved to the opposite direction in region, doorway;
Grow after if the wireless signal strength of the wireless network node that wireless location label receives first dies down, and die down after the first grow of the wireless signal strength of passenger flow counting device, then the behavior of carrying the personnel of this wireless location label moves to region, doorway then to return again;
If die down after the first grow of the wireless signal strength of the wireless network node that wireless location label receives, and the wireless signal strength of passenger flow counting device first die down after grow, then the behavior of carrying the personnel of this wireless location label then returns again to the opposite direction in region, doorway is mobile;
Step 7: the time of personnel in region, shop of wireless location label, scope of activities and frequent activity degree can be carried according to the statistic of classification of behavior of the personnel carrying wireless location label;
Step 8: the personnel whether occurring carrying wireless location label in the region judging passenger flow counting: be that the personnel then region of the passenger flow counting entering or leave being carried wireless location label reject from passenger flow counting; No, then return step 3.
Beneficial effect:
The present invention from personnel positioning angle, adopt the benefit based on wireless network protocol technology be cost low, utilize existing network just can realize quorum sensing inhibitor, without rerouting, be beneficial to product promotion, achieve specific people and distinguish function.Have cost low, realize easily, precision high.Native system carries wireless location label by allowing specific people, realizes the accurate passenger flow counting in less counting region.Also can realize salesman to be further detained shop duration statistics, accumulative displacement statistics, client and to serve liveness with salesman and the additional function such as to compare.There is provided and analyze salesman's activity data, from server's angle estimator service quality, all existing passenger flow counting system of these functions cannot be accomplished.
Accompanying drawing explanation
Fig. 1 is the passenger flow counting device of the embodiment of the present invention and the practical application scene schematic diagram of wireless location label;
Fig. 2 is the video pictures schematic diagram of the video passenger flow counting assembly of the embodiment of the present invention;
Fig. 3 is the wireless network signal of the wireless network node received in the wireless location label moving process of the embodiment of the present invention and the wireless signal strength change schematic diagram of passenger flow counting device;
Fig. 4 is label-carrier's active path of the embodiment of the present invention and relevant wireless node signals Strength Changes comparison diagram;
Fig. 5 is the process flow diagram of the passenger flow counter calculating specific people quantity of the embodiment of the present invention;
Fig. 6 is that the wireless location label of the embodiment of the present invention obtains signal strength information process flow diagram;
Fig. 7 is the passenger flow counting apparatus structure schematic diagram of the embodiment of the present invention;
Fig. 8 is the wireless location label construction schematic diagram of the embodiment of the present invention;
Fig. 9 is that the wireless phone application of the embodiment of the present invention realizes design sketch;
Figure 10 be the embodiment of the present invention based on wireless network, there is the passenger flow counting method flow diagram that personnel distinguish function.
Embodiment
Below in conjunction with drawings and Examples, the specific embodiment of the present invention is elaborated.
Embodiment 1
The passenger flow counting system that personnel distinguish function that has based on wireless network of the present invention is applied in real chain store.
In the present embodiment, be carry out passenger flow counting in chain store as shown in Figure 1, the black outer rim in figure represents this chain store's outline, and right side has two clamshell doors 8 to pass through for client, and there are a cashier 3 and some shopping shelfs 4 in chain store inside.All personnel represents with oval superposition circle in the drawings, and 1 is salesman, and 2 is the client into shop shopping.All salesmans 1, as the personnel without the need to counting, all wear wireless location label 6.Wireless location label 6 receives the wireless network signal of wireless network node 7 and passenger flow counting device 5 simultaneously.
Wireless network node 7 adopts the wireless router of the common model in market, and without particular/special requirement or post-processed, wireless network node 7 is arranged near the cashier 3 in chain store, for this system carry out passenger flow counting region in coverage radio network network.Passenger flow counter 5 adopts video passenger flow counter, also can replace with the passenger flow counter product of any other kind, as infrared passenger flow counter.Comprise wireless network module in passenger flow counting device, wireless network module is integrated in passenger flow counter.Different according to disposed network, this wireless module selects WLAN (wireless local area network) wifi module, zigbee module, RFID module or bluetooth module.
Video passenger flow counter as shown in Figure 7, comprises video acquisition module, CPU (central processing unit), data memory module, memory modules and power module; The output terminal of video acquisition module, the output terminal of power module are connected with two input ends of central processing module respectively, different output terminals connection data memory module and the memory modules respectively of central processing module, central processing module is connected with wireless module by serial ports, and video passenger flow counter can also be communicated with external unit by interface module.
CPU (central processing unit), is responsible for data and calculates and process, adopt DSP or ARM to realize, in the present embodiment, built-in DSP and the ARM double-core of the TMS320DM6467 model DSP of the preferred TI company of CPU (central processing unit), this DSP, DSP core is responsible for processing video data, and ARM core is responsible for peripheral hardware.Video acquisition module is responsible for gathering video data, and transfers data to CPU (central processing unit), and the MT9V111 model C MOS of the preferred magnesium light company of video acquisition module, this chip can provide VGA resolution image in real time, meets Video processing needs.In the passenger flow counting system of other types, video acquisition module correspondingly can be replaced by infrared emission and receiver module, thermal imaging module etc., and its groundwork sends to CPU (central processing unit) to process the raw data collected.Wireless module produces wireless network signal, by positioning label perception, the 88W8686 wireless module of the preferred Marvell company of wireless module, this chip cost is low, integrated level is high, support the various protocols such as IEEE802.11a/b/g, and be widely used in and comprise in the multiple network product of iphone mobile phone.Wireless location label is sent data and is also obtained by this wireless module, and the final passenger flow data of passenger flow counter product also uploads onto the server by wireless module in addition.The enumeration data of passenger flow counter carries out communication, the RTL8201CP chip of the preferred Realtek company of interface module by interface module and server or other peripheral hardwares.Such as, data upload both gathered to server by network by video passenger flow counter, also directly showed on light-emitting diode display by serial port module.Power module is responsible for the power supply of whole counter, the TPS54331DDA chip of the preferred TI company of power module, and this chip supports that input voltage range is wider, is 3.5 to 28 volts.Internal memory is accessed for central processing unit, the HYB18T1G160CF memory chip of the preferred Qi Mengda company of internal memory.Data memory module is responsible for storing passenger flow data and other configuration informations, and power-off is not lost, and data store the NAND01GW3B2AZA6E model FLASH chip adopting ST Microelectronics.
Wireless location label as shown in Figure 8, comprises processing unit, wireless module, data memory module, memory modules and supply module; Different output terminals connection data memory module and the memory modules respectively of processing module, processing module is connected with wireless module by serial ports.Processing unit is responsible for data and is calculated, and adopts single-chip microcomputer or low-power consumption ARM to realize, and its strength information is also sent to processing unit by the extraneous wireless signal of wireless module perception.The transmission of these module in charge data simultaneously and reception, such as Strength Changes data and displacement data are uploaded to passenger flow counter through this module, and supply module adopts battery mode, can auto sleep when system idles.The displacement information etc. that data memory module storage calculates.In the present embodiment, the GS1010 module of the preferred Gainspan company of wireless module, the maximum feature of this module is super low-power consumption, and standby current is only 2 μ A, normally work that one piece of common AA size battery can meet its 5 years.
Based on wireless network, there is the passenger flow counting system that personnel distinguish function, comprise wireless network node 7, passenger flow counting device 5 and wireless location label 6; Wireless location label 6 is worn by the personnel (salesman) without the need to counting, for the wireless signal and passenger flow counting device 5 that receive wireless network node 7 wireless signal and identify the intensity of wireless signal, the signal intensity identified is sent to passenger flow counting device 5.
Passenger flow counting device 5 is fixedly mounted on the region, doorway needing to carry out in the region of passenger flow counting, if passenger flow counting device 5 is video passenger flow counter, the mode of ceiling lifting is then adopted to carry out in-site installation to it, if passenger flow counting device 5 is infrared passenger flow counter, then the both sides of the door in the region of passenger flow counting adopt symmetric form to install.Passenger flow counting device 5 carries out communication by interface module and terminal device.The signal that passenger flow counting device 5 sends for the wireless signal and wireless location label 6 counting, receive wireless network node 7 to personnel in the region of passenger flow counting, and according to the signal that wireless location label 6 sends, the personnel carrying this label are deleted from counting, statistic of classification can also be carried out to the behavior of the personnel carrying wireless location label.In Fig. 1, salesman 1 can be observed by passenger flow counting device 5 with the traveling process of client 2.
Fig. 2 is video passenger flow counting assembly video pictures schematic diagram, because passenger flow counting device 5 is ceiling lifting, therefore can only observe person head and shoulder regions, the traveling process of personnel is described by the dotted line with arrow, arrow represents personnel's direct of travel, enters picture position and is represented by black round dot.Video passenger flow counter can judge its turnover behavior and Auto-counting according to the course of personnel and direct of travel.But because personnel's id information cannot be obtained, therefore only rely on video passenger flow counting assembly cannot distinguish client and salesman from Fig. 2.And one passenger flow counting system should only statistics customer quantity and should not comprise the turnover situation of interior employee accurately.
Fig. 3 is the wireless network signal schematic diagram that wireless location label 6 receives wireless network node 7 and passenger flow counting device 5.Wireless node network signal represents with arc dotted line in the drawings, and camber line is closeer shows that signal is stronger, and the camber line around passenger flow counting device 5 is the distribution of passenger flow counter wireless signal, and the camber line around wireless network node 7 is the distribution of wireless network node wireless signal.Wireless location label 6 receives the wireless network signal of passenger flow counting device 5 and wireless network node 7 simultaneously.By the ID of passenger flow counting the device 5 and ID of wireless network node 7, wireless location label 6 can distinguish the signal intensity in unlike signal source.When wireless location label 6 moves to reposition 9 along the direction of arrow in Fig. 3 (representing with black empty circles), its wireless signal strength received changes.Especially, the signal intensity that passenger flow counting device 5 sends reduces, and the signal intensity that wireless network node 7 sends increases.
In the normal use procedure of the passenger flow counting system of the present embodiment, highly substantially, remain unchanged residing for wireless location label 6, therefore wireless location label 6 receives wireless signal strength change only as horizontal level change process, and the change for vertical direction is ignored.
Adopt above-mentioned system to carry out the method for passenger flow counting, its flow process as shown in Figure 10, comprises the following steps:
Step 1: in the region of passenger flow counting, the personnel (salesman) without the need to counting of (chain store) wear wireless location label, without the need to personnel and passenger flow personnel activity in the region of passenger flow counting of counting;
Step 2: the wireless signal of wireless location label real-time reception wireless network node and the wireless signal of passenger flow counting device, and identify the wireless signal strength of wireless network node and the wireless signal strength of passenger flow counting device;
As shown in Figure 6, on wireless location label after electric-opening, Automatic-searching wireless network also verifies node (wireless network node and passenger flow counting device) signal, first decision node ID, from all wireless networks searched, only register node is sampled.Each node signal strength data are obtained at synchronization.If there is passenger flow counting device, wireless location label will sample signal strength data is uploaded to passenger flow counting device and carries out strength ratio comparatively.After completing a circulation, continue to obtain each node wireless network data and start next circulation until label is closed.The beginning of each circulation can be periodic, such as every 200 milliseconds once, frequency more high precision is larger, but the power consumption of correspondence is also more, specifically can set flexibly according to practical application.
Step 3: passenger flow counting device carries out passenger flow counting to the region of passenger flow counting in real time;
Passenger flow counting device carries out the flow process of passenger flow counting as shown in Figure 5 to the region of passenger flow counting in real time, has first judged whether that wireless positioning label is online, if do not had, has then performed normal passenger flow counting work; If there is wireless positioning label online, then starts to receive the signal strength data that each wireless location label sends over, then perform step 4, judge wireless location label-carrier's Activity Type and time of origin.If wireless location label-carrier crawler behavior meets the behavior of " entering " or " leaving " type, then the number that arranges rejects zone bit, and records time of origin.When a timeslice (for video passenger flow counter, refers to one-frame video data; For infrared passenger flow counter, refer to an infra-red detection) passenger flow counting process complete after, system automatic decision number rejects zone bit, if this zone bit is put, then illustrating has wireless positioning label carrier pass in and out shop and be counted, in number record, the corresponding data of corresponding time point is rejected, complete this circulation.If system does not perform end, return beginning and circulate next time, until terminate.
Step 4: the wireless signal strength of wireless network node that this wireless location label of passenger flow counting device periodic receipt sends and the wireless signal strength of passenger flow counting device;
Step 5: the wireless signal strength of the wireless signal strength change and passenger flow counting device of comparing the wireless network node that current time and a upper moment wireless location label receive changes;
Fig. 4 carries the clerking activities path of a certain wireless location label and reference point change in signal strength contrasts in the present embodiment.In figure, every a line represents different crawler behavior, such as the first row representative " entering " behavior, and the implementation process of the behavior is represented by two empty circles.In figure, the empty circles outside shop represents the initial position of wireless location label, and band dotted arrow represents movable route and the direction of wireless location label, the wireless location label position at the end of behavior that the empty circles in shop represents " entering ".Whole process is by outside shop, is entered in rear arrival shop terminate by store entrances.Clearly, this activity is the process that wireless location label-carrier enters shop.In like manner, second of Fig. 4 to walk to the 6th row be " leaving ", " mobile 1 ", " mobile 2 ", " hovering 1 ", " hovering 2 " behavior respectively.Mobile behavior and Wander behavior have two kinds, correspond to different activity directions respectively, distinguish with the direction of arrow.
Central authorities one row figure in Fig. 4 and right side one row figure is respectively the wireless signal strength variation diagram in time of the corresponding wireless network node of wireless location label and passenger flow counting device.In figure, horizontal ordinate is the time, and ordinate is wireless signal strength, and figure cathetus or curve are intensity time changing curves.As can be seen from the figure, when wireless location tag activity mode is for " entering ", the signal intensity of wireless network node in ascendant trend gradually, and the wireless signal strength of passenger flow counting device in first rising, the shape of a hoof trend of rear decline.And it should be noted that the signal intensity of wireless network node is zero-based, this is corresponding with the process of wireless location label perception indoor wireless networks node signal.
The second row in Fig. 4 " leaves " in behavior, and wireless location label is gone to shop in shop, and the signal intensity that correspond to wireless network node is reduced to zero point gradually from a large value.And the signal intensity of passenger flow counting device first increases, rear minimizing, in horseshoe-shape.
In the third line " mobile 1 " behavior in Fig. 4, wireless location label moves to exit in shop, but does not really leave.Corresponding wireless network node signal intensity is on a declining curve, but is not reduced to zero point.More significantly, passenger flow counting device signal intensity is in increasing trend gradually, and horseshoe-shape when this and " leaving " behavior is distributed with a great difference.
In fourth line " mobile 2 " behavior in Fig. 4, wireless location label moves to deviate from Way out in shop, because wireless location label is in shop, therefore does not form " entering " behavior.Corresponding wireless network node signal presents increases trend gradually, but initial value is not zero.More importantly, passenger flow counting device signal intensity tendency, for decline gradually, is distributed with a great difference with the horse-hof shape of " entering " behavior.
Fifth line in Fig. 4 " hovers 1 " and the behavior of " hovering 2 " of the 6th row is the third line behavior and the combining of fourth line behavior in fact, and just the order of associating is different.Result be corresponding wireless network node and passenger flow counting device occurred respectively both direction contrary horse-hof shape distribution, these distribution from other kinds all have significantly different.
From above-mentioned signal intensity in time change profile figure, wireless location label-carrier some specific activities in shop can be distinguished, more particularly than the behavior being easier to obscure.Therefore, in certain embody rule, such as chain store, the activity of salesman in shop of having worn wireless location label can be distinguished with client, namely passenger flow counting system of the present invention has possessed personnel and has distinguished function, more specifically, when passenger flow counting device produces a counting operation, be to distinguish that to trigger the people of this counting behavior be salesman or client.Further, can also classify to the behavior of each salesman and gather, such as can add up Lee salesman pass in and out some day shop number of times, the shop time amount to, the departure time amounts to, usually when checks out, hover in shop number of times and time etc.These are specification salesman behavior, formulation corresponding management system provides immediate data to support.
Step 6: the wireless signal strength change of wireless network node received according to wireless location label and the wireless signal strength change of passenger flow counting device are classified to the behavior of the personnel carrying wireless location label:
If the wireless signal strength of the wireless network node that wireless location label receives is from zero grow gradually, and the first grow of the wireless signal strength of passenger flow counting device dies down again, then the behavior of carrying the personnel of this wireless location label enters in the region of passenger flow counting;
If the wireless signal strength of the wireless network node that wireless location label receives dies down gradually to zero, and the first grow of the wireless signal strength of passenger flow counting device dies down again, then the behavior of carrying the personnel of this wireless location label leaves in the region of passenger flow counting;
If the wireless signal strength of the wireless network node that wireless location label receives dies down gradually, and the wireless signal strength of passenger flow counting device grow gradually, then the behavior of carrying the personnel of this wireless location label is moved to region, doorway;
If the wireless signal strength grow gradually of wireless network node that wireless location label receives, and the wireless signal strength of passenger flow counting device dies down gradually, then the behavior of carrying the personnel of this wireless location label is moved to the opposite direction in region, doorway;
Grow after if the wireless signal strength of the wireless network node that wireless location label receives first dies down, and die down after the first grow of the wireless signal strength of passenger flow counting device, then the behavior of carrying the personnel of this wireless location label moves to region, doorway then to return again;
If die down after the first grow of the wireless signal strength of the wireless network node that wireless location label receives, and the wireless signal strength of passenger flow counting device first die down after grow, then the behavior of carrying the personnel of this wireless location label then returns again to the opposite direction in region, doorway is mobile;
Step 7: the time of personnel in the region of passenger flow counting of wireless location label, scope of activities and frequent activity degree can be carried according to the statistic of classification of behavior of the personnel carrying wireless location label;
Step 8: the personnel whether occurring carrying wireless location label in the region judging passenger flow counting: be that the personnel then region of the passenger flow counting entering or leave being carried wireless location label reject from passenger flow counting; No, then return step 3.
Embodiment 2
Identical with embodiment 1, the passenger flow counting system that personnel distinguish function that has based on wireless network of the present invention is applied in real chain store as shown in Figure 1.
Wireless location label in the present embodiment is that have can the mobile phone of accessing WLAN function or Bluetooth function, the any a mobile phone with WLAN (wireless local area network) or Bluetooth function as shown in Figure 9, mobile phone operating system is not limit, and can be iOS, Android or other system.When positioning function starts, first confirm wireless network mode, if WLAN (wireless local area network) pattern, need mobile phone wireless wifi to open, now above mobile phone screen, wifi mark lights.If wireless blue tooth pattern, need mobile phone bluetooth function to open, now Bluetooth of mobile phone mark lights.By the inventive method with in the present mobile phone of mobile phone application software form body, the benefit using mobile phone to substitute wireless location label is that salesman person no longer needs the moment to wear wireless location label, as long as carry with the mobile phone registered.
Other parts of the present embodiment are with embodiment 1.
Claims (1)
1. a method for passenger flow counting, adopts and has based on wireless network the passenger flow counting system that personnel distinguish function, comprise wireless network node, passenger flow counting device and wireless location label;
Wireless network covering is realized in the region that described wireless network node is used for carrying out passenger flow counting in this system institute;
Described wireless network node is installed on the position away from passenger flow counting device;
Described passenger flow counting device is fixedly mounted on the region, doorway needing to carry out in the region of passenger flow counting, for counting personnel in the region of passenger flow counting, and the personnel carrying this label is deleted from counting according to the signal that wireless location label sends;
Described wireless location label is worn by the personnel without the need to counting, for the wireless signal and passenger flow counting device that receive wireless network node wireless signal and identify the intensity of wireless signal, the signal intensity identified is sent to passenger flow counting device;
Described wireless location label wirelessly communicates with between passenger flow counting device;
It is characterized in that: the method comprises the following steps:
Step 1: the personnel without the need to counting in the region of passenger flow counting wear wireless location label, without the need to personnel and passenger flow personnel activity in the region of passenger flow counting of counting;
Step 2: the wireless signal of wireless location label real-time reception wireless network node and the wireless signal of passenger flow counting device, and identify the wireless signal strength of wireless network node and the wireless signal strength of passenger flow counting device;
Step 3: passenger flow counting device carries out passenger flow counting to the region of passenger flow counting in real time;
Step 4: the wireless signal strength of wireless network node that this wireless location label of passenger flow counting device periodic receipt sends and the wireless signal strength of passenger flow counting device;
Step 5: the wireless signal strength of the wireless signal strength change and passenger flow counting device of comparing the wireless network node that current time and a upper moment wireless location label receive changes;
Step 6: the wireless signal strength change of wireless network node received according to wireless location label and the wireless signal strength change of passenger flow counting device are classified to the behavior of the personnel carrying wireless location label:
If the wireless signal strength of the wireless network node that wireless location label receives is from zero grow gradually, and the first grow of the wireless signal strength of passenger flow counting device dies down again, then the behavior of carrying the personnel of this wireless location label enters in region, shop;
If the wireless signal strength of the wireless network node that wireless location label receives dies down gradually to zero, and the first grow of the wireless signal strength of passenger flow counting device dies down again, then the behavior of carrying the personnel of this wireless location label leaves in region, shop;
If the wireless signal strength of the wireless network node that wireless location label receives dies down gradually, and the wireless signal strength of passenger flow counting device grow gradually, then the behavior of carrying the personnel of this wireless location label is moved to region, doorway;
If the wireless signal strength grow gradually of wireless network node that wireless location label receives, and the wireless signal strength of passenger flow counting device dies down gradually, then the behavior of carrying the personnel of this wireless location label is moved to the opposite direction in region, doorway;
Grow after if the wireless signal strength of the wireless network node that wireless location label receives first dies down, and die down after the first grow of the wireless signal strength of passenger flow counting device, then the behavior of carrying the personnel of this wireless location label moves to region, doorway then to return again;
If die down after the first grow of the wireless signal strength of the wireless network node that wireless location label receives, and the wireless signal strength of passenger flow counting device first die down after grow, then the behavior of carrying the personnel of this wireless location label then returns again to the opposite direction in region, doorway is mobile;
Step 7: the time of personnel in region, shop of wireless location label, scope of activities and frequent activity degree can be carried according to the statistic of classification of behavior of the personnel carrying wireless location label;
Step 8: the personnel whether occurring carrying wireless location label in the region judging passenger flow counting: be that the personnel then region of the passenger flow counting entering or leave being carried wireless location label reject from passenger flow counting; No, then return step 3.
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