CN102004996A - Market shopping guide system and method - Google Patents
Market shopping guide system and method Download PDFInfo
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- CN102004996A CN102004996A CN2010105453207A CN201010545320A CN102004996A CN 102004996 A CN102004996 A CN 102004996A CN 2010105453207 A CN2010105453207 A CN 2010105453207A CN 201010545320 A CN201010545320 A CN 201010545320A CN 102004996 A CN102004996 A CN 102004996A
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Abstract
The invention provides a market shopping guide system which comprises an electronic shopping directory control module, a monitoring camera analysis module and a touch screen control module, wherein shop information, the position of the shop on the corridor and a key point on the corridor form an electronic shopping directory; the monitoring camera analysis module is used for acquiring a human face which is larger than a threshold value by adopting a monitoring camera, confirming the position of a customer according to the position of the monitoring camera for acquiring the human face and overlying the detected human face into the electronic shopping directory according to the position information of the customer; and the touch screen control module is used for displaying the shopping directory on the touch screen, and the customer confirms self position according to self human face in the electronic shopping directory and clicks the touch screen or inputs relevant information for selecting a shop.
Description
[technical field]
The present invention relates to art of image analysis, particularly relate to a kind of mall shopping system and method.
[background technology]
When doing shopping in the megastore, because retail shop is very many, client does not usually know how to arrive and oneself wants the shop strolled.Be directed to this, all have a Shopping Directory in the general megastore, but the content on the Shopping Directory is all very simple, usually only provide which series products is positioned at simple information such as which layer in the Position Approximate at client place and the market.Client can only know also that according to simple Shopping Directory certain class commodity is positioned at which layer, the particular location of the commodity of certain brand of there is no telling.Client usually can waste many times because can not find concrete shop, especially for those clients who travels from the other places, will bring the loss of economy and prestige aspect when this situation occurs to the market.
Therefore being necessary to propose a kind of new technical scheme solves the problems referred to above.
[summary of the invention]
The purpose of this part is to summarize some aspects of embodiments of the invention and briefly introduces some preferred embodiments.In this part and the application's specification digest and denomination of invention, may do a little simplification or omit avoiding the making purpose of this part, specification digest and denomination of invention fuzzy, and this simplification or omit and can not be used to limit the scope of the invention.
The object of the present invention is to provide a kind of mall shopping system and method, it utilizes electronics to show Shopping Directory, makes client can see the position in market, own place intuitively and the path in the shop that need go, and is very practical and convenient.
According to an aspect of the present invention, the invention provides a kind of mall shopping system, it comprises electronic shopping guide figure control module, and an electronic shopping guide figure is formed in position on store information, the passageway, place, shop and the key point on the passageway; The monitoring camera analysis module utilizes the people face of monitoring camera collection greater than threshold value, and determines client's position according to the position of the monitoring camera that collects described people's face, according to client's positional information detected people's face is added among the described electronic shopping guide figure; Touch screen control module shows described Shopping Directory on touch-screen, client determining the position of oneself, and clicks or import relevant information with the selection shop to touch-screen according to people's face own among the described electronic shopping guide figure.
Further, the node of described electronic shopping guide figure comprises the position of position, the key point on the passageway and monitoring camera on the passageway, place, described shop, the limit of described electronic shopping guide figure comprise in line between the position of described shop on the passageway, the line between the key point on the passageway, the every row shop with the passageway on the line between position and the described key point on the nearest passageway, place, shop of corresponding key point.
Further, described electronic shopping guide figure control module utilizes the shortest path first of graph theory to calculate among the described electronic shopping guide figure shortest path between two nodes.
Further, the store information in the market is presented on the described electronic shopping guide figure with two dimension or three-dimensional form.
Further, being used to gather the camera of described client's facial image and described touch-screen that described client uses links together.
According to a further aspect in the invention, the invention provides a kind of mall shopping method, it comprises: the position on store information, the passageway, place, shop and the key point on the passageway are formed an electronic shopping guide figure, and described electronic shopping guide figure is presented on the controlled touch-screen; Whether monitoring camera detects has people's face to exist, and has the client's who then judges described people's face correspondence position if any people's face, according to client's position, detected described people's face is added on the described electronic shopping guide figure; Described touch-screen is determined the node location of shop on described electronic shopping guide figure according to the store information of click location or input; Arrive the shortest path in described shop according to described node location and client's position calculation client.
Further, the position of the position on the passageway, place, described shop, the key point on the passageway and monitoring camera constitutes the node of described electronic shopping guide figure, in the line between the position of described shop on the passageway, the line between the key point on the passageway, the every row shop with the passageway on the nearest passageway, place, shop of corresponding key point the line between position and the described key point constitute the limit of described electronic shopping guide figure.
Further, described store information utilization two dimension or three-dimensional form are presented on the described electronic shopping guide figure.
Further, will be used to gather the monitoring camera of client people's face and the touch-screen of client's control links together.
Further, utilize dijkstra's algorithm to calculate described shortest path.
Compared with prior art, the present invention is with detailed the noting in position in each shop in the market, each important passageway all is mounted with monitoring camera in the market, and each shop and shop the set of locations in the passageway, market is made into a figure, these positional informations all can show on a touch-screen.When the user wonders own particular location in the market at present, near only face need being aimed at monitoring camera, camera will be gathered people's face information of user, and be added to monitoring camera position on the touch-screen of people's face information, the user just can see own position in whole market very intuitively.When the user clicked certain retail shop on the touch-screen or imports the retail shop of certain brand, system can utilize the optimum route search algorithm in the graph theory to provide shortest path from client's current location to the shop.Thereby make client more convenient when Shopping Directory.
[description of drawings]
In order to be illustrated more clearly in the technical scheme of the embodiment of the invention, the accompanying drawing of required use is done to introduce simply in will describing embodiment below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.Wherein:
Fig. 1 is a kind of mall shopping system structural representation in one embodiment among the present invention;
Fig. 2 shows electronic shopping guide figure synoptic diagram in one embodiment among the present invention for it;
Fig. 3 is a dijkstra's algorithm synoptic diagram in one embodiment; With
Fig. 4 is a kind of mall shopping method process flow diagram in one embodiment among the present invention.
[embodiment]
Detailed description of the present invention is mainly come the running of direct or indirect simulation technical solution of the present invention by program, step, logical block, process or other symbolistic descriptions.Be the thorough the present invention that understands, in ensuing description, stated a lot of specific detail.And when not having these specific detail, the present invention then may still can realize.Affiliated those of skill in the art use these descriptions herein and state that the others skilled in the art in affiliated field effectively introduce their work essence.In other words, be the purpose of the present invention of avoiding confusion, because the understanding easily of method of knowing and program, so they are not described in detail.
Alleged herein " embodiment " or " embodiment " are meant special characteristic, structure or the characteristic that can be contained at least one implementation of the present invention.Different in this manual local " in one embodiment " that occur not are all to refer to same embodiment, neither be independent or optionally mutually exclusive with other embodiment embodiment.In addition, represent the sequence of modules in method, process flow diagram or the functional block diagram of one or more embodiment and revocablely refer to any particular order, also be not construed as limiting the invention.
The invention provides a kind of mall shopping system, it is at first with each store information, position and the key point in passageway of shop in the passageway formed an electronic shopping guide figure, client utilizes camera analyzer people face to determine the position at client place in use, and among the described electronic shopping guide figure with the stack of people's face of client, client can confirm the position at own place according to described mall shopping figure, and behind the shop of selecting oneself need go, described electronic shopping guide system then calculates client to the shortest path in described shop and be presented on the described electronic shopping guide figure, does shopping with direct customers.The concrete structure of described mall shopping system can be referring to shown in Figure 1.
Fig. 1 is a kind of mall shopping system structural representation in one embodiment among the present invention.See also shown in Figure 1ly, described mall shopping system 100 comprises electronic shopping guide figure control module 110, monitoring camera analysis module 120 and touch screen control module 130.
Described electronic shopping guide figure control module 110 is formed an electronic shopping guide figure with position on each store information in the market, the passageway, place, shop and the key point on the passageway.Wherein, the node of described electronic shopping guide figure comprises the position of position, the key point on the passageway and monitoring camera on the passageway, place, described shop, the line on the passageway, place, shop that the limit of described electronic shopping guide figure comprises in line between the position of described shop on the passageway, the line between the key point on the passageway, the every row shop and the key point on the passageway is nearest between position and the described key point.
In one embodiment, position on the passageway, place, described shop and the key point on the passageway are formed the node of Shopping Directory, described electronic shopping guide figure control module 110 couples together the key point on the described passageway, with shop and shop since the position on the passageway is connected to constitute the limit of described electronic shopping guide figure.Wherein said store information comprises the profile, title, scale in shop etc.Described store information can utilize two dimension or three-dimensional form to be presented among the described electronic shopping guide figure.It can be referring to shown in Figure 2, it shows electronic shopping guide figure synoptic diagram in one embodiment among the present invention, shop Nike wherein, shop Addidas and shop Puma all utilize three-dimensional form to be presented on the described electronic shopping guide figure, and the position on each passageway, place, shop is (as Nike, Addidas and Puma corresponding position on the passageway is divided into and is A, B and C) and the passageway on key point (as turning and intersection etc., as a among the figure, b, c and d etc.) all as the node on the described electronic shopping guide figure, and the key point on the passageway couples together and formed limit on the described electronic shopping guide figure, and shop and the shop position on the passageway couples together the limit that has also constituted electronic shopping guide figure.
It should be noted that, here the information in shop and the situations such as positional information in passageway, place, shop have only been told about, and in actual applications, any place in the market can be done identical processing on electronic shopping guide figure, to show, as lavatory, elevator ﹠ stairs etc.
Certain described electronic shopping guide figure can also show according to the information of different demands to entire building, also can only show at certain first floor or a certain panel region.
Described monitoring camera analysis module 120 utilizes people's face of monitoring camera collection client, and usually, each monitoring camera all links together with the touch-screen that shows electronic shopping guide figure.When the user inquires about, can go to the front of the monitoring camera that closes on most, people's face is faced monitoring camera.Described monitoring camera analysis module 120 carries out human face analysis to described image after obtaining the image that contains people's face, judge whether there is very significantly people's face (promptly whether Zheng Mian people's face is above threshold value) appearance in the video that described monitoring camera obtains.If exist to surpass people's face of threshold value, then utilize the position of the monitoring camera that collects this people's face to calculate the position of client in the market, and detected people's face can be added among the described electronic shopping guide figure according to client's positional information.
Usually, described monitoring camera can be camera, simulation camera, digital camera or the Digital Video etc. of spectrum for the infrared induction camera.
Described touch screen control module 130 shows described electronic shopping guide figure on touch-screen, client, and clicks or imports after the relevant store information with the selection shop described touch-screen determining own volume position according to oneself people's face among the described electronic shopping guide figure.Described touch screen control module 130 utilizes the shortest path first of graph theory to calculate among the described electronic shopping guide figure shortest path between two nodes, be mapped on the concrete position, market, be that described touch screen control module 130 can be calculated the shortest path between client position and the selected shop according to the shop of client's selection.Wherein the position at client place is a start node, and selected shop is a destination node.
In one embodiment, utilize dijkstra's algorithm to calculate above-mentioned shortest route problem.The input of dijkstra's algorithm has comprised a digraph G that weight is arranged, and a source summit S among the digraph G.Wherein represent the set on all summits among the digraph G with V.Each bar limit among the figure all is that two summits are formed has order elements right.As, (u, v) represent from summit u to the limit v have the path to link to each other.Here with the set of E as all limits, the weight on limit is then defined by weighting function w:E → [0, ∞].Therefore, (u v) is exactly from the summit u non-negative cost value (cost) of v to the limit to w.The cost on limit can be imagined into two distances between the summit.Appointing the cost value of inter-two-point path, is exactly the cost value summation on all limits on this path.Summit s and summit t are arranged among the known vertex set V, and dijkstra's algorithm can find the minimum cost path (be shortest path) of s to t.This algorithm also can find from a summit s and take office the what shortest path on his summit in a figure.
In the purchase guiding system, the weight that phasor G is arranged is exactly a distance in the present invention, and is just as calculated good when these distances design in the market, therefore utilizes described electronic shopping guide figure to search the shortest path of plain client position to selected shop.
The expansion on limit during the basic operation of dijkstra's algorithm: if there is a limit from u to v, the shortest path from s to u can be by (u v) adds afterbody to and expands a path from s to v with the limit so.The length of this paths is d[u]+w (u, v).If this value is at present known d[v] value in minimum, can substitute current d[v with new value] in value.Expand the operation on limit and carry out all d[v always] all represent cost from s to the v shortest path.This algorithm is through tissue thereby work as d[u] every limit when reaching final value (u, v) all only a quilt expanded once.
In a specific embodiment, see also shown in Figure 3ly, Fig. 3 is a dijkstra's algorithm synoptic diagram in one embodiment.Figure (A) shows the cost on 6 nodes and each limit, wherein node 1 can be regarded the position at client place as, and the shop that node 6 is selected for client, all the other nodes then are that all the other shops are in position on the described passageway and the key point on the passageway, the distance between two nodes on the limit is represented in cost on each limit, at first the weight of initialization node 1 is 0, and the weight of all the other nodes all is made as positive infinity (∞).At first,, calculate the weight of all nodes that link to each other with node 1 with the starting point that node 1 is expanded as the limit, and with described weights replacement ∞ with as the new weighted value of node.At this moment, the weight of the node 2 that links to each other with node 1 becomes 2, and the weight of node 3 becomes 4, as figure (B).The weight of comparison node 2 and node 3 then, the starting point that the node that weight is little is expanded as the next round limit.The weight of node 2 is less than node 3, so node 1 is joined in the minimal path to node 2, and with the starting point of node 2 as the expansion of next round limit, 1 of node is the forerunner of node 2, by that analogy, up to having traveled through all nodes, each forerunner that minimal weight traveled through of node 6 and 6 of nodes formed one from node 1 to node 6 shortest path, i.e. limit (1,2), limit (2,5) and limit (5,6) formed shortest path.
Certainly except utilizing dijkstra's algorithm to calculate shortest route problem, can also calculate shortest path by other method in the graph theory, it calculates the method realization that shortest path can pass through software, hardware or software and hardware combining, its concrete realization is that those of ordinary skill in the field can both realize, describedly just no longer describes in detail here.
In concrete the application, can also show otherwise picture on the described touch-screen, as serve help, advertisement, temperature demonstration, Time of Day demonstration etc., and when client prepares to inquire about, can click the inquire button on the described touch-screen, demonstrate described electronic shopping guide figure then to inquire about.
Certainly, can also not utilize the form of touch-screen to realize the selection in shop, as each shop being disposed a numbering, the client utilizes button to select the shop of correspondence, as seen can be a lot of for the method that realizes in its concrete application.The method that this realization shop is selected all is very conspicuous, and its form selection shop by button also should be as protection scope of the present invention.
In sum, the present invention at first constitutes an electronic shopping guide figure with position on store information, the passageway, place, shop and the key point on the passageway, judge the client position and with the be added to position at client place on the described electronic shopping guide figure of people's face of client, through the selection of client to the shop, calculate the bee-line between client and the shop, and in electronic shopping guide figure, highlight out.Thereby make that the client in the market is more efficient and convenient when utilizing Shopping Directory to seek the shop.
Fig. 4 is a kind of mall shopping method process flow diagram in one embodiment among the present invention.See also shown in Figure 4ly, described mall shopping method comprises:
Step 410 makes up an electronic shopping guide figure to be presented on the touch-screen.
Position on shop in the market, the passageway, place, shop and the key point on the passageway are made up an electronic shopping guide figure, and described electronic shopping guide figure is presented on the controlled touch-screen, client can be according to the corresponding shop of the selection of described electronic shopping guide figure on touch-screen like this.
In one embodiment, the node of described electronic shopping guide figure comprises the position of position, the key point on the passageway and monitoring camera on the passageway, place, described shop, the limit of described electronic shopping guide figure comprise in line between the position of described shop on the passageway, the line between the key point on the passageway, the every row shop with the passageway on the nearest passageway, place, shop of corresponding key point on line between position and the described key point.Wherein said store information comprises the profile, title, scale in shop etc.Described store information can utilize two dimension or three-dimensional form to be presented among the described electronic shopping guide figure.Its concrete structure can be referring to shown in Figure 2, it shows electronic shopping guide figure synoptic diagram in one embodiment among the present invention, shop Nike wherein, shop Addidas and shop Puma all utilize three-dimensional form to be presented on the described electronic shopping guide figure, and the position on each passageway, place, shop is (as Nike, Addidas and Puma corresponding position on the passageway is divided into and is A, B and C) and the passageway on key point (as turning and intersection etc., as a among the figure, b, c and d etc.) all as the node on the described electronic shopping guide figure, and the key point on the passageway couples together and has formed limit on the described electronic shopping guide figure (as ab, bc and cd), shop and the shop position on the passageway couple together also constituted electronic shopping guide figure the limit (as AB, BC, CD), in the every row shop with the passageway on the nearest passageway, place, shop of corresponding key point on line (as Cb) between position and the described key point.
It should be noted that, here the information in shop and the situations such as positional information in passageway, place, shop have only been told about, and in actual applications, any place in the market can be done identical processing on electronic shopping guide figure, to show, as lavatory, elevator ﹠ stairs etc.
Certain described electronic shopping guide figure can also show according to the information of different demands to entire building, also can only show at certain first floor or a certain panel region.
Step 420 is judged the client position and people's face is added on the described electronic shopping guide figure.
Whether utilize monitoring camera to detect has people's face to exist, exist the described people's face of then further judgement whether greater than threshold value if any people's face, if the location confirmation that then will gather the monitoring camera of described people's face greater than threshold value is corresponding client's position, and described detected people's face is added on the described electronic shopping guide figure according to client's position.Usually, owing to gather the general meeting of the monitoring camera of people's face and show that the touch-screen of described electronic shopping guide figure links together, so when client was before touch-screen, the position of gathering the monitoring camera of its people's face also was client's position.
Usually, described monitoring camera can be camera, simulation camera, digital camera or the Digital Video etc. of spectrum for the infrared induction camera.
Step 430 selects store information to be determined to the shortest path in described shop.
Client after clicking the own shop that will go on the touch-screen or importing the information in shop, then can with the client people's face among the described electronic shopping guide figure as start node, with the position in passageway, place, described shop as destination node to calculate its shortest path.
In one embodiment, utilize dijkstra's algorithm to calculate above-mentioned shortest route problem.The input of dijkstra's algorithm has comprised a digraph G that weight is arranged, and a source summit S among the digraph G.Wherein represent the set on all summits among the digraph G with V.Each bar limit among the figure all is that two summits are formed has order elements right.As, (u, v) represent from summit u to the limit v have the path to link to each other.Here with the set of E as all limits, the weight on limit is then defined by weighting function w:E → [0, ∞].Therefore, (u v) is exactly from the summit u non-negative cost value (cost) of v to the limit to w.The cost on limit can be imagined into two distances between the summit.Appointing the cost value of inter-two-point path, is exactly the cost value summation on all limits on this path.Summit s and summit t are arranged among the known vertex set V, and dijkstra's algorithm can find the minimum cost path (be shortest path) of s to t.This algorithm also can find from a summit s and take office the what shortest path on his summit in a figure.
In the present invention, the weight that phasor G is arranged is exactly a distance, and is just as calculated good when these distances design in the market, therefore utilizes described electronic shopping guide figure to search the shortest path of plain client position to selected shop.
Certainly except utilizing dijkstra's algorithm to calculate shortest route problem, can also calculate shortest path by other method in the graph theory, it calculates the method realization that shortest path can pass through software, hardware or software and hardware combining, its concrete realization is that those of ordinary skill in the field can both realize, describedly just no longer describes in detail here.
In concrete the application, can also show otherwise picture on the described touch-screen, as serve help, advertisement, temperature demonstration, Time of Day demonstration etc., and when client prepares to inquire about, can click the inquire button on the described touch-screen, demonstrate described electronic shopping guide figure then to inquire about.
Certainly, can also not utilize the form of touch-screen to realize the selection in shop, as each shop being disposed a numbering, the client utilizes button to select the shop of correspondence, as seen can be a lot of for the method that realizes in its concrete application.The method that this realization shop is selected all is very conspicuous, and its form selection shop by button also should be as protection scope of the present invention.
In sum, the present invention at first constitutes an electronic shopping guide figure with position on store information, the passageway, place, shop and the key point on the passageway, judge the client position and with the be added to position at client place on the described electronic shopping guide figure of people's face of client, through the selection of client to the shop, calculate the bee-line between client and the shop, and in electronic shopping guide figure, highlight out.Thereby make that the client in the market is more efficient and convenient when utilizing Shopping Directory to seek the shop.Above-mentioned explanation has fully disclosed the specific embodiment of the present invention.It is pointed out that and be familiar with the scope that any change that the person skilled in art does the specific embodiment of the present invention does not all break away from claims of the present invention.Correspondingly, the scope of claim of the present invention also is not limited only to previous embodiment.
Claims (10)
1. mall shopping system is characterized in that it comprises:
Electronic shopping guide figure control module is formed an electronic shopping guide figure with position on store information, the passageway, place, shop and the key point on the passageway;
The monitoring camera analysis module utilizes the people face of monitoring camera collection greater than threshold value, and determines client's position according to the position of the monitoring camera that collects described people's face, according to client's positional information detected people's face is added among the described electronic shopping guide figure; With
Touch screen control module shows described Shopping Directory on touch-screen, client determining the position of oneself, and clicks or import relevant information with the selection shop to touch-screen according to people's face own among the described electronic shopping guide figure.
2. mall shopping according to claim 1 system, it is characterized in that: the node of described electronic shopping guide figure comprises the position of position, the key point on the passageway and monitoring camera on the passageway, place, described shop, the limit of described electronic shopping guide figure comprise in line between the position of described shop on the passageway, the line between the key point on the passageway, the every row shop with the passageway on the line between position and the described key point on the nearest passageway, place, shop of corresponding key point.
3. mall shopping according to claim 2 system is characterized in that: described electronic shopping guide figure control module utilizes the shortest path first of graph theory to calculate among the described electronic shopping guide figure shortest path between two nodes.
4. mall shopping according to claim 1 system is characterized in that: the store information in the market is presented on the described electronic shopping guide figure with two dimension or three-dimensional form.
5. mall shopping according to claim 1 system is characterized in that: be used to gather the camera of described client's facial image and described touch-screen that described client uses and link together.
6. mall shopping method is characterized in that it comprises:
Position on store information, the passageway, place, shop and the key point on the passageway are formed an electronic shopping guide figure, and described electronic shopping guide figure is presented on the controlled touch-screen;
Whether monitoring camera detects has people's face to exist, and has the client's who then judges described people's face correspondence position if any people's face, according to client's position, detected described people's face is added on the described electronic shopping guide figure;
Described touch-screen is determined the node location of shop on described electronic shopping guide figure according to the store information of click location or input; With
Arrive the shortest path in described shop according to described node location and client's position calculation client.
7. mall shopping method according to claim 6, it is characterized in that: the position of the position on the passageway, place, described shop, the key point on the passageway and monitoring camera constitutes the node of described electronic shopping guide figure, in the line between the position of described shop on the passageway, the line between the key point on the passageway, the every row shop with the passageway on the nearest passageway, place, shop of corresponding key point the line between position and the described key point constitute the limit of described electronic shopping guide figure.
8. mall shopping method according to claim 6 is characterized in that: described store information utilization two dimension or three-dimensional form are presented on the described electronic shopping guide figure.
9. mall shopping method according to claim 6 is characterized in that: will be used to gather the monitoring camera of client people's face and the touch-screen of client's control and link together.
10. mall shopping method according to claim 6 is characterized in that: utilize dijkstra's algorithm to calculate described shortest path.
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| CN2010105453207A CN102004996A (en) | 2010-11-15 | 2010-11-15 | Market shopping guide system and method |
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