CN104902491A - Method for determining position of wireless access point, wireless access point and wireless access point combination - Google Patents
Method for determining position of wireless access point, wireless access point and wireless access point combination Download PDFInfo
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- CN104902491A CN104902491A CN201410080487.9A CN201410080487A CN104902491A CN 104902491 A CN104902491 A CN 104902491A CN 201410080487 A CN201410080487 A CN 201410080487A CN 104902491 A CN104902491 A CN 104902491A
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Abstract
The invention discloses a method for determining the position of a wireless access point, a wireless access point and a wireless access point combination. At least one wireless access point and a plurality of electronic devices are distributed in a space. Each wireless access point moves along a predetermined path, and receives a wireless network signal of each electronic device at each of a plurality of positions on the predetermined path. Each wireless access point is used for determining a relative position of each electronic device in the space according to the wireless network signals, and a signal receiving-transmitting position of each wireless access point is determined according to the relative position of each electronic device in the space. Through adoption of the method for determining the position of the wireless access point, good wireless network connection quality can be achieved.
Description
Technical field
The present invention relates to and a kind ofly determine that the method for wireless access point position, a kind of wireless access point and a kind of wireless access point combine, espespecially a kind of method that can determine the optimum signal transceiver location of wireless access point according to user's demand.
Background technology
Along with popularizing of wireless network application, user carries out web page browsing by wireless network, dials network telephone or transmits archives becoming a kind of trend gradually.Generally speaking, the electronic installation of user links to internet to reach the object of transfer of data by wireless access point (Wireless Access Point, WAP) usually.But the signal cover of wireless access point is limited, when only arranging single access point in larger region, space or building, be positioned at compared with remote locations electronic installation will interrupt network be online because receiving wireless network signal.In order to be linked to internet by wireless access point, electronic installation must be moved to the position of closer wireless access point by user, to receive the wireless network signal of wireless access point, be quite inconvenient for user with the occupation mode of known wireless access point.
Summary of the invention
Technical problem to be solved by this invention is: in order to make up the deficiencies in the prior art, provides a kind of method determining wireless access point position, comprising: at least one wireless access point moves along a predefined paths; The multiple positions of this at least one wireless access point on this predefined paths receive a wireless network signal of respectively this electronic installation; This at least one wireless access point judges the respectively relative position of this electronic installation in this space according to those wireless network signals; And this at least one wireless access point determines a signal transmitting and receiving position according to each this electronic installation this relative position in this space.
The present invention also provides a kind of wireless access point, and it comprises a mobile unit, a network element, a wireless transmit/receive units and a processing unit.Network element is arranged on mobile unit, and it is linked to internet.Wireless transmit/receive units is arranged on mobile unit, and it is electrically connected on network element, in order to receive and dispatch the wireless network signal of multiple electronic installation according to a wireless communication protocol.Processing unit is arranged on mobile unit, it is electrically connected on network element, wireless transmit/receive units and mobile unit, move along a predefined paths in order to control mobile unit, control the wireless network signal that the multiple positions of wireless transmit/receive units on predefined paths receive each electronic installation, judge the relative position of each electronic installation in a space according to those wireless network signals, and determine a signal transmitting and receiving position according to the relative position of those electronic installations in this space.In other embodiments, processing unit more controls mobile unit and moves so far signal transmitting and receiving position.
The present invention also provides a kind of wireless access point to combine, comprise two foregoing wireless access points, wherein this processing unit of each this wireless access point, move along this predefined paths in order to control this mobile unit corresponding, control the wireless network signal that this wireless transmit/receive units corresponding those positions on this predefined paths receive respectively this electronic installation, respectively this electronic installation this relative position in this space is judged according to those wireless network signals, and this signal transmitting and receiving position of respectively this wireless access point is determined according to those electronic installations this relative position in this space.
Compared to prior art, the present invention determines that the method for wireless access point position can judge the relative position of multiple electronic installation in space, and according to the relative position of multiple electronic installation in space and the optimum signal transceiver location of user's request decision wireless access point, move to signal transmitting and receiving position to control wireless access point further.User like this does not need position electronic installation being moved to closer wireless access point, can obtain preferably wireless network linking quality.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of wireless access point of the present invention.
Fig. 2 is the schematic diagram that wireless access point of the present invention determines signal transmitting and receiving position.
Fig. 3 is the schematic diagram that the present invention goes back that a wireless access point determines signal transmitting and receiving position.
Fig. 4 is the flow chart that the present invention determines the method for wireless access point position.
Wherein, description of reference numerals is as follows:
100 first wireless access points
100 second wireless access points
110 mobile units
120 network element
130 wireless transmit/receive units
140 processing units
E1 ~ E10 electronic installation
P1 ~ P8 position
R predefined paths
S space
400 flow charts
410 to 440 steps
Embodiment
Please refer to Fig. 1, Fig. 1 is the schematic diagram of wireless access point of the present invention.As shown in Figure 1, the present invention first wireless access point 100 comprises mobile unit 110, network element 120, wireless transmit/receive units 130 and a processing unit 140.Network element 120 is arranged on mobile unit 110, and it is linked to internet.Wireless transmit/receive units 130 is arranged on mobile unit 110, and it is electrically connected on network element 120, in order to according to a wireless communication protocol transmitting/receiving wireless network signal.Processing unit 140 is arranged on mobile unit 110, and it is electrically connected on network element 120, wireless transmit/receive units 130 and mobile unit 110, in order to the running of net control unit 120, wireless transmit/receive units 130 and mobile unit 110.
Please refer to Fig. 2, and in the lump with reference to figure 1.Fig. 2 is the schematic diagram that wireless access point of the present invention determines signal transmitting and receiving position.As shown in the figure, processing unit 140 can control mobile unit 110 and move along a predefined paths R, and predefined paths R can be a closed path or an open approach.When mobile unit 110 makes overall first wireless access point 100 move along predefined paths R, processing unit 140 can control multiple wireless network signals that the multiple position P1 ~ P8s of wireless transmit/receive units 130 on predefined paths R receive multiple electronic installation E1 ~ E10, in other words, each position P1 ~ P8 of wireless transmit/receive units 130 on predefined paths R can receive the wireless network signal that all electronic installation E1 ~ E10 send.Due to the signal strength signal intensity of the wireless network signal that wireless transmit/receive units 130 receives, itself and and distance between wireless transmit/receive units 130 and electronic installation E1 ~ E10 be an inverse relation, processing unit 140 can receive multiple wireless network signals of each electronic installation E1 ~ E10 according to each position P1 ~ P8, go to judge the relative position of each electronic installation E1 ~ E10 in a space S.For example, when each diverse location P1 ~ P8 of wireless transmit/receive units 130 respectively on predefined paths R receives multiple wireless network signal of electronic installation E1, the coordinate of each diverse location P1 ~ P8 that processing unit 140 can receive on the strong and weak and predefined paths R of the signal of the wireless network signal of electronic installation E1 at each diverse location P1 ~ P8 according to wireless transmit/receive units 130 judges the relative position of electronic installation E1 in space S.Similarly, processing unit 140 can utilize the same manner to judge the relative position of other electronic installations E2 ~ E10 in space S.After processing unit 140 judges the relative position of all electronic installation E1 ~ E10 in space S, processing unit 140 can according to user's request and all electronic installation E1 ~ E10, the relative position in space S determines a signal transmitting and receiving position further.In preferred embodiment, processing unit 140 behind decision signal transmitting and receiving position, can control mobile unit 110 and moves to signal transmitting and receiving position further.
In an embodiment of the present invention, the processing unit 140 of the first wireless access point 100 can determine signal transmitting and receiving position according to the identifier of the relative position of multiple electronic installation E1 ~ E10 in space S and multiple electronic installation E1 ~ E10.For example, the wireless network signal of electronic installation E1 ~ E10 can comprise the information of respective identifier, and the processing unit 140 of the first wireless access point 100 like this can judge user's identity of electronic installation E1 ~ E10 further.The identifier of each electronic installation E1 ~ E10 can be set with corresponding Web vector graphic priority, such as, set corresponding Web vector graphic priority according to the position height of user or the condition such as affiliated function.When the identifier of electronic installation E1 has higher Web vector graphic priority (such as the position of the user of electronic installation E1 is the highest), if now processing unit 140 judges that the first wireless access point 100 can provide the wireless network signal of user's the best of electronic installation E1 using position P2 as signal transmitting and receiving position, then the processing unit 140 of the first wireless access point 100 can determine that position P2 is signal transmitting and receiving position, and controls mobile unit 110 and move to position P2 using as signal transmitting and receiving position.And when the identifier of electronic installation E2 ~ E4 has higher Web vector graphic priority (the such as affiliated function of the user of electronic installation E2 ~ E4 needs most and uses network), if now processing unit 140 judges that the first wireless access point 100 can provide the wireless network signal of user's the best of electronic installation E2 ~ E4 using position P4 as signal transmitting and receiving position, then the processing unit 140 of the first wireless access point 100 can determine that position P4 is signal transmitting and receiving position, and controls mobile unit 110 and move to position P4 using as signal transmitting and receiving position.
In an embodiment of the present invention, the processing unit 140 of the first wireless access point 100 also can determine signal transmitting and receiving position according to the signal power of multiple wireless network signals of the relative position of multiple electronic installation E1 ~ E10 in space S and multiple electronic installation E1 ~ E10.For example, the processing unit 140 of the first wireless access point 100 can receive the signal power of multiple wireless network signals of each electronic installation E1 ~ E10 in each position P1 ~ P8 according to wireless transmit/receive units 130, judge can to make in space S the signal of the wireless network signal owning electronic installation E1 ~ E10 that (or most) wireless transmit/receive units 130 receives strong and weak all higher than the position of a predetermined value as signal transmitting and receiving position, and control mobile unit 110 and move so far signal transmitting and receiving position.
In an embodiment of the present invention, the processing unit 140 of the first wireless access point 100 also the distribution in space S can determine signal transmitting and receiving position according to the relative position of multiple electronic installation E1 ~ E10 in space S and multiple electronic installation E1 ~ E10.As shown in Figure 2, electronic installation E5 ~ E10 comparatively concentrates on the specific region in space S, if now processing unit 140 judges that the first wireless access point 100 can provide the wireless network signal of user's the best of most electronic installation using position P8 as signal transmitting and receiving position, then the processing unit 140 of the first wireless access point 100 can determine that position P8 is signal transmitting and receiving position, and control mobile unit 110 and move to position P8 using as signal transmitting and receiving position, so as to providing most electronic installation preferably wireless network signal.
According to above-mentioned configuration, the present invention first wireless access point 100 can the signal transmitting and receiving position that determines to processing unit 140 of automatic moving, to meet user's request, user like this does not need the position of yielding to the first wireless access point 100 again, electronic installation E1 ~ E10 is moved to the position of closer first wireless access point 100, cause the inconvenience in use.
In addition, processing unit 140 can according to a predetermined period regular update signal transmitting and receiving position, can more meet user's request at that time with signal transmitting and receiving position after making renewal.In more detail, processing unit 140 interval one predetermined period, again control mobile unit 110 to move along predefined paths R, again control the wireless network signal that the position P1 ~ P8 of wireless transmit/receive units 130 on predefined paths R receives each electronic installation E1 ~ E10, again judge the relative position of each electronic installation E1 ~ E10 in space S according to wireless network signal and according to the relative position of electronic installation E1 ~ E10 in space S, again determine signal transmitting and receiving position.
Moreover, when the first wireless access point 100 moves to signal transmitting and receiving position, processing unit 140 can control wireless transmit/receive units 130 and transmit the electronic installation receiving poor wireless network signal in a notice to electronic installation E1 ~ E10, moves to signal preferably position to impel the user of the electronic installation receiving poor wireless network signal.
On the other hand, in the above-described embodiments, the signal transmitting and receiving position that processing unit 140 determines does not limit will be dropped on predefined paths R, more do not limit the position P1 ~ P8 that will drop on aforementioned predefined paths R, that is, the signal transmitting and receiving position that processing unit 140 determines also can be positioned on other positions beyond predefined paths R, that is any position that can provide user's optimal wireless network signal in space.
In addition, in the above-described embodiments, predefined paths R is set on two dimensional surface (on such as floor or ceiling), therefore processing unit 140 can judge the relative position of electronic installation E1 ~ E10 in two-dimensional space, but in other embodiments of the present invention, predefined paths R also can be set in three dimensions, that is predefined paths R can have height fluctuating (height of mobile unit 110 adjustable wireless transmit/receive units 130), so then processing unit 140 can judge electronic installation E1 ~ E10 relative position in three dimensions.Moreover processing unit 140 can adjust the height of wireless transmit/receive units 130 further via mobile unit 110, to provide better wireless network linking quality.
In order to judge the relative position of electronic installation E1 ~ E10 in space S more accurately, and expand the service range of wireless network, the present invention first wireless access point 100 also can be communicated with each other with other movable types or fixed wireless access point in space S.For example, first wireless access point 100 can with the signal strength information of the wireless network signal of other portable or fixed wireless access point exchang electron device E1 ~ E10 in space S, to judge the relative position of electronic installation E1 ~ E10 in space S more accurately, and further according to the signal transmitting and receiving position of user's demand estimation first wireless access point 100, best wireless network linking quality can be provided to make the first wireless access point 100 and other movable types or fixed wireless access point.
In an embodiment of the present invention, please refer to Fig. 3, Fig. 3 is the schematic diagram that the present invention goes back that a wireless access point determines signal transmitting and receiving position.As shown in the figure, the invention provides the combination of a kind of wireless access point, comprise foregoing first wireless access point 100 and one second wireless access point 100 ', wherein the second wireless access point 100 ' is formed as the first wireless access point 100, therefore does not separately repeat in this.First wireless access point 100 and the respective processing unit of the second wireless access point 100 ' control corresponding mobile unit and move along predefined paths R.In the present embodiment, the first wireless access point 100 and the second wireless access point 100 ' move along same predefined paths R, but in other embodiments, two wireless access points also can move along different path respectively.First wireless access point 100 and the respective processing unit of the second wireless access point 100 ' control corresponding wireless transmit/receive units position P1 ~ P8 of R on predefined paths again and receive the wireless network signal of each electronic installation E1 ~ E10.After first wireless access point 100 and the second wireless access point 100 ' receive these wireless network signals, the processing unit of the first wireless access point 100 and the second wireless access point 100 ' inside judges the relative position of each electronic installation E1 ~ E10 in space S according to those wireless network signals again, and according to the relative position of each electronic installation E1 ~ E10 in space S, determine the signal transmitting and receiving position of the first wireless access point and this signal transmitting and receiving position of the second wireless access point respectively.Wherein, when the processing unit of the first wireless access point 100 and the second wireless access point 100 ' is when judging the relative position of each electronic installation E1 ~ E10 in space S, by the wireless network signal that the first wireless access point 100 and the respective wireless transmit/receive units clearing house of the second wireless access point 100 ' receive, so as to judging the relative position of each electronic installation E1 ~ E10 in space S more accurately more fast.In addition, when the processing unit of the first wireless access point 100 and the second wireless access point 100 ' is when determining the signal transmitting and receiving position of respective wireless access point 100,100 ', by the first wireless access point 100 and the respective wireless transmit/receive units exchange of the second wireless access point 100 ' itself processing unit judge the relative position of each electronic installation E1 ~ E10 in space S that obtain, so as to judging the signal transmitting and receiving position of respective wireless access point 100,100 ' more fast more accurately.
Please refer to Fig. 4, Fig. 4 is the flow chart 400 that the present invention determines the method for wireless access point position.The present invention determines that the flow process of the method for wireless access point position is as the following step:
Step 410: at least one wireless access point moves along a predefined paths;
Step 420: the multiple positions of this at least one wireless access point on this predefined paths receive a wireless network signal of each electronic installation;
Step 430: this at least one wireless access point judges the respectively relative position of this electronic installation in this space according to those wireless network signals; And
Step 440: this at least one wireless access point determines a signal transmitting and receiving position according to the relative position of those electronic installations in this space.
Compared to prior art, the present invention determines that the method for wireless access point position can judge the relative position of multiple electronic installation in space, and according to the relative position of multiple electronic installation in space and the optimum signal transceiver location of user's request decision wireless access point, move to signal transmitting and receiving position to control wireless access point further.User like this does not need position electronic installation being moved to closer wireless access point, can obtain preferably wireless network linking quality.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (12)
1. determine a method for a position of at least one wireless access point, this at least one wireless access point and multiple electronic installation are distributed in a space, and it is characterized in that, the method comprises:
This at least one wireless access point moves along a predefined paths;
The multiple positions of this at least one wireless access point on this predefined paths receive a wireless network signal of respectively this electronic installation;
This at least one wireless access point judges the respectively relative position of this electronic installation in this space according to those wireless network signals; And
This at least one wireless access point determines a signal transmitting and receiving position according to each this electronic installation this relative position in this space.
2. the method for claim 1, is characterized in that, also comprises:
This at least one wireless access point moves to this signal transmitting and receiving position automatically.
3. the method for claim 1, it is characterized in that, this at least one wireless access point is that a Web vector graphic priority corresponding according to an identifier of this relative position in this space of each this electronic installation and each this electronic installation determines this signal transmitting and receiving position.
4. the method for claim 1, is characterized in that, this at least one wireless access point determines this signal transmitting and receiving position according to the signal power of this relative position in this space of each this electronic installation and each those wireless network signals of this electronic installation.
5. the method for claim 1, is characterized in that, also comprises:
This at least one wireless access point interval one predetermined period, again move along this predefined paths, and those positions on this predefined paths receive this wireless network signal of respectively this electronic installation, judge each this electronic installation this relative position in this space according to those wireless network signals, again determine this signal transmitting and receiving position according to each this electronic installation this relative position in this space.
6. the method for claim 1, is characterized in that, this at least one wireless access point comprises one first wireless access point and one second wireless access point, and the method comprises:
This first wireless access point and this second wireless access point move along this predefined paths;
This first wireless access point and this second wireless access point those positions on this predefined paths receive this wireless network signal of respectively this electronic installation;
This first wireless access point and this second wireless access point judge respectively this electronic installation this relative position in this space according to those wireless network signals; And
This first wireless access point and this second wireless access point determine this signal transmitting and receiving position of this first wireless access point and this signal transmitting and receiving position of this second wireless access point respectively according to each this electronic installation this relative position in this space.
7. a wireless access point, is characterized in that, comprising:
One mobile unit;
One network element, is arranged on this mobile unit, in order to link to internet;
One wireless transmit/receive units, is arranged on this mobile unit, is electrically connected on this network element, in order to receive and dispatch the wireless network signal of multiple electronic installation according to a wireless communication protocol; And
One processing unit, be arranged on this mobile unit, be electrically connected on this network element, this wireless transmit/receive units and this mobile unit, move along a predefined paths in order to control this mobile unit, control the wireless network signal that the multiple positions of this wireless transmit/receive units on this predefined paths receive respectively this electronic installation, judge the respectively relative position of this electronic installation in a space according to those wireless network signals, and determine a signal transmitting and receiving position according to those electronic installations this relative position in this space.
8. wireless access point as claimed in claim 7, it is characterized in that, this processing unit controls this mobile unit and moves to this signal transmitting and receiving position.
9. wireless access point as claimed in claim 7, it is characterized in that, this processing unit determines this signal transmitting and receiving position in order to a Web vector graphic priority corresponding according to an identifier of this relative position in this space of each this electronic installation and each this electronic installation.
10. wireless access point as claimed in claim 7, is characterized in that, this processing unit is in order to determine this signal transmitting and receiving position according to the signal power of this relative position in this space of each this electronic installation and each those wireless network signals of this electronic installation.
11. wireless access points as claimed in claim 7, it is characterized in that, this processing unit interval one predetermined period, again control this mobile unit to move along this predefined paths, control this wireless network signal that this wireless transmit/receive units those positions on this predefined paths receive respectively this electronic installation, judge respectively this electronic installation this relative position in this space according to those wireless network signals, and again determine this signal transmitting and receiving position according to those electronic installations this relative position in this space.
12. 1 kinds of wireless access point combinations, comprise two wireless access points as claimed in claim 7, it is characterized in that, respectively this processing unit of this wireless access point, move along this predefined paths in order to control this mobile unit corresponding, control the wireless network signal that this wireless transmit/receive units corresponding those positions on this predefined paths receive respectively this electronic installation, respectively this electronic installation this relative position in this space is judged according to those wireless network signals, and this signal transmitting and receiving position of respectively this wireless access point is determined according to those electronic installations this relative position in this space.
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| CN201410080487.9A CN104902491B (en) | 2014-03-06 | 2014-03-06 | Method for determining position of wireless access point, wireless access point and wireless access point combination |
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| CN201410080487.9A CN104902491B (en) | 2014-03-06 | 2014-03-06 | Method for determining position of wireless access point, wireless access point and wireless access point combination |
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| CN104902491B CN104902491B (en) | 2018-11-13 |
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