CN103079252A - Method for establishing network connection of wireless mobile device - Google Patents
Method for establishing network connection of wireless mobile device Download PDFInfo
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- CN103079252A CN103079252A CN2011103298004A CN201110329800A CN103079252A CN 103079252 A CN103079252 A CN 103079252A CN 2011103298004 A CN2011103298004 A CN 2011103298004A CN 201110329800 A CN201110329800 A CN 201110329800A CN 103079252 A CN103079252 A CN 103079252A
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Abstract
The invention discloses a method for establishing the network connection of a wireless mobile device. The method comprises the following steps of: performing satellite positioning on the wireless mobile device by using a global positioning system chip of the wireless mobile device to generate the travel rate of the wireless mobile device; if the travel rate is lower than a travel rate threshold value, searching for at least one wireless fidelity access point close to the wireless mobile device; and if a connection rate between the at least one wireless fidelity access point and the wireless mobile device is higher than a connection rate threshold value, wirelessly connecting the wireless mobile device with one of the at least one wireless fidelity access point. According to the method, the wireless mobile device can be connected with a mobile communication system when an ideal connection rate cannot be effectively provided by a wireless fidelity access point close to the wireless mobile device, and a user is not required to repeatedly switch network connection modes for the wireless mobile device carried by the user.
Description
Technical field
The invention relates to a kind of wireless mobile device and set up the method for network on-line, espespecially a kind of method of the state switching network on-line pattern according to the wireless mobile device.
Background technology
Wireless Fidelity (Wireless Fidelity, WiFi) technology and third generation wireless communication technology (3G) are used in running gear at present widely, on intelligent mobile phone, flat computer and mobile computer, think that the user provides the service of wireless Internet access.Yet, use the network on-line speed of 3G system still quick not at present, and the network on-line quality is also unstable.Therefore, carry out 3G network when online when the user uses running gear, often can't transmit smoothly the larger video/audio archive of archives, especially when user's quantity increased, network on-line speed and quality more became to descending.Relatively, although the network on-line covering scope of WiFi much smaller than the 3G system, the network on-line speed of WiFi is quick than the 3G system, and the network on-line quality is also than the 3G system stability.In each metropolis, no matter be that WiFi access point (access point, AP) free or that pay is more and more universal at present, therefore how using efficiently the WiFi network on-line is the subject under discussion that the utmost point need be inquired into.
Yet, under the user moves frequently situation, in order to take into account mobility and online speed, must be often the network on-line of running gear be switched between 3G and WiFi, but do to switch too loaded down with trivial details and inconvenient to the user for running gear repeatedly in artificial mode, and easily forget that in away from the WiFi access point time wireless online with running gear switches to the 3G system and causes online interruption, therefore the business people is maybe needed to carry out more inconvenience in user's use of real time communication.
Summary of the invention
One embodiment of the invention provide the method that a kind of wireless mobile device is set up network on-line, comprise that the global position determination system chip by this wireless mobile device carries out satellite fix to this wireless mobile device, to produce the rate travel of this wireless mobile device.If this rate travel is less than a rate travel threshold value, search at least one Wireless Fidelity access point that is adjacent to this wireless mobile device; If the online speed between this at least one Wireless Fidelity access point and this wireless mobile device greater than an online speed threshold value, is carried out wireless link with the Wireless Fidelity access point in this wireless mobile device and this at least one Wireless Fidelity access point.
Another embodiment of the present invention provides the method that a kind of wireless mobile device is set up network on-line, comprise that the global position determination system chip by this wireless mobile device carries out satellite fix to this wireless mobile device, to produce the rate travel of this wireless mobile device.If this rate travel is less than a rate travel threshold value, search at least one Wireless Fidelity access point that is adjacent to this wireless mobile device; If the online speed between this at least one Wireless Fidelity access point and this wireless mobile device is carried out wireless link greater than the online speed between an action communication system and this wireless mobile device with the Wireless Fidelity access point in this wireless mobile device and this at least one Wireless Fidelity access point.
Another embodiment of the present invention provides the method that a kind of wireless mobile device is set up network on-line, comprise that the global position determination system chip by this wireless mobile device carries out satellite fix to this wireless mobile device, to produce the rate travel of this wireless mobile device.If this rate travel is less than a rate travel threshold value, search at least one Wireless Fidelity access point that is adjacent to this wireless mobile device; If the online speed between this at least one Wireless Fidelity access point and this wireless mobile device all less than an online speed threshold value, is carried out wireless link with this wireless mobile device and an action communication system.
Another embodiment of the present invention provides the method that a kind of wireless mobile device is set up network on-line, comprise that the global position determination system chip by this wireless mobile device carries out satellite fix to this wireless mobile device, to produce the rate travel of this wireless mobile device.If this rate travel is less than a rate travel threshold value, search at least one Wireless Fidelity access point that is adjacent to this wireless mobile device; If the online speed between this at least one Wireless Fidelity access point and this wireless mobile device all less than the online speed between an action communication system and this wireless mobile device, is carried out wireless link with this wireless mobile device and this action communication system.
Method by all embodiment of the invention described above, the entrained wireless mobile device of user can be according to the state of wireless mobile device, automatically mating an appropriate network online mode is also linked, and the wireless mobile device can can't the desirable online speed of effective supply at contiguous WiFi access point, or the online speed that provides of the online speed ratio mobile communication system that provides of contiguous WiFi access point hour, online between maintenance or foundation and the mobile communication system, and do not need user itself repeatedly entrained wireless mobile device to be carried out the switching of network online mode.
Description of drawings
Fig. 1 is the schematic diagram of setting up network on-line for first embodiment of the invention to the four embodiment wireless mobile devices under wireless communications environment.
Fig. 2 is the flow chart of setting up network on-line for first embodiment of the invention wireless mobile device under wireless communication system.
Fig. 3 is the flow chart of setting up network on-line for second embodiment of the invention wireless mobile device under wireless communication system.
Fig. 4 is the flow chart of setting up network on-line for third embodiment of the invention wireless mobile device under wireless communication system.
Fig. 5 is the flow chart of setting up network on-line for fourth embodiment of the invention wireless mobile device under wireless communication system.
Wherein, description of reference numerals is as follows:
20,22 access points
30 wireless mobile devices
32 GPS chips
40 radio communication base stations
42 mobile communication systems
70 internets
100 wireless communications environments
201 to 209,301 to 309,401 to 409, step
501 to 509
Embodiment
See also Fig. 1, Fig. 1 is the schematic diagram of setting up network on-line for wireless mobile device 30 of the present invention at wireless communications environment for 100 times.Wireless mobile device 30 can be an intelligent mobile phone, mobile computer or flat computer, or other can produce the device of similar effects, and wireless mobile device 30 is to comprise a GPS chip 32, in order to wireless mobile device 30 is carried out satellite fix, to produce the rate travel of wireless mobile device 30.Wireless mobile device 30 can be linked to an internet 70 via WiFi access point 20 or 22, also can be linked to internet 70 via the mobile communication system 42 that a radio communication base station 40 provides.Mobile communication system 42 can be third generation mobile communication system, also can be the 4th and functions in an acting capacity of moving communication system or other mobile communication system.
If the rate travel of wireless mobile device 30 is greater than default rate travel door (threshold) value, wireless mobile device 30 can judge that it is in mobile state, and is linked to internet 70 by mobile communication system 42.
When the rate travel of wireless mobile device 30 less than above-mentioned default rate travel threshold value, wireless mobile device 30 can judge that it is in the state that rests in fact a place, and begin to search the WiFi access point 20,22 that is adjacent to wireless mobile device 30, and be linked to internet 70 by the WiFi access point 20 or 22 that searches.Wireless mobile device 30 after searching WiFi access point 20,22, can with the WiFi access point 20 that searches, 22 and wireless mobile device 30 between online speed compare with a default online speed threshold value.If the WiFi access point 20 that searches, 22 and wireless mobile device 30 between online speed all greater than default online speed threshold value, then wireless mobile device 30 will to the WiFi access point 20 that searches, 22 and wireless mobile device 30 between online speed compare, and select one and wireless mobile device 30 between the WiFi access point 20 or 22 of online speed maximum, to be online to internet 70 by this WiFi access point 20 or 22.If the online speed between the WiFi access point 20 that searches and the wireless mobile device 30 is greater than default online speed threshold value, but the online speed between WiFi access point 22 and the wireless mobile device 30 is less than default online speed threshold value, then wireless mobile device 30 will be online to internet 70 by WiFi access point 20, and need not to the WiFi access point 20 that searches, 22 and wireless mobile device 30 between online speed compare.When becoming greater than the online speed between rate travel threshold value or wireless mobile device 30 and the WiFi access point 20,22, the rate travel of wireless mobile device 30 becomes less than default online speed threshold value, and when needing to change into the state that is linked to mobile communication system 42 by the state that is linked to WiFi access point 20 or 22, wireless mobile device 30 can interrupt first and WiFi access point 20 or 22 between link.Otherwise, when wireless mobile device 30 need be changed into the state that is linked to WiFi access point 20 or 22 by the state that is linked to mobile communication system 42, the link between first interruption of wireless mobile device 30 and the mobile communication system 42.
Wireless mobile device 30 is the rate travels by its GPS chip 32 detecting wireless running gears 30, to set up a suitable user network online mode.For example working as the user is positioned on the popular vehicles, when presenting the state of a fast moving, the rate travel of entrained wireless mobile device 30 can be greater than above-mentioned default rate travel threshold value, and makes wireless mobile device 30 be linked to internet 70 by mobile communication system 42.And when being positioned at the public arenas such as office space, coffee shop as the user, often be in one among a small circle in slow mobile or static state, therefore the rate travel of entrained wireless mobile device 30 can be less than above-mentioned default rate travel threshold value, and make wireless mobile device 30 begin to search contiguous WiFi access point 20,22, and be linked to internet 70 by the WiFi access point 20 or 22 that searches.In addition, when wireless mobile device 30 search a plurality of WiFi access points 20,22 the time, will to the WiFi access point 20 that searches, 22 and wireless mobile device 30 between online speed compare, and select one and wireless mobile device 30 between have maximum online speed WiFi access point 20 or 22 linked.Again, when the online speed between searching WiFi access point 20,22 and the wireless mobile device 30 was all large not, even if the user is in static or the state of slow movement, wireless mobile device 30 still was linked to internet 70 by mobile communication system 42.
Therefore, can automatically mate appropriate network online mode by wireless mobile device 30, and user itself does not need repeatedly entrained wireless mobile device 30 to be carried out the switching of network online mode.In addition, wireless mobile device 30 can be when can't the effective supply desirable online speed of contiguous WiFi access point 20,22, online between maintenance or foundation and the mobile communication system 42, and do not need user itself network online mode of wireless mobile device 30 to be switched to attempt selecting to provide the communication system of best online speed.
Please refer to Fig. 2, Fig. 2 is the flow chart of setting up network on-line for wireless mobile device 30 first embodiment of the present invention at wireless communication system for 100 times, the first embodiment is that assumed wireless running gear 30 is to be linked to internet 70 by mobile communication system 42 when beginning the step of execution graph 2, is described as follows:
Step 201: the 32 pairs of wireless mobile devices of GPS chip 30 by wireless mobile device 30 carry out satellite fix, to produce the rate travel of wireless mobile device 30;
Step 202: whether the rate travel of wireless mobile device 30 is greater than the rate travel threshold value; If not, execution in step 203 then; If then execution in step 208;
Step 203: search the WiFi access point 20,22 that is adjacent to wireless mobile device 30;
Step 204: WiFi access point 20,22 and wireless mobile device 30 between online speed whether greater than online speed threshold value; If WiFi access point 20,22 and wireless mobile device 30 between online speed all greater than online speed threshold value, then execution in step 205; If WiFi access point 20,22 only has online speed between WiFi access point 20 and the wireless mobile device 30 among both greater than online speed threshold value, then execution in step 206; If WiFi access point 20,22 only has online speed between WiFi access point 22 and the wireless mobile device 30 among both greater than online speed threshold value, then execution in step 207; If WiFi access point 20,22 and wireless mobile device 30 between online speed all less than online speed threshold value, then execution in step 208;
Whether the online speed between step 205:WiFi access point 20 and the wireless mobile device 30 is greater than the online speed between WiFi access point 22 and the wireless mobile device 30; If then execution in step 206; If not, execution in step 207 then;
Step 206: interrupt the wireless link between wireless mobile device 30 and the mobile communication system 42, and set up wireless link between wireless mobile device 30 and the WiFi access point 20, so that wireless mobile device 30 is linked to internet 70 by WiFi access point 20, skip to step 209;
Step 207: interrupt the wireless link between wireless mobile device 30 and the mobile communication system 42, and set up the wireless link between wireless mobile device 30 and the WiFi access point 22, so that wireless mobile device 30 is linked to internet 70 by WiFi access point 22; Skip to step 209;
Step 208: wireless mobile device 30 continues to be linked to internet 70 by mobile communication system 42;
Step 209: finish.
Please refer to Fig. 3, Fig. 3 is the flow chart of setting up network on-line for wireless mobile device 30 second embodiment of the present invention at wireless communication system for 100 times, the second embodiment is that assumed wireless running gear 30 is to be linked to internet 70 by WiFi access point 20 when beginning the step of execution graph 3, is described as follows:
Step 301: the 32 pairs of wireless mobile devices of GPS chip 30 by wireless mobile device 30 carry out satellite fix, to produce the rate travel of wireless mobile device 30;
Step 302: whether the rate travel of wireless mobile device 30 is greater than the rate travel threshold value; If not, execution in step 303 then; If then execution in step 308;
Step 303: search the WiFi access point 20,22 that is adjacent to wireless mobile device 30;
Step 304: WiFi access point 20,22 and wireless mobile device 30 between online speed whether greater than online speed threshold value; If WiFi access point 20,22 and wireless mobile device 30 between online speed all greater than online speed threshold value, then execution in step 305; If WiFi access point 20,22 only has online speed between WiFi access point 20 and the wireless mobile device 30 among both greater than online speed threshold value, then execution in step 306; If WiFi access point 20,22 only has online speed between WiFi access point 22 and the wireless mobile device 30 among both greater than online speed threshold value, then execution in step 307; If WiFi access point 20,22 and wireless mobile device 30 between online speed all less than online speed threshold value, then execution in step 308;
Whether the online speed between step 305:WiFi access point 20 and the wireless mobile device 30 is greater than the online speed between WiFi access point 22 and the wireless mobile device 30; If then execution in step 306; If not, execution in step 307 then;
Step 306: wireless mobile device 30 continues to be linked to internet 70 by WiFi access point 20, skips to step 309;
Step 307: interrupt the wireless link between wireless mobile device 30 and the WiFi access point 20, and set up the wireless link between wireless mobile device 30 and the WiFi access point 22, so that wireless mobile device 30 is linked to internet 70 by WiFi access point 22; Skip to step 309;
Step 308: interrupt the wireless link between wireless mobile device 30 and the WiFi access point 20, and set up the wireless link between wireless mobile device 30 and the mobile communication system 42, so that wireless mobile device 30 is linked to internet 70 by mobile communication system 42;
Step 309: finish.
Please consult again Fig. 1, after wireless mobile device 30 searches WiFi access point 20,22, except the online speed between wireless mobile device 30 and the WiFi that the searches access point 20,22 and online speed threshold value can being compared, also the online speed between wireless mobile device 30 and the WiFi that the searches access point 20,22 can be compared with the online speed between wireless mobile device 30 and the mobile communication system 42.If the online speed between wireless mobile device 30 and the WiFi access point 20,22 that searches all greater than the online speed between wireless mobile device 30 and the mobile communication system 42, is then carried out wireless link with wireless mobile device 30 and the WiFi access point 20 or 22 that searches.If the online speed between the WiFi access point 20 that searches and the wireless mobile device 30 is greater than the online speed between wireless mobile device 30 and the mobile communication system 42, but the online speed between WiFi access point 22 and the wireless mobile device 30 is less than the online speed between wireless mobile device 30 and the mobile communication system 42, then wireless mobile device 30 will be online to internet 70 by WiFi access point 20, and need not to the WiFi access point 20 that searches, 22 and wireless mobile device 30 between online speed compare.If the online speed between wireless mobile device 30 and the WiFi access point 20,22 that searches is all less than the online speed between wireless mobile device 30 and the mobile communication system 42, then wireless mobile device 30 will be linked to internet 70 by mobile communication system 42.
When wireless mobile device 30 and when searching online speed between the WiFi access point 20,22 all less than the online speed of wireless mobile device 30 and mobile communication system 42, even if the user is in a static or state of slow movement, wireless mobile device 30 still is linked to internet 70 by mobile communication system 42.For example the direct-view path between wireless mobile device 30 and WiFi access point 20,22 (line of sight) is when being stopped by barrier, wireless mobile device 30 and WiFi access point 20,22 online speed have the possibility less than the online speed of wireless mobile device 30 and mobile communication system 42, although therefore wireless mobile device 30 has detected WiFi access point 20,22, but still need according to the online speed of reality to determine whether to be linked to the WiFi access point 20 or 22 that is detected.Therefore, pass through said method, online during online speed that the online speed that wireless mobile device 30 can provide at contiguous WiFi access point 20,22 all provide less than mobile communication system 42 between maintenance or foundation and the mobile communication system 42, and avoid the user mistakenly the network online mode of wireless mobile device 30 to be switched.
Please refer to Fig. 4, Fig. 4 is the flow chart of setting up network on-line for wireless mobile device 30 the 3rd embodiment of the present invention at wireless communication system for 100 times, the 3rd embodiment is that assumed wireless running gear 30 is to be linked to internet 70 by mobile communication system 42 when beginning the step of execution graph 4, is described as follows:
Step 401: the 32 pairs of wireless mobile devices of GPS chip 30 by wireless mobile device 30 carry out satellite fix, to produce the rate travel of wireless mobile device 30;
Step 402: whether the rate travel of wireless mobile device 30 is greater than the rate travel threshold value; If not, execution in step 403 then; If then execution in step 408;
Step 403: search the WiFi access point 20,22 that is adjacent to wireless mobile device 30;
Step 404: WiFi access point 20,22 and wireless mobile device 30 between online speed whether greater than the online speed between mobile communication system 42 and the wireless mobile device 30; If WiFi access point 20,22 and wireless mobile device 30 between online speed all greater than the online speed between mobile communication system 42 and the wireless mobile device 30, then execution in step 405; If WiFi access point 20,22 only has online speed between WiFi access point 20 and the wireless mobile device 30 among both greater than the online speed between mobile communication system 42 and the wireless mobile device 30, then execution in step 406; If WiFi access point 20,22 only has online speed between WiFi access point 22 and the wireless mobile device 30 among both greater than the online speed between mobile communication system 42 and the wireless mobile device 30, then execution in step 407; If WiFi access point 20,22 and wireless mobile device 30 between online speed all less than the online speed between mobile communication system 42 and the wireless mobile device 30, then execution in step 408;
Whether the online speed between step 405:WiFi access point 20 and the wireless mobile device 30 is greater than the online speed between WiFi access point 22 and the wireless mobile device 30; If then execution in step 406; If not, execution in step 407 then;
Step 406: interrupt the wireless link between wireless mobile device 30 and the mobile communication system 42, and set up wireless link between wireless mobile device 30 and the WiFi access point 20, so that wireless mobile device 30 is linked to internet 70 by WiFi access point 20, skip to step 409;
Step 407: interrupt the wireless link between wireless mobile device 30 and the mobile communication system 42, and set up the wireless link between wireless mobile device 30 and the WiFi access point 22, so that wireless mobile device 30 is linked to internet 70 by WiFi access point 22; Skip to step 409;
Step 408: wireless mobile device 30 continues to be linked to internet 70 by mobile communication system 42;
Step 409: finish.
Please refer to Fig. 5, Fig. 5 is the flow chart of setting up network on-line for fourth embodiment of the invention wireless mobile device 30 at wireless communication system for 100 times, the 4th embodiment is that assumed wireless running gear 30 is to be linked to internet 70 by WiFi access point 20 when beginning the step of execution graph 5, is described as follows:
Step 501: the 32 pairs of wireless mobile devices of GPS chip 30 by wireless mobile device 30 carry out satellite fix, to produce the rate travel of wireless mobile device 30;
Step 502: whether the rate travel of wireless mobile device 30 is greater than the rate travel threshold value; If not, execution in step 503 then; If then execution in step 508;
Step 503: search the WiFi access point 20,22 that is adjacent to wireless mobile device 30;
Step 504: WiFi access point 20,22 and wireless mobile device 30 between online speed whether greater than the online speed between mobile communication system 42 and the wireless mobile device 30; If WiFi access point 20,22 and wireless mobile device 30 between online speed all greater than the online speed between mobile communication system 42 and the wireless mobile device 30, then execution in step 505; If WiFi access point 20,22 only has online speed between WiFi access point 20 and the wireless mobile device 30 among both greater than the online speed between mobile communication system 42 and the wireless mobile device 30, then execution in step 506; If WiFi access point 20,22 only has online speed between WiFi access point 22 and the wireless mobile device 30 among both greater than the online speed between mobile communication system 42 and the wireless mobile device 30, then execution in step 507; If WiFi access point 20,22 and wireless mobile device 30 between online speed all less than the online speed between mobile communication system 42 and the wireless mobile device 30, then execution in step 508;
Whether the online speed between step 505:WiFi access point 20 and the wireless mobile device 30 is greater than the online speed between WiFi access point 22 and the wireless mobile device 30; If then execution in step 506; If not, execution in step 507 then;
Step 506: wireless mobile device 30 continues to be linked to internet 70 by WiFi access point 20, skips to step 509;
Step 507: interrupt the wireless link between wireless mobile device 30 and the WiFi access point 20, and set up the wireless link between wireless mobile device 30 and the WiFi access point 22, so that wireless mobile device 30 is linked to internet 70 by WiFi access point 22; Skip to step 509;
Step 508: interrupt the wireless link between wireless mobile device 30 and the WiFi access point 20, and set up the wireless link between wireless mobile device 30 and the mobile communication system 42, so that wireless mobile device 30 is linked to internet 70 by mobile communication system 42;
Step 509: finish.
Method by all embodiment of the invention described above, wireless mobile device 30 can be according to the state of wireless mobile device 30 and Auto-matching one optimal network online mode and being linked, and wireless mobile device 30 can be at contiguous WiFi access point 20,22 can't the desirable online speed of effective supply, or contiguous WiFi access point 20, during online speed that the 22 online speed that provide do not provide greater than mobile communication system 42, online between maintenance or foundation and the mobile communication system 42, and avoid the user mistakenly entrained wireless mobile device 30 to be carried out the switching of network online mode, and then the time of waste user preciousness.
The above only is the preferred embodiments of the present invention, and all equalizations of doing according to claim of the present invention change and modify, and all should belong to covering scope of the present invention.
Claims (13)
1. a wireless mobile device is set up the method for network on-line, comprising:
Global position determination system chip by this wireless mobile device carries out satellite fix to this wireless mobile device, to produce the rate travel of this wireless mobile device;
The method is characterized in that also and comprise:
If this rate travel is less than a rate travel threshold value, search at least one Wireless Fidelity access point that is adjacent to this wireless mobile device; And
If the online speed between this at least one Wireless Fidelity access point and this wireless mobile device greater than an online speed threshold value, is carried out wireless link with the Wireless Fidelity access point in this wireless mobile device and this at least one Wireless Fidelity access point.
2. the method for claim 1 is characterized in that, other comprises the wireless link of interrupting this wireless mobile device and an action communication system.
3. a wireless mobile device is set up the method for network on-line, comprising:
Global position determination system chip by this wireless mobile device carries out satellite fix to this wireless mobile device, to produce the rate travel of this wireless mobile device;
The method is characterized in that also and comprise:
If this rate travel is less than a rate travel threshold value, search at least one Wireless Fidelity access point that is adjacent to this wireless mobile device; And
If the online speed between this at least one Wireless Fidelity access point and this wireless mobile device is carried out wireless link greater than the online speed between an action communication system and this wireless mobile device with the Wireless Fidelity access point in this wireless mobile device and this at least one Wireless Fidelity access point.
4. such as claim 1 or 3 described methods, it is characterized in that, this Wireless Fidelity access point be in a plurality of Wireless Fidelity access points with the Wireless Fidelity access point of the online speed maximum of this wireless mobile device.
5. method as claimed in claim 4 is characterized in that, other comprises that the online speed with those Wireless Fidelity access points and this wireless mobile device compares.
6. method as claimed in claim 3 is characterized in that, other comprises the wireless link of interrupting this wireless mobile device and this action communication system.
7. a wireless mobile device is set up the method for network on-line, comprising:
Global position determination system chip by this wireless mobile device carries out satellite fix to this wireless mobile device, to produce the rate travel of this wireless mobile device;
The method is characterized in that also and comprise:
If this rate travel is less than a rate travel threshold value, search at least one Wireless Fidelity access point that is adjacent to this wireless mobile device; And
If the online speed between this at least one Wireless Fidelity access point and this wireless mobile device all less than an online speed threshold value, is carried out wireless link with this wireless mobile device and an action communication system.
8. such as claim 1 or 7 described methods, it is characterized in that, other comprises the online speed between this at least one Wireless Fidelity access point and this wireless mobile device and this online speed threshold value is compared.
9. a wireless mobile device is set up the method for network on-line, comprising:
Global position determination system chip by this wireless mobile device carries out satellite fix to this wireless mobile device, to produce the rate travel of this wireless mobile device;
The method is characterized in that also and comprise:
If this rate travel is less than a rate travel threshold value, search at least one Wireless Fidelity access point that is adjacent to this wireless mobile device; And
If the online speed between this at least one Wireless Fidelity access point and this wireless mobile device all less than the online speed between an action communication system and this wireless mobile device, is carried out wireless link with this wireless mobile device and this action communication system.
10. such as claim 1,3,7 or 9 described methods, it is characterized in that, other comprises this rate travel and this rate travel threshold value is compared.
11. such as claim 7 or 9 described methods, it is characterized in that, other comprises the wireless link of interrupting this wireless mobile device and a Wireless Fidelity access point.
12. such as claim 2,3,7 or 9 described methods, it is characterized in that, this action communication system is to be a third generation mobile communication system.
13. such as claim 3 or 9 described methods, it is characterized in that, other comprises the online speed between the online speed between this at least one Wireless Fidelity access point and this wireless mobile device and this action communication system and this wireless mobile device is compared.
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| CN201110329800.4A CN103079252B (en) | 2011-10-26 | 2011-10-26 | Portable wireless device sets up the method for network on-line |
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| CN201110329800.4A CN103079252B (en) | 2011-10-26 | 2011-10-26 | Portable wireless device sets up the method for network on-line |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1464644A (en) * | 2002-06-11 | 2003-12-31 | 华为技术有限公司 | Method for measuring movement speed of mobile station in mobile communication system |
| US20080175206A1 (en) * | 2003-10-31 | 2008-07-24 | International Business Machines Corporation | Methods and Apparatus for Continuous Connectivity Between Mobile Device and Network Using Dynamic Connection Spreading |
| CN101389078A (en) * | 2008-10-31 | 2009-03-18 | 苏州佳世达电通有限公司 | Radio terminal device, radio communication system and method for connecting network |
-
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1464644A (en) * | 2002-06-11 | 2003-12-31 | 华为技术有限公司 | Method for measuring movement speed of mobile station in mobile communication system |
| US20080175206A1 (en) * | 2003-10-31 | 2008-07-24 | International Business Machines Corporation | Methods and Apparatus for Continuous Connectivity Between Mobile Device and Network Using Dynamic Connection Spreading |
| CN101389078A (en) * | 2008-10-31 | 2009-03-18 | 苏州佳世达电通有限公司 | Radio terminal device, radio communication system and method for connecting network |
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