CN100420199C - Bandwidth management method and system for network transmission - Google Patents
Bandwidth management method and system for network transmission Download PDFInfo
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- CN100420199C CN100420199C CNB2005100024666A CN200510002466A CN100420199C CN 100420199 C CN100420199 C CN 100420199C CN B2005100024666 A CNB2005100024666 A CN B2005100024666A CN 200510002466 A CN200510002466 A CN 200510002466A CN 100420199 C CN100420199 C CN 100420199C
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Abstract
The present invention relates to a method for managing network transmission bandwidth, which mainly comprises two steps that a user hierarchy bandwidth is set, and an application program hierarchy bandwidth is set, wherein the setting of the user hierarchy bandwidth comprises the steps: firstly, a main user IP address and at least one auxiliary user IP address are provided, and then a main bandwidth is arranged for the main user IP address; an auxiliary bandwidth is assigned for the auxiliary user IP address. The setting of the application program hierarchy bandwidth comprises the steps: at least one application program is executed, and a program bandwidth is arranged for the application program; the application program can be provided by a database, and the setting of the main bandwidth, the auxiliary bandwidth and the program bandwidth can be carried out through a humanized graphical interface so that the present invention can be widely used.
Description
Technical field
The present invention relates to a kind of bandwidth management method and system of Network Transmission, relating in particular to a kind of serves as the method and system of basis with the realization bandwidth settings with the two-layer equation managerial structure, and it can utilize graphical interfaces to carry out the facility of setting to increase.
Background technology
The transmission of network data is to transmit in packet (Packet) mode, and information packet miscellaneous is the limited bandwidth for transmission of contention mutually.Be enough to provide under the situation of information flow-rate at the network bandwidth, the transmission situation of packet can not be affected, but the crowded situation of stopping up will take place when the packet total flow surpasses network bandwidth load.Cause the serious traffic congestion of entire road as various vehicles on road contention track, if but various vehicles can be followed the lanes of being distributed, even locomotive takes place congestedly on motorcycle lane so, bus and automobile also can travel on its track swimmingly.The notion that the notion of Bandwidth Management and track are divided is similar, mainly is the network bandwidth that still can ensure the important application program when network information flow is congested.
In vogue day by day along with the World Wide Web (WWW), not only the external Network Transmission demand of enterprises rises rapidly, for general family or revive (Small Office, Home Office; SOHO) family also adapts to popularizing of wideband network, more increases the weight of the burden of Network Transmission.Yet World Wide Web (WWW) bandwidth expensive and limited can not unrestrictedly increase along with user's demand.For effectively solving this predicament, utilizing the technology of Bandwidth Management is wherein a kind of solution with the limited the most effective distribution of bandwidth resources do.But in the streets the price of the Bandwidth Broker that each tame manufacturer provided is hundreds thousand of easily even more than 1,000,000, and the user must have to a certain degree understanding to network knowledge, could correctly set and use.For the business class router with bandwidth management capability (router), must make relevant parameter setting to router earlier before using, for example: set setting specific name (class name) in (class configuration) in classification, bandwidth budget (bandwidth budget), priority (priority), in filtering setting (filter configuration), set purpose IP address (destination IP address), purpose sub-network shade (destinationsubnet mask), destination interface (destination port), source IP addresses (source IP address), source sub-network shade (source subnet mask), come source port (source port) and protocol-identifier sign indicating number (protocol ID) etc., and these settings all are to utilize the network user interface (web user interface) or the mode of terminating machine simulation program (telnet) to carry out.These setup parameters and mode are easy for the webmaster personnel in the enterprise, but to general domestic consumer and SOHO family reconditeness and loaded down with trivial details time-consuming not only.
The router that generally has bandwidth management capability is the setting means that adopts single-layer type when carrying out bandwidth settings, promptly once finishes the setting of certain user, certain application program and certain amount of bandwidth.If another user, Another application program and another amount of bandwidth are set, just must repeat this setting step.If set bandwidth and its performed a plurality of application assigned bandwidth at user's priority, so so setting means will seem relatively do not have efficient.
In addition, originally do not possess the family or the SOHO family of Bandwidth Management, if make Bandwidth Management because of needs, at present at the Bandwidth Management device that yet is difficult for finding an easy operating and setting and par on the market.
Summary of the invention
Main purpose of the present invention is to provide a kind of Network Transmission bandwidth management method, and the technology that it utilizes two-layer equation management and graphical interfaces makes general domestic consumer and SOHO family can both carry out bandwidth settings easily.Aforesaid bandwidth management method can utilize a Network Transmission bandwidth management system to implement, and can be for the family or the SOHO family network using that originally do not possess bandwidth management capability, so that bandwidth management capability to be provided.
For achieving the above object, the present invention discloses a kind of Network Transmission bandwidth management method, and it mainly comprises sets user's level bandwidth and set application program level bandwidth two big steps.The setting of this user's level bandwidth comprises step (a) to (d), and step (a) provides a main IP address; Step (b) provide at least one or a plurality of from IP address; Step (c) is set wide this main IP address of giving of master tape; And step (d) is distributed to, and this is wide from the IP address subband.The setting of this application program level bandwidth comprises step (e) to (h), and wherein step (e) provides a database; Step (f) provides a plurality of application programs from this database; Step (g) is carried out at least one application program in these a plurality of application programs; And step (d) is set program bandwidth of each application program.
Above-mentioned master tape is wide, subband is wide and the setting of program bandwidth can be carried out through the graphical interfaces of hommization, by adjusting the image on this graphical interfaces and adjusting slide block, can realize the setting of bandwidth.Thus, it is very convenient that bandwidth settings will become, and can be extensive use of by general personage.
Network Transmission bandwidth management system of the present invention comprises a master network unit, at least one is from network element and a network transmission device, this master network unit and at least one, and are used from the user with at least one for a main user respectively from IP address from the corresponding respectively main IP address of network element and at least one.This network transmission device is carried out a Bandwidth Management program, and it can carry out the setting of above-mentioned user's level bandwidth and application program level bandwidth.And at least one is connected the World Wide Web (WWW) from network element via this network transmission device with these in this master network unit.
For example, if this master and slave network element is a computer, and this network transmission device is a wireless or wired router, and this router is that built-in this Bandwidth Management program is to carry out the setting of above-mentioned user's level bandwidth and application program level bandwidth.Therefore, with regard to new buyer, the router that can directly choose built-in this Bandwidth Management program gets final product.
In addition, if but the user promptly has a router originally do not have bandwidth management capability, it can only buy the Bandwidth Management device that can carry out this Bandwidth Management program, and is connected in series with router originally, to increase bandwidth management capability, pay and can reduce cost.
Description of drawings
Fig. 1 is the Network Transmission bandwidth management system schematic diagram of the first embodiment of the present invention;
Fig. 2 is the Network Transmission Bandwidth Management flow chart of one embodiment of the present of invention;
Fig. 3 is the Network Transmission Bandwidth Management flow chart of an alternative embodiment of the invention;
The setting picture of Figure 4 and 5 illustration Network Transmission bandwidth management method of the present invention;
The Network Transmission bandwidth management system schematic diagram of Fig. 6 and 7 illustrations of the present invention second and the 3rd embodiment.
Embodiment
Fig. 1 is the schematic diagram of the Network Transmission bandwidth management system 3 of one embodiment of the present of invention, one of them master network unit 31 and a plurality of (or at least one) are to utilize the mode of wireless or wire transmission to see through a network transmission device 30 to be connected with World Wide Web (WWW) 12 from network element 32, and this master network unit 31, this is from network element 32 and internal network 10 of this network transmission device 30 formation.This network transmission device 30 can be a router, a gateway (gateway) or an access point (Access Point; And master network unit 31 and can be computer, personal digital assistant (Personal DigitalAssistant AP), from network element 32; PDA), mobile phone or other need are by the device of IP online.Specific, this master network unit 31 with can be respectively co-director from network element 32 and use the computer that is connected network with the employee, or be respectively that parents use the computer that is connected network with children in the family.Generally speaking, parents handle more important affairs in co-director and the family, thereby should give bigger authority with the distribution bandwidth, and master and slave branch is arranged.
Fig. 2 is disclosed Network Transmission Bandwidth Management flow chart, and it mainly comprises the two large divisions, is respectively step S 1 that sets user's level bandwidth and the step S2 that sets an application program level bandwidth.User utilize earlier password with any network element that this internal network 10 that one family or SOHO family use is connected on login, obtaining main user's identity, and its operated network element is promptly as this master network unit 31.This main user can itself carry out the setting of its amount of bandwidth with a plurality of from network element 32 by 10 pairs of these master network unit of this internal network 31 in this master network unit 31.
The step S 1 that sets user's level bandwidth comprises following steps: provide a main IP address (step S11) by this network transmission device 30 at the beginning and provide a plurality of (or at least one) from IP address (step S12), this main IP address and from IP address corresponding to this master network unit 31 with from network element 32.Then set a master tape wide region and give this main IP address (step S13), in order to the bandwidth range of this master network unit 31 to be provided.Distribute to each afterwards from a subband wide region of IP address (step S14), in order to distribute from the operated bandwidth range of user from network element 32.
The bandwidth (step S2) of setting an application program level is the bandwidth range that has at every IP address, and carry out following steps: at first, provide a database (step S21), this database is to be based upon in this network transmission device 30.This database storage has this master network unit 31 and each should be from a plurality of application programs commonly used on the network element 32, and this database will upgrade at any time.Application program mentioned above is meant the program that need take the network bandwidth when carrying out.Afterwards, provide a plurality of application programs (step S22) from this database, a so that each user to be provided than application program list commonly used, and carry out wherein at least one application program (step S23).Then, set these program bandwidth of at least one application program (step S24), its by this main user by internal network 10 in this master network unit 31 and each performed a plurality of program bandwidth of a plurality of application settings on the network element 32.The program bandwidth summation of a plurality of application programs of carrying out in this master network unit 31 must not surpass the minimum value of this master tape wide region.The minimum value that in like manner, must not surpass this subband wide region in the program bandwidth summation of a plurality of application programs that respectively should from network element 32, carry out.
For convenient main user sets bandwidth, the big I of this program bandwidth is divided Three Estate, for example excellent, better and common three grades.Subsequently, judge whether still to have user's program bandwidth not set (step S25).If the result is for being, repeated execution of steps S21 so; Otherwise setting step finishes.In addition, main user also can be from master network unit 31 ends by internal network 10 or connects that these are a plurality of from the lines of network element 32 with the World Wide Web (WWW).
Above-mentioned bandwidth management method can utilize graphical interfaces to carry out bandwidth settings, its implementing procedure as shown in Figure 3, wherein step S31 belongs to the step S3 that sets user's level bandwidth to S36, and step S43 belongs to the step S4 that sets an application program level bandwidth to S46.
The step S3 that sets user's level bandwidth comprises following steps: carry out a Bandwidth Management common program (step S31) in this master network unit 31, this master network unit 31 has authority can itself set its bandwidth ranges with a plurality of from network element 32 by 10 pairs of master network unit of this internal network 31.This IP address, master network unit (step S32) and a plurality of from network element IP address (step S33) is provided.Then adjust one first image and give this IP address, master network unit (step S34) to set a master tape wide region.Afterwards, adjust a plurality of second images and give each a plurality of, and this master tape wide region and subband wide region are presented in one first picture (step S36) from the subband wide region in network element IP address (step S35) to set.
Each network element is adjusted the image configurations of bandwidth in one first picture 40 of Fig. 4 illustration.In first picture 40, show master network cell picture 31 ' and a plurality of from network element image 32 ', with represent these network element just with the World Wide Web (WWW) line.This master network cell picture 31 ' below then show rectangular first image 311, its two-end-point respectively has a leg-of-mutton adjustment slide block 311A and 311B.Utilize mouse pointer to click and pull and adjust slide block 311A, can change the numerical value (expression wide maximum of master tape or master tape tolerance system) among " maximum " square frame 311C; Adjust slide block 311B and click and pull, can change the numerical value (expression wide minimum value of master tape or the main bandwidth that guarantees) among " minimum " square frame 311D.Wherein amount of bandwidth is the form demonstration with percentage.The maximum of the master tape wide region that step S34 sets, minimum value promptly are presented at this " minimum " square frame 311D respectively and are somebody's turn to do " maximum " square frame 311C.
In like manner, a plurality of from network element image 32 ' also have identical functions, wherein second image 321 and adjustment slide block 321A, 321B are in order to adjust its corresponding bandwidth range from network element 32, and maximum of its bandwidth (being subband tolerance system) and minimum value (being collateral card bandwidth) the then form with percentage are presented at " maximum " square frame 321C and " minimum " square frame 321D respectively.In like manner for making things convenient for the setting of bandwidth, a plurality of subband wide region of these of step S35 gained maximum also can percentages show in " maximum " square frame 321C of this first picture 40.Also have the 3rd image 322,, click 322 of the 3rd images and end its network connectivity, click once more and then recover its network connectivity in order to control its corresponding connection state from network element 32.
The step S4 that sets an application program level bandwidth comprises the following step: at first provide a database (step S43) at each network element, be that each network element all has corresponding database, this database is arranged in this network transmission device 30, and a plurality of application program lists of carrying out on this corresponding network element recently of this database storage inside.Along with different application programs is carried out on this master and slave network element, the content of this corresponding database can be upgraded at any time.Then, on one second picture, show a plurality of application program images (step S44) from this database, and click that wherein at least one the 4th image is to carry out at least one application program (step S45), the 4th image is the network connectivity button of this corresponding application program in the present embodiment.Click the 4th image and can end the network connectivity of this corresponding application program, click again once and can recover its network connectivity.Afterwards, use one the 5th image to set these program bandwidth of at least one application program (step S46).
Fig. 4 mid point select any from network element image 32 ' after promptly enter as shown in Figure 5 one second picture 50, its show this from network element 32 adjust the program bandwidth image configurations (in like manner, also can click master network cell picture 31 ' after promptly enter the picture of similar Fig. 5).Show a plurality of application program images that provided by database 51 in this second picture, 50 Lower Halves, its expression is at present in these performed a plurality of application programs on the network element 32.Each application program image is right-hand all to be shown and indicates three position 324A, 324B and 324C on one the 5th image, 324, the five images 324, and the default three kinds of bandwidth class of its representation program bandwidth are for example excellent, better and common.When utilizing mouse pointer to move sliding shoe 324D, promptly finish the setting of program bandwidth to any position.This second picture 50 provides a plurality of the 4th images 323 in addition, and its effect is similar with the 3rd image 322, promptly is used for controlling the network connectivity state of corresponding application program.
Utilize the graphical interfaces of two-layer equation (or can be described as gradient type) structure that first picture 40 and second picture 50 provided, can finish reconditeness and loaded down with trivial details time-consuming bandwidth settings originally easily.
Carry out allocated bandwidth for need re-execute bandwidth management method after avoiding reaching the standard grade at every turn, at completing steps S31 after S36, master tape wide region and subband wide region can be stored in the network transmission device 30 with its corresponding IP address, and become a default value (default), set for direct this default value of downloading of reaching the standard grade next time with convenient.The process that this default value of above-mentioned download is set is called a default bandwidth assignment procedure.Another embodiment of this default bandwidth assignment procedure is described as follows: carry out in regular turn after step S31, S32 and the S33, with (the Internet Service Provider of web services provider; ISP) the bandwidth mean allocation that is provided is to all the IP addresses in internal network 10.The user directly utilizes default value for convenience, also comprises one and trigger element in this network transmission device 30, and this triggering element is used for carrying out this default bandwidth assignment procedure.This triggering element can be button (button) or switch (switch).Can directly utilize default value to finish the bandwidth range setting of each network element as long as start this triggering element.
Above-mentioned Bandwidth Management can utilize the software program or the firmware program that are built in this network transmission device 30 (a for example router) to be controlled.In addition, the bandwidth management capability that does not have the invention described above if the user has possessed a network transmission device, this user can install a Bandwidth Management device in addition and be handled, and its detailed technology thes contents are as follows described.
Fig. 6 and Fig. 7 are two embodiment of bandwidth management system of the present invention.With Fig. 1 relatively, it be that this network transmission device 30 is replaced with a network transmission device 61 and a Bandwidth Management device 63, and this network transmission device 61 and Bandwidth Management device 63 are to be connected in series.This network transmission device 61 (for example traditional router or gateway) does not have the function of carrying out bandwidth management method of the present invention, therefore have the software that to carry out bandwidth management method of the present invention or this Bandwidth Management device 63 of firmware program by increase, can carry out Bandwidth Management of the present invention.
The network transmission device 61 of Fig. 6 and Fig. 7 is different slightly with the serial connection sequence of Bandwidth Management device 63, the one, this network transmission device 61 is connected in World Wide Web (WWW) (Internet) end, first this Bandwidth Management device 63 is connected in the World Wide Web (WWW) end, and can both carries out above-mentioned Bandwidth Management work equally.
Also comprise one in addition and trigger element in this Bandwidth Management device 63, this triggering element is used for carrying out this default bandwidth assignment procedure.This triggering element can be button (button) or switch (switch).
Technology contents of the present invention and technical characterstic disclose as above, yet one of ordinary skill in the art still may make all substituting and revising of spirit of the present invention that do not deviate from based on teaching of the present invention and disclosure.Therefore, protection scope of the present invention should be not limited to the content that embodiment discloses, and should comprise various of the present invention the substituting and correction of not deviating from, and is contained by the aforesaid right claim.
Claims (37)
1. Network Transmission bandwidth management method is characterized in that comprising following steps:
Set user's level bandwidth; With
Set an application program level bandwidth;
The step of wherein setting described user's level bandwidth comprises:
A main IP address is provided;
Provide at least one from IP address;
Set a master tape wide region and give described main IP address; With
Set at least one subband wide region give described at least one from IP address.
2. Network Transmission bandwidth management method as claimed in claim 1 is characterized in that also comprising one and utilizes the password login to obtain the step of main user identity.
3. Network Transmission bandwidth management method as claimed in claim 1 is characterized in that the wide image setting by graphical interfaces of described master tape.
4. Network Transmission bandwidth management method as claimed in claim 1 is characterized in that the wide image setting by graphical interfaces of described subband.
5. Network Transmission bandwidth management method as claimed in claim 1 is characterized in that described master tape is wide and subband is wide represents with percentage.
6. Network Transmission bandwidth management method as claimed in claim 1 is characterized in that the setting of described user's level bandwidth also comprises described at least one step from the IP address connection state of control.
7. Network Transmission bandwidth management method as claimed in claim 6 is characterized in that the image control of described connection state by graphical interfaces.
8. Network Transmission bandwidth management method as claimed in claim 1, it is characterized in that cooperating a Bandwidth Management device, master network unit and at least one to implement from network element, from IP address, described Bandwidth Management device is used for carrying out the setting of described user's level bandwidth and application program level bandwidth from the respectively corresponding described main IP address of network element and at least one for wherein said master network unit and at least one.
9. Network Transmission bandwidth management method as claimed in claim 8, it is characterized in that described master network unit with described at least one be connected with the World Wide Web (WWW) by described Bandwidth Management device from network element.
10. Network Transmission bandwidth management method as claimed in claim 8 is characterized in that described Bandwidth Management device is a router, a gateway or an access point.
11. Network Transmission bandwidth management method as claimed in claim 8, it is characterized in that described master network unit and described at least one be selected from from network element: computer, personal digital assistant, mobile phone maybe need the device by IP online.
12. Network Transmission bandwidth management method as claimed in claim 1 is characterized in that the setting of described application program level bandwidth comprises following steps:
Carry out at least one application program; With
Set program bandwidth of described at least one application program.
13. Network Transmission bandwidth management method as claimed in claim 12 is characterized in that described at least one application program is provided by a database.
14. Network Transmission bandwidth management method as claimed in claim 12 is characterized in that the execution of described application program utilizes the image of graphical interfaces to carry out.
15. Network Transmission bandwidth management method as claimed in claim 12 is characterized in that the setting of described program bandwidth utilizes the image of graphical interfaces to carry out.
16. Network Transmission bandwidth management method as claimed in claim 12 is characterized in that described program bandwidth is with grade distinguishing.
17. Network Transmission bandwidth management method as claimed in claim 13 is characterized in that described Database Application program can upgrade at any time.
18. Network Transmission bandwidth management method as claimed in claim 1 is characterized in that the setting of described application program level bandwidth comprises following steps:
Carry out at least one application program; With
Set program bandwidth of described at least one application program, wherein said program bandwidth is wide smaller or equal to described subband.
19. Network Transmission bandwidth management method as claimed in claim 8 is characterized in that described Bandwidth Management device also comprises one and triggers element, it is used for carrying out a default bandwidth assignment procedure.
20. Network Transmission bandwidth management method as claimed in claim 19 is characterized in that described triggering element is a button or a switch.
21. Network Transmission bandwidth management method as claimed in claim 19 is characterized in that described default bandwidth assignment procedure comprises following steps:
Described main IP address is provided;
Provide described at least one from IP address; With
Distribute bandwidth give described main IP address and described at least one from IP address.
22. Network Transmission bandwidth management method as claimed in claim 21 is characterized in that described main IP address and described at least one bandwidth from IP address are to adopt the mode of mean allocation.
23. a Network Transmission bandwidth management system is characterized in that comprising:
A master network unit uses for a main user;
At least one uses from the user at least one from network element; With
A network transmission device is carried out a Bandwidth Management program, in order to set user's level bandwidth and an application program level bandwidth;
Wherein said master network unit with described at least one be connected the World Wide Web (WWW) from network element via described network transmission device.
24. Network Transmission bandwidth management system as claimed in claim 23 is characterized in that the setting of described user's level bandwidth comprises following steps:
A main IP address is provided;
Provide at least one from IP address;
Set a master tape wide region and give described main IP address; With
Set at least one subband wide region give described at least one from IP address.
25. Network Transmission bandwidth management system as claimed in claim 23 is characterized in that the setting of described application program level bandwidth comprises following steps:
Carry out at least one application program; With
Set program bandwidth of described at least one application program.
26. Network Transmission bandwidth management system as claimed in claim 23 is characterized in that described network transmission device is a router, a gateway or an access point.
27. Network Transmission bandwidth management system as claimed in claim 23 is characterized in that described network transmission device also comprises one and triggers element, it is in order to carry out a default bandwidth assignment procedure.
28. Network Transmission bandwidth management system as claimed in claim 27 is characterized in that described triggering element is a button or a switch.
29. Network Transmission bandwidth management system as claimed in claim 27 is characterized in that described default bandwidth assignment procedure comprises following steps:
A main IP address is provided;
Provide at least one from IP address; With
Distribute bandwidth give described main IP address and described at least one from IP address.
30. Network Transmission bandwidth management system as claimed in claim 29 is characterized in that described main IP address and described at least one bandwidth from IP address are to adopt the mode of mean allocation.
31. a Network Transmission bandwidth management system is characterized in that comprising:
A master network unit uses for a main user;
At least one uses from the user at least one from network element;
A network transmission device, be used for described master network unit and described at least one from the transfer of data of network element to the World Wide Web (WWW); With
A Bandwidth Management device is connected in series described network transmission device, and carries out a Bandwidth Management program, is used for setting user's level bandwidth and an application program level bandwidth.
32. Network Transmission bandwidth management system as claimed in claim 31 is characterized in that the bandwidth settings of described user's level comprises following steps:
A main IP address is provided;
Provide at least one from IP address;
Set a master tape wide region and give described main IP address; With
Distribute to described at least one from subband wide region of IP address.
33. Network Transmission bandwidth management system as claimed in claim 31 is characterized in that the setting of described application program level bandwidth comprises following steps:
Carry out at least one application program; With
Set program bandwidth of described at least one application program.
34. Network Transmission bandwidth management system as claimed in claim 31 is characterized in that described Bandwidth Management device also comprises one and triggers element, it is used for carrying out a default bandwidth assignment procedure.
35. Network Transmission bandwidth management system as claimed in claim 34 is characterized in that described triggering element is a button or a switch.
36. Network Transmission bandwidth management system as claimed in claim 34 is characterized in that described default bandwidth assignment procedure comprises following steps:
A main IP address is provided;
Provide at least one from IP address; With
Distribute bandwidth give described main IP address and described at least one from IP address.
37. Network Transmission bandwidth management system as claimed in claim 36 is characterized in that described main IP address and described at least one bandwidth from IP address are to adopt the mode of mean allocation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CNB2005100024666A CN100420199C (en) | 2005-01-21 | 2005-01-21 | Bandwidth management method and system for network transmission |
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| Application Number | Priority Date | Filing Date | Title |
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| CNB2005100024666A CN100420199C (en) | 2005-01-21 | 2005-01-21 | Bandwidth management method and system for network transmission |
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| CN1808989A CN1808989A (en) | 2006-07-26 |
| CN100420199C true CN100420199C (en) | 2008-09-17 |
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| CNB2005100024666A Expired - Fee Related CN100420199C (en) | 2005-01-21 | 2005-01-21 | Bandwidth management method and system for network transmission |
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| CN101594270A (en) * | 2008-05-29 | 2009-12-02 | 英华达(上海)电子有限公司 | A kind of WAP (wireless access point) and bandwidth allocation methods thereof |
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| EP1376942A1 (en) * | 2001-03-14 | 2004-01-02 | NEC Corporation | Router apparatus and band control method thereof |
| CN1527538A (en) * | 2003-03-05 | 2004-09-08 | 北京全向科技有限公司 | Dynamic user's priority management method |
| CN1529449A (en) * | 2003-10-13 | 2004-09-15 | 中兴通讯股份有限公司 | Method for realizing pocket data business service quality of CDMA zooo system |
| US20040257994A1 (en) * | 2003-06-17 | 2004-12-23 | Cymphonix Corporation | System and method for network communications management |
-
2005
- 2005-01-21 CN CNB2005100024666A patent/CN100420199C/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1376942A1 (en) * | 2001-03-14 | 2004-01-02 | NEC Corporation | Router apparatus and band control method thereof |
| CN1527538A (en) * | 2003-03-05 | 2004-09-08 | 北京全向科技有限公司 | Dynamic user's priority management method |
| US20040257994A1 (en) * | 2003-06-17 | 2004-12-23 | Cymphonix Corporation | System and method for network communications management |
| CN1529449A (en) * | 2003-10-13 | 2004-09-15 | 中兴通讯股份有限公司 | Method for realizing pocket data business service quality of CDMA zooo system |
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