CN100446485C - System and method for wide-band business dialing detection - Google Patents
System and method for wide-band business dialing detection Download PDFInfo
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- CN100446485C CN100446485C CNB2006101232730A CN200610123273A CN100446485C CN 100446485 C CN100446485 C CN 100446485C CN B2006101232730 A CNB2006101232730 A CN B2006101232730A CN 200610123273 A CN200610123273 A CN 200610123273A CN 100446485 C CN100446485 C CN 100446485C
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Abstract
The system includes remote management device (RMD) in use for sending control information to user access device. The said control information is in use for controlling the user access device to carry out configuring dialing test channel for the user access point. The user access device includes the interface unit, and configuration unit. The interface unit provides the access point for user to be tested for dialing. The configuration unit is in use for user access point to configure dialing test channel based on control information located between RMD and broadband service providing device (BSPD). BSPD includes interactive unit of RMD and control unit. The interactive unit is in use for interactive dialing test information through dialing test channel. The control unit controls interaction of dialing teat information. The invention also discloses method for dialing test for broadband service. Features are: centralized processing dialing test for user access device effectively.
Description
Technical field
The present invention relates to the broadband connections field, relate in particular to a kind of system and method for wide-band business dialing detection.
Background technology
At present, carrying out network beginning construction, during communications network deployment engineerings such as the network rebuilding, need be to such as frame, machine frame, veneer, the hardware device that users such as connecting line insert carries out installation and lineup, and with this machine and upper layer network equipment realization uniting and adjustment, after finishing above-mentioned steps, still need insert side the user of customer access equipment and pass through modulator-demodulator, grabbing analog machine such as line device experiences user's broadband services and simulates, thereby prove that the broadband services passage in this customer access equipment gets through, Here it is said wide-band business dialing detection, after the wide-band business dialing detection success, the user can experience the broadband services that telecom operators provide on this basis.Wide-band business dialing detection is a kind of important means that communication network was detected and assessed in telecom operators.
Fig. 1 is the networking diagram that carries out wide-band business dialing detection in the prior art, wherein modulator-demodulator and computer as the dialing detection equipment of customer access equipment user side, are described the process of carrying out wide-band business dialing detection in the prior art below in conjunction with this figure together:
At first, with described dialing detection equipment, broadband access system (Broadband Access System, BAS) be connected by customer access equipment, and configuration interface channel, wherein, dialing detection equipment is positioned at the user side of customer access equipment, and BAS is positioned at the business control side of customer access equipment, and customer access equipment provides the user port for the treatment of dialing detection;
Secondly, dialing detection equipment and BAS are by the mutual dialing detection information of described interface channel, dialing detection equipment sends to BAS and inserts the checking solicited message, the indication information that the described user port broadband services passage of BAS feedback indication has been got through has promptly been finished the dialing detection of network system in dialing detection equipment.
But, current wide-band business dialing detection engineering, all be that corresponding commissioning staff carries out the equipment connection to the customer access equipment scene, equipment is transferred to survey to wait and realized, and the distribution of customer access equipment infield is very wide, this makes telecom operators need a large amount of commissioning staffs to carry out dialing detection to the equipment erecting bed, and the work of dialing detection is repetition.
To sum up, there is following shortcoming in prior art:
Because when customer access equipment is carried out dialing detection, need a large amount of commissioning staffs and carry out dialing detection to device context, therefore great amount of manpower and material resources and financial resources have been expended, improved the cost of wide-band business dialing detection, and owing to the dialing detection process at customer access equipment of the same race all is repetition, therefore a large amount of customer access equipments of the same race are carried out dialing detection, need expend a large amount of engineering times, greatly reduce operating efficiency, can not satisfy user's broadband services demand timely and effectively, reduce user's satisfaction.
Summary of the invention
Technical problem to be solved by this invention is, a kind of system and method for wide-band business dialing detection is provided, centralized control has realized the dialing detection of broadband services on remote management apparatus, has saved the manpower of wide-band business dialing detection greatly, has improved operating efficiency.
For addressing the above problem, the invention provides a kind of system of wide-band business dialing detection, comprise the broadband services supply equipment, be used to provide the customer access equipment of the user access point for the treatment of dialing detection, also comprise: remote management apparatus, be used to control this customer access equipment carries out the dialing detection channel arrangement to described user access point control information to described customer access equipment transmission
Described customer access equipment comprises:
Interface unit provides the user access point for the treatment of dialing detection;
Dispensing unit according to described control information, disposes described dialing detection passage to described user access point between described remote management apparatus and broadband services supply equipment,
Described broadband services supply equipment comprises:
Interactive unit is with described remote management apparatus mutual dialing detection information on described dialing detection passage;
Control unit is controlled the mutual of described dialing detection information.
Wherein, described dispensing unit comprises:
Enable the unit, enable the loop fuction of described interface unit;
Loopback channel arrangement unit, with the loopback node of described interface unit as passage, configuration has the VLAN passage of VLAN ID between described remote management apparatus and broadband services supply equipment.
Concrete, described loopback channel arrangement unit comprises:
The first passage dispensing unit, with the loopback node of described interface unit as passage, configuration has the first passage of first VLAN ID that is used for the passage coupling between described customer access equipment and remote management apparatus;
The second channel dispensing unit, with the loopback node of described interface unit as passage, configuration has the second channel of second VLAN ID that is used for the passage coupling between described customer access equipment and broadband services supply equipment.
In addition, described customer access equipment also comprises:
Receiving element receives described remote management apparatus and the mutual dialing detection information of described broadband services supply equipment;
Switch unit carries out described the first/the second VLAN ID to described dialing detection information and switches on described interface unit;
Output unit is exported the dialing detection information that switching is finished.
When specific implementation, described customer access equipment is digital couple in multiplexer, integrated access equipment, IAD or optical access device, described remote management apparatus is the network management device with dialing detection function, and described broadband services supply equipment is broadband access system or BAS Broadband Access Server.
Concrete, described user access point is a user port.
Accordingly, the present invention also provides a kind of method of wide-band business dialing detection, comprising:
A, remote management apparatus send to the customer access equipment that the user access point for the treatment of dialing detection is provided and are used to control this customer access equipment carries out the dialing detection channel arrangement to described user access point control information;
B, described customer access equipment dispose described dialing detection passage to described user access point according to described control information between described remote management apparatus and broadband services supply equipment;
C, described broadband services supply equipment and remote management apparatus be mutual dialing detection information on described dialing detection passage.
Wherein, step b comprises:
B1, customer access equipment are enabled the loop fuction of described user access point according to described control information;
B2, described customer access equipment are with the loopback node of described user access point as passage, and configuration has the VLAN passage of VLAN ID between described remote management apparatus and access control equipment.
Concrete, step b2 comprises:
B21, described remote management apparatus are with the loopback node of described user access point as passage, and configuration has the first passage of first VLAN ID that is used for the passage coupling between described customer access equipment and remote management apparatus;
B22, described remote management apparatus are with the loopback node of described user access point as passage, and configuration has the second channel of second VLAN ID that is used for the passage coupling between described customer access equipment and broadband services supply equipment.
Wherein, step c comprises:
C1, customer access equipment receive described remote management apparatus and the mutual dialing detection information of described broadband services supply equipment;
C2, described customer access equipment carry out described the first/the second VLAN ID to described dialing detection information and switch on described user access point;
The dialing detection information output that c3, described customer access equipment are finished switching.
When specific implementation, described customer access equipment is digital couple in multiplexer, integrated access equipment, IAD or optical access device, described remote management apparatus is the network management device with dialing detection function, and described broadband services supply equipment is broadband access system or BAS Broadband Access Server.
Concrete, described user access point is a user port.
Implement the present invention, have following beneficial effect:
At first, the present invention is by providing a kind of remote management apparatus, be used to control this customer access equipment carries out the dialing detection channel arrangement to described user access point control information in order to send to the customer access equipment that the user access point for the treatment of dialing detection is provided, this customer access equipment is according to described control information, between described remote management apparatus and broadband services supply equipment, described user access point is disposed described dialing detection passage, described remote management apparatus and broadband services supply equipment be mutual dialing detection information on described passage, thereby can on remote management apparatus, control the dialing detection of realizing broadband services, can the dialing detection of the huge customer access equipment of quantities be focused on, thereby do not need a large amount of commissioning staffs to carry out dialing detection in device context, saved great amount of manpower, material resources and financial resources have reduced the cost of wide-band business dialing detection; Because the dialing detection to the huge customer access equipment of the same race of quantities focuses on, and has saved customer access equipment of the same race is carried out the engineering time that dialing detection need expend, and has improved operating efficiency greatly;
Secondly,, satisfied user's broadband services demand timely and effectively, improved user's satisfaction owing to saved great amount of manpower that wide-band business dialing detection spent and time.
Description of drawings
Fig. 1 is the networking diagram that carries out wide-band business dialing detection in the prior art;
Fig. 2 is the primary structure figure of the system of wide-band business dialing detection of the present invention;
Fig. 3 is the first embodiment schematic diagram of the system of wide-band business dialing detection of the present invention;
Fig. 4 is the second embodiment schematic diagram of the system of wide-band business dialing detection of the present invention;
Fig. 5 is the 3rd an embodiment schematic diagram of the system of wide-band business dialing detection of the present invention;
Fig. 6 is the main flow chart of the method for wide-band business dialing detection of the present invention;
Fig. 7 is the first embodiment schematic diagram of the method for wide-band business dialing detection of the present invention;
Fig. 8 is the second embodiment schematic diagram of the method for wide-band business dialing detection of the present invention;
Fig. 9 is the 3rd an embodiment schematic diagram of the method for wide-band business dialing detection of the present invention.
Embodiment
Core of the present invention is the dialing detection that centralized control realizes broadband services on remote management apparatus, solved effectively owing to needing a large amount of commissioning staffs to carry out the problem that dialing detection expends a large amount of manpowers, financial resources, material resources and operating time, improved user satisfaction in device context.
Below in conjunction with accompanying drawing, the present invention will be described in detail.
Fig. 2 is the primary structure figure of wide-band business dialing detection of the present invention system, with reference to this figure, this system mainly comprises the broadband services supply equipment 21 that is used to provide broadband services, the customer access equipment 22 that the user access point for the treatment of dialing detection is provided, and send to described customer access equipment and to be used to control this customer access equipment carries out the control information of dialing detection channel arrangement to described user access point remote management apparatus 23, wherein, described customer access equipment 22 comprises:
Described broadband services supply equipment 21 comprises:
Wherein, on the physical connection of described remote management apparatus 23, the customer access equipment 22 that has the user access point for the treatment of dialing detection, broadband services supply equipment 21, can will treat that the user access point one end tandem of dialing detection is in this remote management apparatus 23, the other end is connected on the broadband services supply equipment 21, treats each user access point of dialing detection and carries out focusing on of dialing detection to realize remote management apparatus 23.
Fig. 3 is the first embodiment schematic diagram of wide-band business dialing detection of the present invention system, with reference to this figure, this system mainly comprises provides the broadband services of broadband services supply equipment 31, be used to provide the customer access equipment 32 of the user access point for the treatment of dialing detection, and comprise sending and be used to control this customer access equipment carries out the control information of dialing detection channel arrangement to described user access point remote management apparatus 33 to described customer access equipment, wherein, described customer access equipment 32 comprises:
Described broadband services supply equipment 31 comprises:
What deserves to be explained is that remote management apparatus 33 need guarantee to implement to the focusing on of user access point, remote management apparatus 33 can be connected in the upper strata router that the user inserts part, also can be used as independent management equipment.
Concrete, described dispensing unit 322 can comprise again:
Enable unit 3221, be used for according to described control information, enable the loop fuction of described interface unit 321, owing to have loop fuction on the interface unit 321 in the customer access equipment 32, therefore, for dispose the passage between described remote management apparatus 33 and the broadband services supply equipment 31 in the business of described customer access equipment 32 control side, to carry out the mutual of dialing detection information, then need to enable the loop fuction of described interface unit 321, thereby guarantee the homonymy of the passage of configuration, promptly professional control side at described customer access equipment 32;
Loopback channel arrangement unit 3222, be used for the loopback node of described interface unit 321 as passage, configuration has the VLAN passage of VLAN ID between this remote management apparatus 33 and described broadband services supply equipment 31, described interface unit 321 is not only as the via node of this VLAN passage, and guaranteed that above-mentioned remote management apparatus 33 and broadband services supply equipment 31 all are in the business control side of described customer access equipment 32, the network management device that makes the function of remote management apparatus 33 only need load on original professional control end just can be realized, has saved the input of a part of line facility and management and control equipment;
When specific implementation, described customer access equipment 32 is digital couple in multiplexer (Digital SubscriberLoop Access Multiplexer, DSLAM) or integrated access equipment (Integrated Access Device, IAD) or IAD (Access Gateway, AG) or optical access device, described remote management apparatus 33 is for to have the network management device of dialing detection function or independent dialing detection server, and described broadband services supply equipment 31 is BAS or BAS Broadband Access Server.
Fig. 4 is the second embodiment schematic diagram of the system of wide-band business dialing detection of the present invention, with reference to this figure, this system comprises provides the broadband services of broadband services supply equipment 41, be used to provide the customer access equipment 42 of the user access point for the treatment of dialing detection, and comprise sending and be used to control this customer access equipment carries out the control information of dialing detection channel arrangement to described user access point remote management apparatus 43 to described customer access equipment, wherein, described customer access equipment 42 comprises:
The broadband services supply equipment 41 of going back comprises:
Interactive unit 411 is with described remote management apparatus 43 mutual dialing detection information on described dialing detection passage;
Concrete, described dispensing unit 422 can comprise again:
Enable unit 4221, be used for according to described control information, enable the loop fuction of described interface unit 421, owing to have loop fuction on the interface unit 421 in the customer access equipment 42, therefore, for dispose the passage between described remote management apparatus 43 and the broadband services supply equipment 41 in the business of described customer access equipment 42 control side, to carry out the mutual of dialing detection information, then need to enable the loop fuction of described interface unit 421, thereby guarantee the homonymy of the passage of configuration, promptly professional control side at described customer access equipment 42;
Loopback channel arrangement unit 4222, be used for the loopback node of described interface unit 421 as passage, configuration has the VLAN passage of VLAN ID between this remote management apparatus 43 and described broadband services supply equipment 41, described interface unit 421 is not only as the via node of this VLAN passage, and guaranteed that above-mentioned remote management apparatus 43 and broadband services supply equipment 41 all are in the business control side of described customer access equipment 42, the network management device that makes the function of remote management apparatus 43 only need load on original professional control end just can be realized, saved the input of a part of line facility and management and control equipment, configuration with corresponding customer access equipment 42 internal paths of this loop fuction, be that the incoming end of remote management apparatus 43 on customer access equipment 42 linked to each other with described interface unit 421, interface unit 421 links to each other with the incoming end of described broadband services supply equipment 41 on customer access equipment 42, guarantees dialing detection information mutual on the inner passage.This loopback channel arrangement unit 4222 also can specifically comprise:
First passage dispensing unit 42221, be used for the loopback node of described user access point as passage, configuration has the first passage of first VLAN ID that is used for the passage coupling between described customer access equipment 42 and remote management apparatus 43, information transmitted must be mated with this first VLAN ID on this first passage, the mode of coupling can be that institute's information transmitted has this first VLAN ID, if this remote management apparatus 43 and this customer access equipment will link to each other through IP network, then this IP network is based on also that the forwarding of described VLAN realizes;
Second channel dispensing unit 42222, be used for the loopback node of described user access point as passage, configuration has the second channel of second VLAN ID that is used for the passage coupling between described customer access equipment 42 and broadband services supply equipment 41, same, information transmitted must be mated with this second VLAN ID on this second channel, the mode of coupling can be that institute's information transmitted has this second VLAN ID, if this broadband services supply equipment will link to each other through IP network with this customer access equipment, then this IP network information of also being based on described VLAN is transmitted and is realized, in order to be different from described first passage, the first/the second VLAN ID adopts different numerical value to distinguish, as the first VLAN ID VLAN1=10/, the second VLAN ID VLAN2=20, perhaps, the first VLAN ID VLAN1=15/, second VLAN ID VLAN2=30 etc.
When specific implementation, described customer access equipment 42 is DSLAM, IAD, AG or optical access device, described remote management apparatus 43 is for to have the network management device of dialing detection function or independent dialing detection server, and described broadband services supply equipment 41 is BAS or BAS Broadband Access Server.
Fig. 5 is the 3rd an embodiment schematic diagram of the system of wide-band business dialing detection of the present invention, with reference to this figure, this system mainly comprises provides the broadband services of broadband services supply equipment 51, be used to provide the customer access equipment 52 of the user access point for the treatment of dialing detection, and comprise sending and be used to control this customer access equipment carries out the control information of dialing detection channel arrangement to described user access point remote management apparatus 53 to described customer access equipment, wherein, described customer access equipment 52 comprises:
Described broadband services supply equipment 51 comprises:
Interactive unit 511 is with described remote management apparatus 53 mutual dialing detection information on described dialing detection passage;
Concrete, described dispensing unit 522 can comprise again:
Enable unit 5221, be used for according to described control information, enable the loop fuction of described interface unit 521, owing to have loop fuction on the interface unit 521 in the customer access equipment 52, therefore, for dispose the passage between described remote management apparatus 53 and the broadband services supply equipment 51 in the business of described customer access equipment 52 control side, to carry out the mutual of dialing detection information, then need to enable the loop fuction of described interface unit 521, thereby guarantee the homonymy of the passage of configuration, promptly professional control side at described customer access equipment 52;
Loopback channel arrangement unit 5222, be used for the loopback node of described interface unit 521 as passage, configuration has the VLAN passage of VLAN ID between this remote management apparatus 53 and described broadband services supply equipment 51, described interface unit 521 is not only as the via node of this VLAN passage, and guaranteed that above-mentioned remote management apparatus 53 and broadband services supply equipment 51 all are in the business control side of described customer access equipment 52, the network management device that makes the function of remote management apparatus 53 only need load on original professional control end just can be realized, saved the input of a part of line facility and management and control equipment, configuration with corresponding customer access equipment 52 internal paths of this loop fuction, be that the incoming end of remote management apparatus 53 on customer access equipment 52 linked to each other with described interface unit 521, interface unit 521 links to each other with the incoming end of described broadband services supply equipment 51 on customer access equipment 52, guarantee dialing detection information mutual on the inner passage, this loopback channel arrangement unit 5222 also can specifically comprise:
First passage dispensing unit 52221, be used for the loopback node of described user access point as passage, configuration has the first passage of first VLAN ID that is used for the passage coupling between described customer access equipment 52 and remote management apparatus 53, information transmitted must be mated with this first VLAN ID on this first passage, the mode of coupling can be that institute's information transmitted has this first VLAN ID, if this remote management apparatus 53 and this customer access equipment will link to each other through IP network, then this IP network is based on also that the forwarding of described VLAN realizes;
Second channel dispensing unit 52222, be used for the loopback node of described user access point as passage, configuration has the second channel of second VLAN ID that is used for the passage coupling between described customer access equipment 52 and broadband services supply equipment 51, same, information transmitted must be mated with this second VLAN ID on this second channel, the mode of coupling can be that institute's information transmitted has this second VLAN ID, if this broadband services supply equipment will link to each other through IP network with this customer access equipment, then this IP network information of also being based on described VLAN is transmitted and is realized, in order to be different from described first passage, the first/the second VLAN ID adopts different numerical value to distinguish, as the first VLAN ID VLAN1=10/, the second VLAN ID VLAN2=20, perhaps, the first VLAN ID VLAN1=15/, second VLAN ID VLAN2=30 etc.
At foregoing, described customer access equipment 52 also includes:
Receiving element 523, be used to receive the mutual dialing detection information of described remote management apparatus 53 and described broadband services supply equipment 51, with described interface unit 521 is the via node of described first passage and second channel, described first passage and second channel are got through, owing to use different VLAN IDs between this two passes, therefore need carry out the processing of other unit;
On the one hand, the described receiving element 523 of this DSLAM receives the first dialing detection information that has the first VLAN ID VLAN=20 from described remote management apparatus 53, at this moment, this DSLAM switches to described second VLAN ID with described first VLAN ID of this first dialing detection information, and generation has the second dialing detection information of this second VLAN ID, when specific implementation, can finish described switching by the numerical value of revising VLAN ID, at first, the first matching virtual LAN ID S-VLAN1=20/, the second matching virtual LAN ID C-VLAN1=10 of default internal circulation road A in this DSLAM, the 3rd matching virtual LAN ID S-VLAN2=10/ the 4th matching virtual LAN ID C-VLAN2=20 of internal circulation road B, wherein, S-VLAN and C-VLAN sign all is complementary with the numerical value of the VLAN ID VLAN of numerical value and outside described first passage or second channel, thereby finish the selection of the transmission route of dialing detection information, circulation road A, B all can be respectively as first passage, the logic part of second channel, and form from hardware, only comprise in this switch unit 524 downlink information is carried out the mutual chip of local network (the Local Access Net Switch that VLAN switches, LSW) module 5241, last/downlink information is carried out the values match of the numerical value of information VLAN and C-VLAN/S-VLAN and this numerical value switched to field programmable gate array (the FieldProgrammable Gate Array of the numerical value of S-VLAN/C-VLAN, FPGA) module 5242, then this aspect is described switches among this DSLAM, can finish by carrying out following processing:
The VLAN numerical value of the described first dialing detection information that 5241 pairs of described receiving elements 523 of the LSM module of k1, described DSLAM receive switches to 10, and sends to FPGA module 5242;
K2, described FPGA module 5242 receive when to have VLAN numerical value be 10 the first dialing detection information, according to it is downlink information, this is had VLAN numerical value is that 10 the first dialing detection information matches is to circulation road B (S-VLAN2=10), this FPGA module 5242 switches to the numerical value 20 (C-VLAN2=20) of C-VLAN2 with the VLAN numerical value of this first dialing detection information then, and this is had VLAN numerical value is that 20 the first dialing detection information is sent on the interface unit 521 in the CO module;
K3, the described 521 pairs of described VLAN of having numerical value of interface unit of enabling loop fuction are that 20 the first dialing detection information is carried out loop back processing being, transmit and deliver to described FPGA module 5242;
K4, described FPGA module 5242 receives when to have VLAN numerical value be 20 the first dialing detection information, according to it is uplink information, this is had VLAN numerical value is that 20 the first dialing detection information matches is to circulation road B (C-VLAN2=20), this FPGA module 5242 switches to the VLAN numerical value of this first dialing detection information the numerical value 10 (S-VLAN2=10) of S-VLAN2 then, and this is had VLAN numerical value is that 10 the first dialing detection information is sent to described LSW module 5241 to generate the described VLAN of having numerical value is 10 the second dialing detection information, and the second channel that this LSW module 5241 is connected the described output unit 525 of the described second dialing detection information via is forwarded to BAS (LSW module 5241 is not carried out the VLAN processing of uplink information);
On the other hand, BAS carries out feedback processing to the described second dialing detection information, with the second VLAN ID VLAN numerical value that has that generates is that 10 first feedback information is sent on the DSLAM, this DSLAM receives described first feedback information from described BAS termination, at this moment, this DSLAM switches to described first VLAN ID with described second VLAN ID of this first feedback information, and generation has second feedback information of this first VLAN ID, when specific implementation, can finish described switching by the numerical value of revising VLAN ID, form according to above-mentioned default content and the hardware among this DSLAM, this aspect is described to be switched among this DSLAM, can be finished by following processing:
The VLAN numerical value of 5241 pairs of described first feedback informations of LSM module of e1, described DSLAM switches to 20, and sends to FPGA module 5242;
E2, described FPGA module 5242 receive when to have VLAN numerical value be 20 first feedback information, according to it is downlink information, this is had VLAN numerical value is that 20 first feedback information matches circulation road A (S-VLAN1=20), this FPGA module 5242 switches to the numerical value 10 (C-VLAN1=10) of C-VLAN1 with the VLAN numerical value of this first feedback information then, and this is had VLAN numerical value is that 10 first feedback information is sent on the interface unit 521 in the CO module;
E3, the described 521 pairs of described VLAN of having numerical value of interface unit of enabling loop fuction are that 10 first feedback information carries out loop back processing being, transmit and deliver to described FPGA module 5242;
E4, described FPGA module 5242 receives when to have VLAN numerical value be 10 first feedback information, according to it is uplink information, this is had VLAN numerical value is that 10 first feedback information matches circulation road A (C-VLAN1=10), this FPGA module 5242 switches to the VLAN numerical value of this first feedback information the numerical value 20 (S-VLAN1=20) of S-VLAN1 then, and this is had VLAN numerical value is that 20 first feedback information is sent to described LSW module 5241 to generate the described VLAN of having numerical value be 20 second feedback information, and the first passage that this LSW module 5241 will described second feedback information be connected through described output unit 525 is forwarded to BAS (LSW module 5241 is not carried out the VLAN processing of uplink information);
Wherein, the customer access equipment 52 of described DSLAM representative also can be IAD or AG or optical access device, described remote management apparatus 53 is for to have the network management device of dialing detection function or independent dialing detection server, and described broadband services supply equipment 51 is BAS or BAS Broadband Access Server.
Accordingly, Fig. 6 is the main flow chart of the method for wide-band business dialing detection of the present invention, and this method mainly comprises:
Step s601, remote management apparatus send to the customer access equipment that the user access point for the treatment of dialing detection is provided and are used to control this customer access equipment carries out the dialing detection channel arrangement to described user access point control information;
Step s602, described customer access equipment dispose described dialing detection passage to described user access point according to described control information between described remote management apparatus and broadband services supply equipment;
Step s603, described broadband services supply equipment and remote management apparatus be mutual dialing detection information on described dialing detection passage.
Wherein, described remote management apparatus, have the user access point for the treatment of dialing detection customer access equipment, provide in the connection of broadband services supply equipment of broadband services, can will treat in each customer access equipment that the user access point one end tandem of dialing detection is in this remote management apparatus, the other end is connected on the broadband services supply equipment, treats each user access point of dialing detection and carries out focusing on of dialing detection to realize remote management apparatus.
Fig. 7 is first embodiment of the method for wide-band business dialing detection of the present invention, and with reference to this figure, this method mainly comprises the steps:
Step s701, remote management apparatus sends to the customer access equipment that the user access point for the treatment of dialing detection is provided and is used to control this customer access equipment carries out the dialing detection channel arrangement to described user access point control information, what deserves to be explained is, remote management apparatus need guarantee to implement focusing on user access point, remote management apparatus can be connected in the upper strata router that the user inserts part, also can be used as independent management equipment;
Step s702, customer access equipment is according to described control information, enable the loop fuction of described user access point, owing to have loop fuction on the user access point in the customer access equipment, therefore, for dispose the passage between described remote management apparatus and the broadband services supply equipment in the business of described customer access equipment control side, to carry out the mutual of dialing detection information, then need to enable the loop fuction of described user access point, thereby guarantee the homonymy of the passage of configuration, promptly professional control side at described customer access equipment;
Step s703, described customer access equipment is with the loopback node of described user access point as passage, configuration has the VLAN passage of VLAN ID between described remote management apparatus and broadband services supply equipment, described user access point is not only as the via node of this VLAN passage, and guaranteed that above-mentioned remote management apparatus and broadband services supply equipment all are in the business control side of described customer access equipment, the network management device that makes the function of remote management apparatus only need load on original professional control end just can be realized, has saved the input of a part of line facility and management and control equipment;
Step s704, described broadband services supply equipment and remote management apparatus be mutual dialing detection information on described dialing detection passage, can utilize the combination of the various dialing detection information interaction technology that exist in the prior art to finish this dialing detection.
When specific implementation, described customer access equipment is DSLAM or IAD or AG or optical access device, described remote management apparatus is to have the network management device of dialing detection function or independent dialing detection server, and described broadband services supply equipment is BAS or BAS Broadband Access Server.
Fig. 8 is second embodiment of wide-band business dialing detection method of the present invention, with reference to this figure, this method is described further the division of VLAN passage on the basis of first embodiment of above-mentioned wide-band business dialing detection method, and entire method mainly comprises the steps:
Step s801, remote management apparatus sends to the customer access equipment that the user access point for the treatment of dialing detection is provided and is used to control this customer access equipment carries out the dialing detection channel arrangement to described user access point control information, because the remote management capability of remote management apparatus, remote management apparatus can be selected to treat the user access point of dialing detection from tandem user access point set thereon, and carry out ensuing dialing detection and handle;
Step s802, customer access equipment is according to described control information, enable the loop fuction of described user access point, this step has guaranteed collocation channel between the described remote management apparatus of the professional control of described customer access equipment side and broadband services supply equipment, and carries out ensuing dialing detection and handle;
Step s803, remote management apparatus is with the loopback node of described user access point as passage, configuration has the first passage of first VLAN ID that is used for the passage coupling between described customer access equipment and remote management apparatus, information transmitted must be mated with this first VLAN ID on this first passage, the mode of coupling can be that institute's information transmitted has this first VLAN ID, if this remote management apparatus and this customer access equipment will link to each other through IP network, then this IP network is based on also that the forwarding of described VLAN realizes;
Step s804, described remote management apparatus is with the loopback node of described user access point as passage, configuration has the second channel of second VLAN ID that is used for the passage coupling between described customer access equipment and broadband services supply equipment, same, information transmitted must be mated with this second VLAN ID on this second channel, the mode of coupling can be that institute's information transmitted has this second VLAN ID, if this broadband services supply equipment will link to each other through IP network with this customer access equipment, then this IP network information of also being based on described VLAN is transmitted and is realized, in order to be different from the first passage described in the step s803, the first/the second VLAN ID adopts different numerical value to distinguish, as the first VLAN ID VLAN1=10/, the second VLAN ID VLAN2=20, perhaps, the first VLAN ID VLAN1=15/, second VLAN ID VLAN2=30 etc.;
Step s805, described broadband services supply equipment and remote management apparatus be mutual dialing detection information on described dialing detection passage, as described in step s804, mutual dialing detection information on passage, described first passage should transmit the first dialing detection information with described first VLAN ID coupling, then should transmit the second dialing detection information of mating with described second VLAN ID for described second channel, be designated VLAN1=10 as described in having as this first dialing detection information band, this second dialing detection information band has the described VLAN2=20 of being designated, perhaps this first dialing detection information band has the described VLAN1=15 of being designated, and this second dialing detection information has VLAN2=30.
When specific implementation, described customer access equipment is DSLAM, IAD, AG or optical access device, described remote management apparatus is to have the network management device of dialing detection function or independent dialing detection server, and described broadband services supply equipment is BAS or BAS Broadband Access Server.
Fig. 9 is the 3rd embodiment of wide-band business dialing detection method of the present invention, with reference to this figure, this method to describing in detail alternately of dialing detection information, mainly comprises the steps: on the basis of second embodiment of above-mentioned wide-band business dialing detection method
Step s901, remote management apparatus sends to the customer access equipment that the user access point for the treatment of dialing detection is provided and is used to control this customer access equipment carries out the dialing detection channel arrangement to described user access point control information, because the remote management capability of remote management apparatus, remote management apparatus can be selected to treat the user access point of dialing detection from physics tandem user access point set thereon, and carry out ensuing dialing detection and handle;
Step s902, customer access equipment is according to described control information, enable the loop fuction of described user access point, this step has guaranteed collocation channel between the described remote management apparatus of the professional control of described customer access equipment side and broadband services supply equipment, and carries out ensuing dialing detection and handle;
Step s903, remote management apparatus is with the loopback node of described user access point as passage, configuration has the first passage of first VLAN ID that is used for the passage coupling between described customer access equipment and remote management apparatus, information transmitted must be mated with this first VLAN ID on this first passage, the mode of coupling can be that institute's information transmitted has this first VLAN ID, if this remote management apparatus and this customer access equipment will link to each other through IP network, then this IP network is based on also that the forwarding of described VLAN realizes;
Step s904, described remote management apparatus is with the loopback node of described user access point as passage, configuration has the second channel of second VLAN ID that is used for the passage coupling between described customer access equipment and broadband services supply equipment, same, information transmitted must be mated with this second VLAN ID on this second channel, the mode of coupling can be that institute's information transmitted has this second VLAN ID, if this broadband services supply equipment will link to each other through IP network with this customer access equipment, then this IP network information of also being based on described VLAN is transmitted and is realized, in order to be different from the first passage described in the step s903, the first/the second VLAN ID adopts different numerical value to distinguish, as the first VLAN ID VLAN1=5/, the second VLAN ID VLAN2=15, perhaps, the first VLAN ID VLAN1=25/, second VLAN ID VLAN2=75 etc.;
Step s905, described customer access equipment receives described remote management apparatus and the mutual dialing detection information of described broadband services supply equipment, with this user access point is the via node of described first passage and second channel, owing to use different VLAN IDs between this two passes, therefore need carry out following processing;
Step s906, described customer access equipment carries out described the first/the second VLAN ID to described dialing detection information and switches on described user access point, when customer access equipment be DSLAM, when the broadband services supply equipment is BAS, this step can comprise two aspects, as following:
On the one hand, this DSLAM has the first dialing detection information of the first VLAN ID VLAN=20 from the take-up of described remote management apparatus termination, at this moment, this DSLAM switches to described second VLAN ID with described first VLAN ID of this first dialing detection information, and generation has the second dialing detection information of this second VLAN ID, when specific implementation, can finish described switching by the numerical value of revising VLAN ID, at first, the first matching virtual LAN ID S-VLAN1=20/, the second matching virtual LAN ID C-VLAN1=10 of default internal circulation road A in this DSLAM, the 3rd matching virtual LAN ID S-VLAN2=10/ the 4th matching virtual LAN ID C-VLAN2=20 of internal circulation road B, wherein, S-VLAN and C-VLAN sign all is complementary with the numerical value of the VLAN ID VLAN of numerical value and outside described first passage or second channel, thereby finish the selection of the transmission route of dialing detection information, circulation road A, B all can be respectively as first passage, the logic part of second channel, and form from hardware, only comprise in this DSLAM downlink information is carried out the LSW module that VLAN switches, last/downlink information is carried out the values match of the numerical value of information VLAN and C-VLAN/S-VLAN and this numerical value switched to the FPGA module of numerical value of S-VLAN/C-VLAN and the CO module of integrated user access point, then this aspect is described switches among this DSLAM, can finish by carrying out following processing:
(1), the LSM module of described DSLAM switches to 10 to the VLAN numerical value of the described first dialing detection information, and sends to the FPGA module;
(2), described FPGA module receives when to have VLAN numerical value be 10 the first dialing detection information, according to it is downlink information, this is had VLAN numerical value is that 10 the first dialing detection information matches is to circulation road B (S-VLAN2=10), this FPGA module switches to the numerical value 20 (C-VLAN2=20) of C-VLAN2 with the VLAN numerical value of this first dialing detection information then, and this is had VLAN numerical value is that 20 the first dialing detection information is sent on the user access point to be tested that is chosen to of CO module;
(3), the user access point on the described CO module is the user access point of enabling loop fuction, is that 20 the first dialing detection information is carried out loop back processing being to the described VLAN of having numerical value therefore, transmit and deliver to described FPGA module;
(4), described FPGA module receives when to have VLAN numerical value be 20 the first dialing detection information, according to it is uplink information, this is had VLAN numerical value is that 20 the first dialing detection information matches is to circulation road B (C-VLAN2=20), this FPGA module switches to the VLAN numerical value of this first dialing detection information the numerical value 10 (S-VLAN2=10) of S-VLAN2 then, and this is had VLAN numerical value is that 10 the first dialing detection information is sent to described LSW module to generate the described VLAN of having numerical value is 10 the second dialing detection information, and this LSW module is forwarded to BAS (the LSW module is not carried out the VLAN processing of uplink information) with the described second channel of the described second dialing detection information via;
On the other hand, BAS carries out feedback processing to the described second dialing detection information, with the second VLAN ID VLAN numerical value that has that generates is that 10 first feedback information is sent on the DSLAM, this DSLAM receives described first feedback information from described BAS termination, at this moment, this DSLAM switches to described first VLAN ID with described second VLAN ID of this first feedback information, and generation has second feedback information of this first VLAN ID, when specific implementation, can finish described switching by the numerical value of revising VLAN ID, form according to content default in above-mentioned 1 and the hardware among this DSLAM, this aspect is described to be switched among this DSLAM, can be finished by following processing:
The LSM module of a, described DSLAM switches to 20 to the VLAN numerical value of described first feedback information, and sends to the FPGA module;
B, described FPGA module receive when to have VLAN numerical value be 20 first feedback information, according to it is downlink information, this is had VLAN numerical value is that 20 first feedback information matches circulation road A (S-VLAN1=20), this FPGA module switches to the numerical value 10 (C-VLAN1=10) of C-VLAN1 with the VLAN numerical value of this first feedback information then, and this is had VLAN numerical value is that 10 first feedback information is sent on the user access point to be tested that is chosen to of CO module;
Therefore user access point on c, the described CO module is a user access point of enabling loop fuction, is that 10 first feedback information carries out loop back processing being to the described VLAN of having numerical value, transmits and delivers to described FPGA module;
D, described FPGA module receives when to have VLAN numerical value be 10 first feedback information, according to it is uplink information, this is had VLAN numerical value is that 10 first feedback information matches circulation road A (C-VLAN1=10), this FPGA module switches to the VLAN numerical value of this first feedback information the numerical value 20 (S-VLAN1=20) of S-VLAN1 then, and this is had VLAN numerical value is that 20 first feedback information is sent to described LSW module to generate the described VLAN of having numerical value be 20 second feedback information, and this LSW module is forwarded to remote management apparatus (the LSW module is not carried out the VLAN processing of uplink information) with described second feedback information through described first passage;
Step s907, the dialing detection information output that described customer access equipment is finished described switching, the dialing detection information that transmits between described like this remote management apparatus and the broadband services supply equipment has been finished mutual under the support of technology such as the loopback of customer access equipment, VLAN switching, and the dialing detection information processing on above-mentioned remote management apparatus and broadband services supply equipment can be continued to use the content of the dialing detection of prior art.
Wherein, the customer access equipment of described DSLAM representative also can be IAD or AG or optical access device, described remote management apparatus is to have the network management device of dialing detection function or independent dialing detection server, and described broadband services supply equipment is BAS or BAS Broadband Access Server.
Above-mentioned user access point can be user port in physics realization.
What deserves to be explained is,, can realize the fault location on the connection line, help eliminating fast fault, improve user satisfaction by the loaded state measuring ability in two-way forwarding detection, the RTCP Real-time Transport Control Protocol.
Above disclosed is a kind of preferred embodiment of the present invention only, can not limit the present invention's interest field certainly with this, and therefore the equivalent variations of doing according to claim of the present invention still belongs to the scope that the present invention is contained.
Claims (12)
1, a kind of system of wide-band business dialing detection comprises the broadband services supply equipment, is used to provide the customer access equipment of the user access point for the treatment of dialing detection, it is characterized in that, also comprises:
Remote management apparatus is used to control this customer access equipment to described customer access equipment transmission described user access point is carried out the control information of dialing detection channel arrangement,
Described customer access equipment comprises:
Interface unit provides the user access point for the treatment of dialing detection;
Dispensing unit according to described control information, disposes described dialing detection passage to described user access point between described remote management apparatus and broadband services supply equipment,
Described broadband services supply equipment comprises:
Interactive unit is with described remote management apparatus mutual dialing detection information on described dialing detection passage;
Control unit is controlled the mutual of described dialing detection information.
2, wide-band business dialing detection as claimed in claim 1 system is characterized in that described dispensing unit comprises:
Enable the unit,, enable the loop fuction of described interface unit according to described control information;
Loopback channel arrangement unit, with the loopback node of described interface unit as passage, configuration has the VLAN passage of VLAN ID between described remote management apparatus and broadband services supply equipment.
3, wide-band business dialing detection as claimed in claim 2 system is characterized in that described loopback channel arrangement unit comprises:
The first passage dispensing unit, with the loopback node of described interface unit as passage, configuration has the first passage of first VLAN ID that is used for the passage coupling between described customer access equipment and remote management apparatus;
The second channel dispensing unit, with the loopback node of described interface unit as passage, configuration has the second channel of second VLAN ID that is used for the passage coupling between described customer access equipment and broadband services supply equipment.
4, wide-band business dialing detection as claimed in claim 3 system is characterized in that described customer access equipment also comprises:
Receiving element receives described remote management apparatus and the mutual dialing detection information of described broadband services supply equipment;
Switch unit carries out described the first/the second VLAN ID to described dialing detection information and switches on described interface unit;
Output unit is exported the dialing detection information that switching is finished.
5, as claim 1,2,3 or 4 described wide-band business dialing detection systems, it is characterized in that, described customer access equipment is digital couple in multiplexer, integrated access equipment, IAD or optical access device, described remote management apparatus is the network management device with dialing detection function, and described broadband services supply equipment is broadband access system or BAS Broadband Access Server.
6, wide-band business dialing detection as claimed in claim 5 system is characterized in that described interface unit is a user port.
7, a kind of method of wide-band business dialing detection comprises:
A, remote management apparatus send to the customer access equipment that the user access point for the treatment of dialing detection is provided and are used to control this customer access equipment carries out the dialing detection channel arrangement to described user access point control information;
B, described customer access equipment dispose described dialing detection passage to described user access point according to described control information between described remote management apparatus and broadband services supply equipment;
C, described broadband services supply equipment and remote management apparatus be mutual dialing detection information on described dialing detection passage.
8, the method for wide-band business dialing detection as claimed in claim 7 is characterized in that, step b comprises:
B1, customer access equipment are enabled the loop fuction of described user access point according to described control information;
B2, described customer access equipment are with the loopback node of described user access point as passage, and configuration has the VLAN passage of VLAN ID between described remote management apparatus and broadband services supply equipment.
9, the method for wide-band business dialing detection as claimed in claim 8 is characterized in that, step b2 comprises:
B21, remote management apparatus are with the loopback node of described user access point as passage, and configuration has the first passage of first VLAN ID that is used for the passage coupling between described customer access equipment and remote management apparatus;
B22, described remote management apparatus are with the loopback node of described user access point as passage, and configuration has the second channel of second VLAN ID that is used for the passage coupling between described customer access equipment and broadband services supply equipment.
10, the method for wide-band business dialing detection as claimed in claim 9 is characterized in that, step c comprises:
C1, customer access equipment receive described remote management apparatus and the mutual dialing detection information of described broadband services supply equipment;
C2, described customer access equipment carry out described the first/the second VLAN ID to described dialing detection information and switch on described user access point;
The dialing detection information output that c3, described customer access equipment are finished switching.
11, as the method for claim 7,8,9 or 10 described wide-band business dialing detections, it is characterized in that, described customer access equipment is digital couple in multiplexer, integrated access equipment, IAD or optical access device, described remote management apparatus is the network management device with dialing detection function, and described broadband services supply equipment is broadband access system or BAS Broadband Access Server.
12, the method for wide-band business dialing detection as claimed in claim 11 is characterized in that, described user access point is a user port.
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| CNB2006101232730A CN100446485C (en) | 2006-11-02 | 2006-11-02 | System and method for wide-band business dialing detection |
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| CNB2006101232730A CN100446485C (en) | 2006-11-02 | 2006-11-02 | System and method for wide-band business dialing detection |
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Effective date of registration: 20171214 Address after: No. 166, Lun Zhen Village, Yucheng City, Dezhou, Shandong Province Patentee after: Li Zhiyu Address before: 510640 Guangdong City, Tianhe District Province, No. five, road, public education building, unit 371-1, unit 2401 Patentee before: GUANGDONG GAOHANG INTELLECTUAL PROPERTY OPERATION Co.,Ltd. Effective date of registration: 20171214 Address after: 510640 Guangdong City, Tianhe District Province, No. five, road, public education building, unit 371-1, unit 2401 Patentee after: GUANGDONG GAOHANG INTELLECTUAL PROPERTY OPERATION Co.,Ltd. Address before: 518129 Bantian HUAWEI headquarters office building, Longgang District, Guangdong, Shenzhen Patentee before: HUAWEI TECHNOLOGIES Co.,Ltd. |
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