CN103237071A - Wireless EoC (Ethernet over coax) terminal centralized management method - Google Patents
Wireless EoC (Ethernet over coax) terminal centralized management method Download PDFInfo
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Abstract
The invention discloses a wireless EoC (Ethernet over coax) terminal centralized management method. According to the method, a main chip at the EoC head end is used for building an Etherent II Ethernet two-layer data packet, MAC (media access control) addresses of equipment are used as an addressing mode for communication, the data of the Etherent II Ethernet two-layer data packet is partially defined into a command part, an index part, a length part and a data load part to form a management protocol, and the EoC head end utilizes the management protocol for operating WIFI (wireless fidelity) function modules of all wireless EoC terminals of the EoC head end. The method has the advantages that the EoC terminals realize the interaction with the WIFI function modules through the special management protocol, in addition, the WIFI function modules and EoC terminal modules connected with the WIFI function modules are associated, so that the WIFI function modules and the EoC terminal modules become a whole in the management aspect, then, the remote management of the wireless EoC terminal is realized through a top management interface, and finally, the problem of the unified management of the terminal WIFI part in the existing EoC technology is effectively solved.
Description
Technical field
The present invention relates to the method for EoC terminal centralized management, relate in particular to a kind of method of wireless EoC terminal centralized management, belong to and adopt the MoCA technical scheme as the communications field of access device in the network communications technology and the broadcast television technique.
Background technology
At present, EoC(Ethernet over Coax ether data are transmitted by coaxial cable) technology used by the radio and TV operator in a large number as a kind of data access technology, it has comprised MoCA(Multimedia over Coax Alliance, the abbreviation of multimedia over Coax Alliance), the standard that power line network alliance of HomePlug AV(family formulates for the needs that satisfy the family digital multimedia transmission, can be implemented in power line, telephone wire, and transfer of data on the coaxial cable), HomePlug BPL(Broadband over Powerline, broadband power line inserts), WIFI(Wireless Fidelity) correlation technique such as frequency reducing.
Along with the demand of user to wireless network, the radio and TV operator presses for the solution (being defined as wireless EoC terminal) of a kind of EoC+WIFI.Present prior art, on hardware, can take directly to add modes such as WIFI plate and realize required function, but in management, also there is not a kind of scheme by the direct office terminal WIFI of EoC head end, a lot of producers directly utilize the modes such as TR069, SNMP of WIFI part to manage separately, WIFI part and EoC terminal part are actual like this becomes two independent sectors, be difficult to accomplish correspondence and unified management one by one, cause having suitable difficulty at management maintenance.
Summary of the invention
Goal of the invention: goal of the invention of the present invention provides a kind of method of wireless EoC terminal centralized management, the management agreement of EoC head end by special use realize with the WIFI functional module alternately and with the connected EoC terminal module of WIFI functional module related make both manage into as a whole, by the telemanagement of tension management interface realization to wireless EoC terminal, finally effectively solved in the present EoC technology terminal WIFI unified management problem partly again.
Technical scheme: the method for a kind of wireless EoC terminal centralized management of the present invention, utilize EoC head end master chip to make up Etherent II Ethernet Layer 2 data bag, MAC Address with equipment is carried out communication as addressing system, described wireless EoC terminal comprises EoC terminal module and the WIFI functional module that is connected with described EoC terminal module, the data division of described Etherent II Ethernet Layer 2 data bag is defined as command component, index part, length part and data load partly constitute management agreement, wherein said command component writes the instruction of handing over mutually with the WIFI functional module and comprises facility registration, data are obtained, parameter arranges, software upgrading, current data packets for transmission sequence number reached and is used for judging whether to transmit the mark mark of finishing when described index part write the big packet fractionation of expression transmission, described length partly writes the physical length of data load, the content of carrying when described data load partly writes the parameter that arranges or obtain the WIFI functional module and updating operation, described EoC head end utilizes described management agreement that the WIFI functional module of its all wireless EoC terminals that have is carried out facility registration, data are obtained, parameter arranges, code upgrade or configuration file updating operation, and the MAC Address definite EoC terminal module that is connected with this WIFI functional module from database by obtaining the WIFI functional module, make EoC terminal module and WIFI functional module manage into as a whole, the upper strata remote management interface by database or mode and the WIFI function management module of directly calling management agreement carry out alternately, realize the Long-distance Control to wireless EoC terminal.
The flow process that described EoC head end utilizes described management agreement that the WIFI functional module is carried out the facility registration operation comprises registration, application for registration, agrees registration, confirms registration.
When described EoC head end utilizes described management agreement that the WIFI functional module is carried out data acquisition operations, obtain the order of data and divide instruction according to the function of WIFI functional module, the time of obtaining data adopts automatic regular polling or obtains at any time according to the requirement of upper strata remote management interface, obtain the mode of data and obtain to the WIFI functional module of an appointment with the transmission unicast packet or obtain simultaneously to all WIFI functional modules to send broadcast packet, the flow process of obtaining data comprises transmission instruction, return data, overtime repeating transmission.
When described EoC head end utilized described management agreement that the WIFI functional module is carried out the parameter setting operation, the order that parameter arranges was divided instruction according to the function of WIFI functional module, and parameter arranges flow process and comprises transmission instruction and data, returns affirmation, overtime repeating transmission.
Described management agreement is supported the file download function, when described EoC head end carries out code upgrade or configuration file upgrading to the WIFI functional module, upgrade file or configuration file split into meet some packets of managing protocol requirement, and the current sequence number incremental manner by index part confirms packet sequence composite document again, and described code upgrade or configuration file upgrading flow process comprise and split packet, send packet, return affirmation, overtime repeating transmission.
The file download function that described management agreement is supported comprises specifies download function and batch download function, described appointment download function is downloaded for specifying a WIFI functional module, this appointment download is adopted the WIFI functional module to reply the affirmation mode and is guaranteed transmission reliability, described batch is downloaded to specifying all online WIFI functional modules to download, this download in batches adopt the EoC head end to same message repeatedly send, the WIFI functional module abandons the follow-up mode of the message of same index of receiving and guarantees transmission reliability.
The file download function that described management agreement is supported comprises normal download and force download, under normal download situation, the identifying information that the WIFI functional module issues before download the EoC head end is confirmed when existing information consistent, no longer carry out updating operation, under the force download command situation, the WIFI functional module no matter the identifying information that before download, issues of EoC head end whether with have the consistent updating operation again of all taking of information.
The WIFI functional module data obtain or the parameter setting up procedure in when relating to concrete parameter, the data load part defines content according to the mode of ordering in the described management agreement, and when adopting one instruction is set comprises a plurality of parameter, partly add the state bitmap at index part or data load, utilize each corresponding parameter of binary number, by putting 0 or put 1 and represent whether parameter the parameter of needs setting occurs changing to distinguish.
The EoC terminal module of described wireless EoC terminal is applicable to all EoC schemes, and the EoC terminal module comprises that with the employing that is connected of WIFI functional module plate or MII butt joint or PHY are docked at interior connected mode.
Beneficial effect: the present invention compared with prior art, its distinguishing feature be the EoC terminal by the management agreement of special use realize carrying out alternately with the WIFI functional module and with the connected EoC terminal module of WIFI functional module related make both manage into as a whole, by the telemanagement of tension management interface realization to wireless EoC terminal, finally effectively solved in the present EoC technology terminal WIFI unified management problem partly again.
Description of drawings
Fig. 1 is Etherent II Ethernet Layer 2 data packet format of the present invention;
Fig. 2 is the management agreement form of the embodiment of the invention;
Fig. 3 is the flow chart that the present invention utilizes the management agreement of Fig. 2 to communicate;
Fig. 4 is a software frame of the embodiment of the invention.
Embodiment
The present invention will be further described below in conjunction with embodiment.
Fig. 1 is the Etherent II Ethernet Layer 2 data packet format that EoC head end master chip makes up.As shown in Figure 1, Etherent II Ethernet Layer 2 data bag adopts the MAC Address of equipment to carry out recognition of devices, comprise destination address, source address, protocol type, data and verification, in an embodiment of the present invention, destination address is MAC Address or the broadcast packet address of WIFI functional module, source address is the MAC Address of EoC head end, protocol type is an Ethernet data protocol type that is not used, data are the management agreement of carrying EoC head end and the communication of WIFI functional module, are verified as the check part of Ethernet data bag.
Fig. 2 is the form of embodiment of the invention management agreement.As shown in Figure 2, the data division of Etherent II Ethernet Layer 2 data bag is defined as command component, index part, length part and data load and partly constitutes management agreement, and wherein said command component writes that the instruction of handing over mutually with the WIFI functional module comprises that facility registration, data are obtained, parameter setting, software upgrading; Current data packets for transmission sequence number and be used for judging whether to transmit the mark mark of finishing when described index part writes the big packet of expression and splits transmission, WIFI functional module are confirmed by index part whether packet sequence and identification file have transmitted and are finished; Described length partly is the physical length of data load; The content of carrying when described data load partly is setting or the parameter of obtaining the WIFI functional module and updating operation.
Fig. 3 is the embodiment that the present invention utilizes the management agreement of Fig. 2 to communicate.As shown in Figure 3, the EoC head end by management agreement to the WIFI functional module of its all wireless EoC terminals that have carry out that facility registration, data obtain, parameter setting, code upgrade or configuration file updating operation, comprise that facility registration flow process, data are obtained flow process, parameter arranges flow process, code upgrade or configuration file upgrading flow process, these flow processs can adopt the mode of circulation or the mode of individual threads.
The facility registration flow process may further comprise the steps:
(1) EoC head end certain interval of time sends the broadcast packet that has log-in command to the WIFI functional module on its all EoC terminals that have;
(2) the WIFI functional module receives this broadcast packet, confirms whether oneself has arranged monomark, if be provided with monomark, enters step (7), if monomark also is not set, enters step (3);
(3) the WIFI functional module according to the regulation of management agreement return comprise mac address information at interior registration reply bag to the EoC head end;
(4) the EoC head end is determined the EoC terminal module that is connected with this WIFI functional module from database according to the MAC Address of WIFI functional module in the registration reply bag that returns, make this EoC terminal module and WIFI functional module manage into as a whole, and set up or new database more, send the accreditation verification packet again to the WIFI functional module of accepting registration;
(5) in official hour, receive this accreditation verification packet as the WIFI functional module, enter step (6), if the WIFI functional module does not receive this accreditation verification packet, enter step (7);
(6) the WIFI functional module arranges registered mark, and response data is obtained, the order of parameter setting operation;
(7) process ends.
The parameter acquiring flow process may further comprise the steps:
(1) mode of EoC head end employing automatic regular polling is that destination address sends the command packet of fetching data with the MAC Address of registered WIFI functional module in the database or the broadcast address of employing broadcast mode;
(2) in official hour, if the WIFI functional module receives this command packet of fetching data, enter step (3), if the WIFI functional module does not receive this command packet of fetching data, enter step (4);
(3) the WIFI functional module is set up into the return data bag with desired data and is returned the EoC head end according to order, enters step (6);
(4) the WIFI functional module has judged whether to exceed going offline the time of regulation, if, enter step (5), if not, step (10) entered;
(5) WIFI functional module removing monomark, and wait re-registers, and enters step (10);
(6) in official hour, if the EoC head end connects this and receives the return data bag, enter step (7), if the EoC head end does not receive this return data bag, enter step (8);
(7) the EoC head end is put into database to data according to MAC Address and the order of WIFI functional module, enters step (10);
(8) the EoC head end has judged whether to exceed going offline the time of regulation, if, enter step (9), if not, step (10) entered;
(9) the EoC head end thinks that this WIFI functional module goes offline, and the presence of this WIFI functional module in the storehouse that clears data enters step (10);
(10) process ends.
In parameter acquiring process step (1), the EoC head end can also obtain the information that WIFI functional module parameter arranges at any time according to the requirement of tension management interface.
Parameter arranges flow process and may further comprise the steps:
(1) the EoC head end is checked the information that whether has the WIFI functional module to need parameter to arrange in database, if enter step (2), if do not have, enters step (8);
(2) EoC head end MAC Address and the parameter of extracting this WIFI functional module in database arranges content, and according to parameter content is set and determines that parameter arranges order and sets up parameter and packet is set sends to this WIFI functional module;
(3) this WIFI partly receives described parameter packet is set, and according to parameter order is set and is configured and returns to arrange and confirm bag;
(4) in official hour, if receiving described the setting, the EoC head end confirms bag, enter step (8) if the EoC head end does not receive to arrange and confirm bag, enter step (5);
(5) the EoC head end checks whether surpass maximum number of retransmissions, if also do not surpass maximum number of retransmissions, enters step (6), if surpass maximum number of retransmissions, enters step (7);
(6) the EoC head end is retransmitted parameter and packet is set to this WIFI functional module, enters step (3);
(7) the EoC head end indicates that in database this WIFI functional module arranges fail flag for attendant's inquiry, enters step (8);
(8) process ends.
Obtain flow process or parameter arranges in the flow process in data, the data of WIFI functional module are obtained or parameter setting when relating to concrete parameter, data load partly defines content by the mode of ordering in the management agreement, and when adopting one instruction is set comprises a plurality of parameter, for distinguishing the parameter that needs setting, partly add the state bitmap at index part or data load, utilize each corresponding parameter of binary number, can not change by putting 0 expression parameter, put 1 expression parameter variation has taken place, the WIFI functional module only chooses by this state bitmap that the parameter that changes is obtained or the parameter setting.
Code upgrade or configuration file upgrading flow process may further comprise the steps:
(1) the EoC head end splits into upgrade file behind the instruction that receives the upgrading WIFI functional module that the upper strata remote management interface sends over and upgrade file and meets some parts of managing protocol requirement, and first set up into upgrading data packet, wherein the index part of upgrading data packet hangs down 15 bit representation packet current sequence number, be set to 1, the index part highest order represents to send mark, be set to 0, command component writes download command, sends this upgrading data packet to the WIFI functional module that needs upgrading;
(2) the WIFI functional module receives this upgrading data packet, extracts the current sequence number in the index part, and judges that whether this sequence number is 1, if expression is first packet, enters step (3); If this sequence number is not 1, judge whether current sequence number+1 value into a last AKU, if, enter step (3), if not, then occur packet loss in the escalation process or make mistakes process ends;
(3) the WIFI functional module is returned a upgrading affirmation bag to the EoC head end, data load content in the described upgrading data packet is set up file according to the current sequence number of index part, and the highest order of judging index part whether 1, if 1, the expression upgrade file is end of transmission, the WIFI functional module is carried out updating operation by the file type of downloading, if for example downloaded files is code upgrade file then programming flash, if downloaded files is configuration file then transaction file system etc., process ends, if the highest order of index part is 0, represent that then file does not have end of transmission, the WIFI functional module continues to wait for the next upgrading data packet of reception;
(4) in official hour, if receiving to upgrade, the EoC head end confirms bag, enter step (5), if the EoC head end is not received upgrading affirmation bag, enter step (6);
(5) the EoC head end is set up into next upgrading data packet to the next part of upgrade file, wherein the current sequence number that writes of index part is current sequence number+1 of a last upgrading data packet, and judge whether to be the last part upgrade file, if the highest order of putting this upgrading data packet index part is 1, send to the WIFI functional module, enter step (2), if not the highest order of this upgrading data packet index part still puts 0, send to the WIFI functional module, enter step (2);
(6) the EoC head end judges whether to surpass the maximum number of retransmissions of setting, if do not surpass, enters step (7), if surpass, enters step (8);
(7) the EoC head end is retransmitted upgrading data packet, enters step (2);
(8) upgrading failure, EoC head end indicate that in database the upgrading fail flag is for attendant's inquiry, process ends.
In code upgrade or configuration file upgrading flow process, the file download function that management agreement is supported comprises: (a) specify download function and batch download function, specify download function to download for specifying a WIFI functional module, this appointment download is adopted the WIFI functional module to reply the affirmation mode and is guaranteed transmission reliability, described batch is downloaded to specifying all online WIFI functional modules to download, this download in batches adopt the EoC head end to same message repeatedly send, the WIFI functional module abandons the follow-up mode of the message of same index of receiving and guarantees transmission reliability; (b) normally download and force download, under normal download situation, the identifying information that the WIFI functional module issues before download the EoC head end is when existing validation of information consistent, no longer carry out updating operation, under the force download command situation, the WIFI functional module no matter the identifying information that before download, issues of EoC head end whether with have the consistent updating operation again of all taking of information.
Fig. 4 is a software frame of the embodiment of the invention.As shown in Figure 4, the management agreement of the operation of EoC head end master chip and the communication of WIFI functional module is put into database to the data that obtain; Run on the application program such as SNMP, WEB, CLI of EoC head end as required, from database, obtain relevant information.When application programs such as SNMP, WEB, CLI obtain tension management software order is set the time, the data of being correlated with are put into database; EoC head end operational management agreement is obtained from database and relevant data be set and send to the setting of being correlated with of WIFI functional module.
The EoC terminal module of the wireless EoC terminal in the embodiment of the invention is applicable to all EoC schemes, and plate or connected modes such as MII butt joint or PHY butt joint are adopted in being connected of EoC terminal module and WIFI functional module.
The present invention since the management agreement of EoC head end by special use realized carrying out alternately with the WIFI functional module and with the connected EoC terminal module of WIFI functional module related make both manage into as a whole, by the telemanagement of tension management interface realization to wireless EoC terminal, finally effectively solved in the present EoC technology terminal WIFI unified management problem partly again.
Claims (9)
1. the method for a wireless EoC terminal centralized management, utilize EoC head end master chip to make up Etherent II Ethernet Layer 2 data bag, MAC Address with equipment is carried out communication as addressing system, it is characterized in that: described wireless EoC terminal comprises EoC terminal module and the WIFI functional module that is connected with described EoC terminal module, the data division of described Etherent II Ethernet Layer 2 data bag is defined as command component, index part, length part and data load partly constitute management agreement, wherein said command component writes the instruction of handing over mutually with the WIFI functional module and comprises facility registration, data are obtained, parameter arranges, software upgrading, current data packets for transmission sequence number reached and is used for judging whether to transmit the mark mark of finishing when described index part write the big packet fractionation of expression transmission, described length partly writes the physical length of data load, the content of carrying when described data load partly writes the parameter that arranges or obtain the WIFI functional module and updating operation, described EoC head end utilizes described management agreement that the WIFI functional module of its all wireless EoC terminals that have is carried out facility registration, data are obtained, parameter arranges, code upgrade or configuration file updating operation, and the MAC Address definite EoC terminal module that is connected with this WIFI functional module from database by obtaining the WIFI functional module, make EoC terminal module and WIFI functional module manage into as a whole, the upper strata remote management interface by database or mode and the WIFI function management module of directly calling management agreement carry out alternately, realize the Long-distance Control to wireless EoC terminal.
2. the method for a kind of wireless EoC terminal centralized management according to claim 1 is characterized in that: the flow process that described EoC head end utilizes described management agreement that the WIFI functional module is carried out the facility registration operation comprises registration, applications for registration, agrees registration, affirmation is registered.
3. the method for a kind of wireless EoC terminal centralized management according to claim 1, it is characterized in that: when described EoC head end utilizes described management agreement that the WIFI functional module is carried out data acquisition operations, obtain the order of data and divide instruction according to the function of WIFI functional module, the time of obtaining data adopts automatic regular polling or obtains at any time according to the requirement of upper strata remote management interface, obtain the mode of data and obtain to the WIFI functional module of appointment with the transmission unicast packet or obtain simultaneously to all WIFI functional modules to send broadcast packet, the flow process of obtaining data comprises sending instructs, return data, overtime repeating transmission.
4. the method for a kind of wireless EoC terminal centralized management according to claim 1, it is characterized in that: when described EoC head end utilizes described management agreement that the WIFI functional module is carried out the parameter setting operation, the order that parameter arranges is divided instruction according to the function of WIFI functional module, and parameter arranges flow process and comprises transmission instruction and data, returns affirmation, overtime repeating transmission.
5. the method for a kind of wireless EoC terminal centralized management according to claim 1, it is characterized in that: described management agreement is supported the file download function, when described EoC head end carries out code upgrade or configuration file upgrading to the WIFI functional module, upgrade file or configuration file split into meet some packets of managing protocol requirement, and the current sequence number incremental manner by index part confirms packet sequence and composite document again, and described code upgrade or configuration file upgrading flow process comprise and split packet, send packet, return affirmation, overtime repeating transmission.
6. the method for a kind of wireless EoC terminal centralized management according to claim 5, it is characterized in that: the file download function that described management agreement is supported comprises specifies download function and batch download function, described appointment download function is downloaded for specifying a WIFI functional module, this appointment download is adopted the WIFI functional module to reply the affirmation mode and is guaranteed transmission reliability, described batch is downloaded to specifying all online WIFI functional modules to download, and this is downloaded in batches and adopts the EoC head end that same message is repeatedly sent, the WIFI functional module abandons the follow-up mode of the message of same index of receiving and guarantees transmission reliability.
7. the method for a kind of wireless EoC terminal centralized management according to claim 5, it is characterized in that: the file download function that described management agreement is supported comprises normal download and force download, under normal download situation, the identifying information that the WIFI functional module issues before download the EoC head end is when existing validation of information consistent, no longer carry out updating operation, under the force download command situation, the WIFI functional module no matter the identifying information that before download, issues of EoC head end whether with have the consistent updating operation again of all taking of information.
8. the method for a kind of wireless EoC terminal centralized management according to claim 1, it is characterized in that: the WIFI functional module data obtain or the parameter setting up procedure in when relating to concrete parameter, the data load part defines content according to the mode of ordering in the described management agreement, and when adopting one instruction is set comprises a plurality of parameter, partly add the state bitmap at index part or data load, utilize each corresponding parameter of binary number, by putting 0 or put 1 and represent whether parameter the parameter of needs setting occurs changing to distinguish.
9. the method for a kind of wireless EoC terminal centralized management according to claim 1, it is characterized in that: the EoC terminal module of described wireless EoC terminal is applicable to all EoC schemes, and the EoC terminal module comprises that with the employing that is connected of WIFI functional module plate or MII butt joint or PHY are docked at interior connected mode.
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| CN104539456A (en) * | 2014-12-26 | 2015-04-22 | 武汉烽火网络有限责任公司 | Terminal management system and method based on protocol TR069 |
| CN104539456B (en) * | 2014-12-26 | 2017-09-29 | 武汉烽火网络有限责任公司 | Terminal management system and management method based on TR069 agreements |
| CN104811342A (en) * | 2015-05-12 | 2015-07-29 | 成都广达电子股份有限公司 | Method of managing EOC terminals with WIFI (Wireless Fidelity) in batches by EOC local side |
| WO2016202066A1 (en) * | 2015-06-18 | 2016-12-22 | 中兴通讯股份有限公司 | Information acquisition method, client device and service end device |
| CN105376086A (en) * | 2015-07-20 | 2016-03-02 | 成都广达新网科技股份有限公司 | Method for EOC local side to upgrade terminals with WIFI in batches |
| CN105376086B (en) * | 2015-07-20 | 2018-07-13 | 成都广达新网科技股份有限公司 | A kind of method of the EOC local sides batch upgrade with WIFI terminal |
| CN105516255A (en) * | 2015-11-27 | 2016-04-20 | 上海凌云天博光电科技有限公司 | Method for pushing configuration from MoCA central office to terminal device and corresponding device |
| CN109417499A (en) * | 2016-07-08 | 2019-03-01 | 因库艾克斯网络公司 | For providing the system of data communication by coaxial network |
| CN109417499B (en) * | 2016-07-08 | 2020-01-07 | 因库艾克斯网络公司 | System for providing data communication over coaxial network |
| CN108040114A (en) * | 2017-12-20 | 2018-05-15 | 上海未来宽带技术股份有限公司 | The method and system of EoC local side remote management EoC terminals |
| CN109561168A (en) * | 2018-11-28 | 2019-04-02 | 赛尔富电子有限公司 | MAC Address synchronous method |
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|---|---|
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