CN1980448A - System and method for detecting base-station NodcB - Google Patents
System and method for detecting base-station NodcB Download PDFInfo
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Abstract
This system and this method are used to test the processing ability and stability of the Uu interface and the Iub interface. Uu connects NodeB baseband board (NBB) with the user device while Iub connects NBB with the analog base station controller (ABC). This system consists of the analog user device module (AUD), the NodeB test board of analog Uu interface (NT), the console and ABC. AUD generates the up-going I/Q data (UIQ) and analyses the down-going I/Q data (DIQ). NT fetches UIQ, sends UIQ to NBB and collects DIQ of NBB. The console connects to ABC and controls the test started / stopped via the mutual info. ABC interchanges control messages with NBB, the console and AUD. It also realizes to transfer, process and analyze the user face data and the control face data of Iub interface.
Description
Technical field
The present invention relates to the WCDMA system of communication field, be specifically related to test macro and method base station (NodeB).
Background technology
Whole WCDMA system is made up of base station (NodeB) 122, base station controller RNC (Radio NetworkController) 121, core net CN (Core Network) 110 and user equipment (UE) (User Equipment) 130 4 parts, as shown in Figure 1.
The wireless access network of WCDMA system is made up of one or more RNS (Radio Network Subsystem RNS) 120, and each RNS120 comprises 1 RNC121 and one or more NodeB (base station among the similar GSM) 122.A NodeB122 can support one or more sub-districts, each sub-district can support one or more carrier waves again.The function of each assembly specifically describes as follows
RNC121 is the control section of RNS120, is responsible for the management to various interface, bears the management of Radio Resource and wireless parameter.Major function comprises: system information broadcast with connect functions such as people's controlled function, switching, RNC121 migration, power control, grand diversity merging, allocation of radio resources and management.
NodeB122 is the base station of WCDMA system, controlled by RNC121, wireless receiving and dispatching letter equipment by one or more sub-districts is formed, finish the code conversion between RNC121 and the wireless channel, realize that relevant treatment such as wireless channel between air interface and physical layer encoded, interweaved, rate-matched and spread spectrum etc., and finish some radio resource management functions.
Interface open, standard is all adopted in communicating by letter between each functional entity of RNS120 inside or between RNS120 and the external function entity, comprise Iu140, Iub123, Uu150 and Iur160 interface, can realize interconnecting between devices from different manufacturers by these standard interfaces.In RNS120 inside, link to each other by the Iub123 interface between NodeB122 and the RNC121, link to each other by Iur160 between RNC121 and the RNC121.In the communicating by letter of RNS120 and external function entity, NodeB122 communicates by letter with UE130 by air interface Uu150.
For the WCDMA system, RNS120 is responsible for controlling the resource of each sub-district of having jurisdiction over.NodeB122 links to each other with RNC121 by Iub interface 123, by Uu interface 150, the downlink data of the Iub interface 123 of RNC121 is sent to UE130 and sub-district, simultaneously also by Uu interface 150, receive the upstream data of UE130, be sent to RNC121 by Iub interface 123.Data between NodeB122 transparent transmission UE130 and the RNC121 comprise business datum and signaling data.
Usually, NodeB comprises following veneer at least:
Master control borad BMC is used for chain of command and handles, and management distributes the resource of NodeB;
User face data disposable plates BBP is used for Base-Band Processing, comprises all key technologies of NodeB substantially;
Transmission board BII is used for the Iub interface transmission process;
Clock board BCK is used to NodeB that accurate timing reference input is provided.
Test to NodeB comprises:
The test of Iub interface, Iub interface disposal ability and stability;
The test of Uu interface, the disposal ability of Uu interface and stability.The Base-Band Processing of Uu interface is the key technology place of whole NodeB.
Use the necessity of simulation RNC and simulation UE module test system:
1. after beginning, NodeB's is unusual, causes then that gently the certain user can not insert, and figure of speech is of poor quality, heavy then cause NodeB to paralyse, and quits work.
2. true environment test needs a complete set of RNC and CN equipment, and a large amount of WCDMA mobile phones, and the attendant is many, the cost height of people and thing.According to sub-district 123 road voice, a NodeB supports three sectors, three carrier frequency, and the supported voice user's number of whole NodeB is 3*3*123=1107, and is unimaginable, when doing saturation testing, safeguard so many mobile phone.
3. true environment test; be difficult to fully automatic operation and the full-automatic mistake of finding; be difficult to unusually accurately detecting on unusual, the function on the call loss, performance to arbitrary period; tackling key problem is vital and these functions are to system; and can not be when appearance be unusual; automatically stop test, fault location keeps the scene intact automatically.
4. true environment test is difficult to accomplish high-intensity shock-testing.The shock-testing dynamics is little, and the cycle of reproduction outfield problem is long.
5. true environment test causes output to expect because input is uncontrollable, and a series of problems such as causes recalling;
6., must meet the requirement of 3GPP agreement, the cost height of exploitation, making, working service, poor stability if development and testing UE comprises the exploitation of software and hardware.
Need to seek new testing scheme in the industry, can not be too complicated and cause being difficult to realizing, and can solve above-mentioned all problems.
Summary of the invention
The objective of the invention is to overcome usually defective, propose low, easy to use, the full automatic system and method that base station node B is tested of a kind of cost the method for testing of base station node B.
To achieve these goals, the invention provides a kind of system that base station node B is tested, be used to test the NodeB baseband board and connect the Uu mouth of subscriber equipment and the disposal ability and the stability of the Iub mouth that is connected base station controller, its characteristics are, comprising:
The analog subscriber EM equipment module is used to generate up I/Q data, and analyzes descending I/Q data;
The NodeB test board of simulation Uu interface is used to obtain described up I/Q data, sends described up I/Q data to the NodeB baseband board, and the descending I/Q data of gathering described NodeB baseband board;
Control desk is connected with anolog base station controller, is used for by interactive information, and what control was tested starts or stops;
Anolog base station controller is used for carrying out the mutual of control messages with described NodeB test board, control desk and analog subscriber EM equipment module, and realizes the user's face of Iub interface and the transmission and the Treatment Analysis of chain of command data.
The above-mentioned system that base station node B is tested, its characteristics are that described anolog base station controller also comprises:
Master control borad is used for the processing of described Iub interface chain of command data, treatments B node application protocol message, and simultaneously each node is controlled;
The user face data disposable plates is used to receive the up user face data of described NodeB, and carries out Treatment Analysis, generates the data of descending each channel simultaneously;
Transmission board is used for the transmission process of described Iub interface data, carries out the transmission of described user's face and chain of command data between described NodeB and described anolog base station controller;
Clock board is used to each veneer of anolog base station controller that timing reference input is provided.
The above-mentioned system that base station node B is tested, its characteristics are that described control desk also comprises:
The script configuration module is used to be provided with described anolog base station controller and initiates the required various signaling parameters of B node application protocol message;
Human-computer interface module is used to be provided with call flow, up wireless environment, the information in moving control test process and demonstration test.
The above-mentioned system that base station node B is tested, its characteristics are that described analog subscriber EM equipment module also comprises:
High-rise module is used for obtaining script argument and predefined call flow information from described control desk;
Baseband module, be used for generating described up I/Q data according to the script argument and the predefined call flow information of described acquisition, and the descending I/Q data that described NodeB test board is gathered are done the analysis of physics channel and transmission channel according to the script argument of described control desk configuration and the B node application protocol flow process of definition.
The above-mentioned system that base station node B is tested, its characteristics are that described master control borad also comprises:
Main control module, be used for obtaining script argument from described control desk, generate the sub-district example, the informing business module is initiated public process, set up sub-district and Common transport channel,, generate the subscriber equipment example according to the call flow that defines in the described control desk, fill in B node application protocol, notify described business module to initiate B node application protocol process;
Business module is used to accept the B node application protocol message transmission request of described main control module, and B node application protocol message is sent to transport module;
Transport module is used for B node application protocol message is forwarded to described transmission board.
The above-mentioned system that base station node B is tested, its characteristics are that described user face data disposable plates also comprises:
The FP module, be used to receive the up FP bag of described NodeB, analyze the wherein data of transmission channel, the error rate of physical channel and the Block Error Rate of transmission channel are taken statistics, statistics is reported described control desk, and generate the data of descending each channel, send to described NodeB by described transmission board.
The above-mentioned system that base station node B is tested, its characteristics are that described NodeB test board also comprises:
Microprocessor is used to obtain the up I/Q data that described analog subscriber EM equipment module generates, and dumps to field programmable gate array, and the descending I/Q storage that described field programmable gate array is gathered is to the PC at described analog subscriber EM equipment module place;
Field programmable gate array is used to send described up I/Q data to described NodeB baseband board, and the descending I/Q data of gathering described NodeB baseband board.
The above-mentioned system that base station node B is tested, its characteristics are, all be provided with operation back-up system module in master control borad in described control desk, analog subscriber EM equipment module and the described anolog base station controller, the user face data disposable plates, described control desk, analog subscriber EM equipment module and user and data processing plate are by described operation back-up system module and described master control borad communication, transmitting control message, communication mechanism adopts the TCP/IP mode.
The above-mentioned system that base station node B is tested, its characteristics are, by the communication of described Iub interface, follow the third generation partner program agreement of standard between described anolog base station controller and the NodeB.
Use this test macro to test, can satisfy following demand:
1. owing to be on PC, to generate up I/Q data, can generate the upstream data of any many UE.Reduced the cost that uses a large amount of UE.
2. because descending I/Q data can be saved in PC, can analyze repeatedly by instruments such as simulation UE program or MATLAB afterwards, locate descending fault.
3. control desk can the explication call flow, the FP module among the BBP of simulation RNC, and the threshold value that can set according to physical channel BER and transmission channel BLER be accomplished up unusual judgement, stops test, the protection test site.
4. by revise the mode of script argument at control desk, can reach various test effects, easy to use.
5. by defining the calling of the miscellaneous service of a large amount of UE at control desk, and duration of a call, realize detecting large volume to NodeB
Description of drawings
Fig. 1 is the structural representation of WCDMA system;
Fig. 2 is the structural representation of this test macro;
Fig. 3 is each module distribution schematic diagram of this test macro.
Wherein, Reference numeral:
110 core net, 120 RNSs
130 subscriber equipmenies, 140 Iu interfaces
150 Uu interfaces, 160 Iur interfaces
121 base station controllers, 122 NodeB
NodeB among 2100 the present invention of 123 Iub interface
2200 PC, 2300 anolog base station controllers
2110 WCDMA NodeB test boards
User face data disposable plates BBP among 2120 NodeB
Transmission board BII 2210 analog subscriber equipment among 2130 NodeB
2220 control desks, 2310 master control borad BMC
User face data disposable plates BBP in 2320 anolog base station controllers
2330 clock board BCK
Transmission board BII in 2340 anolog base station controllers
2111 MPC8260 chips
2112 FPGA, 2211 high-rise modules
2212 baseband modules, 2221 script configuration modules
The OSS module of 2213 analog subscriber equipment
2222 human-computer interface module
OSS module 2311 main control modules of 2223 control desks
2312 business modules, 2313 transport modules
The OSS module 2321 FP modules of 2314 BMC
The OSS module of 2322 BBP
Embodiment
The present invention is described in further detail below in conjunction with drawings and Examples.
Various piece to above-described test macro is described in detail again.
In order to save development cost, simulation RNC can use version older NodeB, only use BMC, BII, BBP, BCK, wherein the software and hardware of BII and BCK can be inherited NodeB, does not change.The high layer software of BMC and BBP need make an amendment according to 3GPP (The 3rd Generation Partnership Proiect, third generation partner program) agreement.
Fig. 2 is the structural representation of this test macro.As shown in the figure, comprising:
Increased the veneer WBT (WCDMANodeB Tester) 2110 of simulation Uu interface among the NodeB2100 in this test macro, this plate inserts NodeB2100, accounts on the groove position of a baseband board BBP2120.In addition, also include user face data disposable plates BBP2120 and transmission board BII2130 on the baseband board.
Simulation RNC2300 comprises main veneer such as BII2340, BCK2330, BBP2320, BMC2310, and the function of each veneer is as follows:
1) clock board BCK2330 provides timing reference input for each veneer of simulation RNC2300
2) transmission board BII2340 does the transmission process of Iub interface 123, between transfer NodeB2100 and simulation RNC2300, and the data of user's face and chain of command.The NBAP message of BMC2310 structure is sent to NodeB2100, receive NBAP (Node B ApplicationProtocol, the Node B application protocol) message that NodeB2100 sends over, be forwarded to BMC2310.BII2340 receives the up FP bag of NodeB2100, is forwarded to corresponding BBP plate 2320, and the descending FP bag with structure on the BBP plate 2320 sends to NodeB2100.
3) user face data disposable plates BBP2320 makes the FP data processing of Iub interface user face, receives FP (Frame Protocol) bag that BII2340 transmits each up channel of NodeB2100 that comes, and constructs the descending FP bag of each channel simultaneously.UE capacity according to test needs configurable polylith.
4) master control borad BMC2310 makes the Iub interface chain of command and handles processing NBAP message.Simultaneously, as the control centre of native system, each node is controlled.
Simulate UE module 2210, be used to simulate the uplink and downlink of UE.According to the script argument of control desk configuration and the NBAP flow process of definition, generate the up I/Q data file that WBT will send to the NodeB baseband board.The descending I/Q data of the NodeB baseband board that WBT is gathered according to the script argument of control desk configuration and the NBAP flow process of definition, are done the analysis of physics channel and transmission channel.
Control desk 2220, a program of moving on PC has man-machine interface.The may command whole test system, the miscellaneous service parameter that arrangement NBAP message is required, definition NBAP call flow is promptly simulated RNC and is initiated each sub-district and set up, and the Radio Link of each UE sets up, the opportunity of wireless link reconfigured, compact model order.
Control desk 2220 and PC 2220 of simulation UE module 2210 common usually uses.By Iub interface 123 communications, follow the 3GPP agreement of standard fully between simulation RNC2300 and NodeB2100
The following description of handling process:
Before the test, at control desk, fill in the required miscellaneous service parameter of BMC2310 structure NBAP message, the definition call flow, simulate promptly that RNC2300 initiates that each sub-district is set up and the Radio Link of each UE is set up, the opportunity of wireless link reconfigured, compact model order, these parameter configuration and predefined call flow, mode with data structure variable and array is deposited, and control desk is stored in them in the file.
When beginning to start test, BMC2310 is by FTP (Transmission Control Protocol, transmission control protocol), NFS (Network File System, NFS) network file protocol mode such as, read the parameter configuration and the call flow defined file of PC control desk 2220, thereby obtain the every configuration parameter and the predefined call flow of control desk.At this moment, BMC2310 notice simulation UE module 2210, simulation UE module 2210 is from control desk 2220 place PCs 2200, and configuration and the call flow definition that gets parms generates up I/Q data file in advance.Then, WBT (WCDMA NodeBTester, WCDMA NodeB test board) 2110 by network file protocol modes such as FTP, NFS, obtain this content data file, set in advance the moment that sends these I/Q data, and notify BMC2310 constantly with this, then WBT just circulates and sends the baseband board of the up I/Q data of this section to NodeB2100.
Arrived the moment that WBT2110 sends up I/Q data, BMC2310 just begins to do call flow to be handled.According to the predefined call flow that obtains from control desk, judge current time, the call arrangement of each UE according to the configuration parameter that obtains from control desk, is constructed NBAP message more immediately.By Iub interface 123, send to NodeB2100, simultaneously, BMC2310 receives the NBAP message that NodeB2100 sends over by Iub interface 123, is the BBP plate 2320 of each UE distributional effects family face processing.
According to the framework of this system, need the node of exploitation as follows:
1) BMC2310 and the BBP2320 among the simulation RNC2300;
2) be inserted in the WBT2110 of NodeB2100 base band board slot position;
3) program of the simulation UE module 2210 of operation on the PC 2200;
4) program of the control desk 2220 of operation on the PC 2200.
Fig. 3 is each module distribution schematic diagram of this test macro.As shown in the figure:
In test macro, each node all uses netting twine to be connected to hub HUB, in the high layer software of each node, all there is OSS (Operations Support Systems, the operation back-up system) module, the communication between responsible node, and the communication of intranodal intermodule.Wherein BMC2310 is a server, and other nodes are client.Each node all passes through OSS module and BMC2310 communication, transmitting control message, and communication mechanism adopts the TCP/IP mode.
Except that OSS module 2223, control desk 2220 also comprises script configuration module 2221 and human-computer interface module 2222, places the various signaling parameters that simulation RNC2300 initiates NBAP message in the script configuration module 2221.Human-computer interface module 2222 is provided with call flow and up wireless environment, manually controls test process, shows the information in the test.
The high level of the BMC node of simulation RNC2300 comprises main control module 2311, business module 2312, transport module 2313, OSS module 2314.Main control module obtains script argument from control desk, generates the sub-district example, and informing business module 2312 is initiated public process, sets up sub-district and Common transport channel.According to the call flow of definition in the control desk 2220, generate the UE example, fill in NBAP message, informing business module 2312 is initiated the NBAP process.Business module 2312 is accepted the NBAP message send request of main control module 2311, and NBAP message by transport module 2313, is forwarded to BII2340, by Iub interface 123, sends to NodeB2100.
The high level of the BBP node 2313 of simulation RNC2300 comprises FP module 2321, OSS module 2322.FP module 2321 is accepted the up FP bag of NodeB2100, analyze the wherein data of transmission channel, can be to the BER (Bit Error Rate, the error rate) of physical channel and BLER (the Block ErrorRates of transmission channel, Block Error Rate) take statistics, statistics reports control desk.FP module 2321 also generates the data of descending each channel, by BII2340, sends to NodeB2100.
WBT2110 comprises MPC82602111 and FPGA2112 two parts, MPC8260 module 2111 is from the PC 2200 at simulation UE module 2210 places, obtain up I/Q data, dump to FPGA (FieldProgrammable Gate Array, field programmable gate array) in 2112,2112 circulations of FPGA module send these data to baseband board.Simultaneously, FPGA2112 also can gather the descending I/Q data of baseband board, stores the PC of simulating UE module 2210 places into by MPC8260 module 2111, and is descending for sunykatuib analysis.
Simulation UE module 2210 comprises high-rise module 2211, baseband module 2212, OSS module 2213.High-rise module 2211 is obtained the call flow of script argument and definition from control desk 2220, and baseband module 2212 generates up I/Q data in view of the above.And the descending I/Q data file that WBT2110 gathers is analyzed.
Top OSS module can be used the corresponding module of NodeB, can not do any change.During generally maiden work NodeB exploitation, the corresponding test UE that developed, but baseband module use test UE corresponding module.
In addition, from above-mentioned steps as can be seen, the principal character of the inventive method is to have proposed Simulation with I ub interface and Uu interface simultaneously, realizes a kind of method that can both test the NodeB up-downgoing.Use PC to generate and analyze descending I/Q data, save instrument.Also can use existing NodeB,, further reach the demand and the cost-effective purpose of test as simulation RNC.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; being familiar with those of ordinary skill in the art ought can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (10)
1. the system that base station node B is tested is used to test the NodeB baseband board and connects the Uu mouth of subscriber equipment and the disposal ability and the stability of the Iub mouth that is connected base station controller, it is characterized in that, comprising:
The analog subscriber EM equipment module is used to generate up I/Q data, and analyzes descending I/Q data;
The NodeB test board of simulation Uu interface is used to obtain described up I/Q data, sends described up I/Q data to the NodeB baseband board, and the descending I/Q data of gathering described NodeB baseband board;
Control desk is connected with anolog base station controller, is used for by interactive information, and what control was tested starts or stops;
Anolog base station controller is used for carrying out the mutual of control messages with described NodeB test board, control desk and analog subscriber EM equipment module, and realizes the user's face of Iub interface and the transmission and the Treatment Analysis of chain of command data.
2. the system that base station node B is tested according to claim 1 is characterized in that, described anolog base station controller also comprises:
Master control borad is used for the processing of described Iub interface chain of command data, treatments B node application protocol message, and simultaneously each node is controlled;
The user face data disposable plates is used to receive the up user face data of described NodeB, and carries out Treatment Analysis, generates the data of descending each channel simultaneously;
Transmission board is used for the transmission process of described Iub interface data, carries out the transmission of described user's face and chain of command data between described NodeB and described anolog base station controller;
Clock board is used to each veneer of anolog base station controller that timing reference input is provided.
3. the system that base station node B is tested according to claim 1 is characterized in that, described control desk also comprises:
The script configuration module is used to be provided with described anolog base station controller and initiates the required various signaling parameters of B node application protocol message;
Human-computer interface module is used to be provided with call flow, and up wireless environment is manually controlled the information in test process and the demonstration test.
4. the system that base station node B is tested according to claim 1 is characterized in that, described analog subscriber EM equipment module also comprises:
High-rise module is used for obtaining script argument and predefined call flow information from described control desk;
Baseband module, be used for generating described up I/Q data according to the script argument and the predefined call flow information of described acquisition, and the descending I/Q data that described NodeB test board is gathered are done the analysis of physics channel and transmission channel according to the script argument of described control desk configuration and the B node application protocol flow process of definition.
5. the system that base station node B is tested according to claim 2 is characterized in that, described master control borad also comprises:
Main control module, be used for obtaining script argument from described control desk, generate the sub-district example, the informing business module is initiated public process, set up sub-district and Common transport channel,, generate the subscriber equipment example according to the call flow that defines in the described control desk, fill in B node application protocol, notify described business module to initiate B node application protocol process;
Business module is used to accept the B node application protocol message transmission request of described main control module, and B node application protocol message is sent to transport module;
Transport module is used for B node application protocol message is forwarded to described transmission board.
6. the system that base station node B is tested according to claim 2 is characterized in that, described user face data disposable plates also comprises:
The FP module, be used to receive the up FP bag of described NodeB, analyze the wherein data of transmission channel, the error rate of physical channel and the Block Error Rate of transmission channel are taken statistics, statistics is reported described control desk, and generate the data of descending each channel, send to described NodeB by described transmission board.
7. the system that base station node B is tested according to claim 1 is characterized in that, described NodeB test board also comprises:
Microprocessor is used to obtain the up I/Q data that described analog subscriber EM equipment module generates, and dumps to field programmable gate array, and the descending I/Q storage that described field programmable gate array is gathered is to the PC at described analog subscriber EM equipment module place;
Field programmable gate array is used to send described up I/Q data to described NodeB baseband board, and the descending I/Q data of gathering described NodeB baseband board.
8. the system that base station node B is tested according to claim 1, it is characterized in that, all be provided with operation back-up system module in master control borad in described control desk, analog subscriber EM equipment module and the described anolog base station controller, the user face data disposable plates, described control desk, analog subscriber EM equipment module and user face data disposable plates are by described operation back-up system module and described master control borad communication, transmitting control message, communication mechanism adopts the TCP/IP mode.
9. the system that base station node B is tested according to claim 1 is characterized in that, by the communication of described Iub interface, follows the third generation partner program agreement of standard between described anolog base station controller and the NodeB.
10, a kind of method of utilizing claim 1,2,3,4,5,6,7,8 or 9 described systems to test, be used to test the NodeB baseband board and connect the Uu mouth of subscriber equipment and the disposal ability and the stability of the Iub mouth that is connected base station controller, it is characterized in that, comprise the steps:
One analog subscriber EM equipment module is set, is used to generate up I/Q data, and analyze descending I/Q data;
The NodeB test board of one simulation Uu interface is set, is used to obtain described up I/Q data, send described up I/Q data to the NodeB baseband board, and the descending I/Q data of gathering described NodeB baseband board;
One control desk is set, is used for by interactive information, what control was tested starts or stops;
One anolog base station controller is set, is used for carrying out the mutual of control messages, and realizes the user's face of Iub interface and the transmission and the Treatment Analysis of chain of command data with described NodeB test board, control desk and analog subscriber EM equipment module.
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| CNB2005101264258A CN100472988C (en) | 2005-12-09 | 2005-12-09 | System and method for detecting base-station NodcB |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101557598B (en) * | 2008-04-07 | 2011-04-20 | 中兴通讯股份有限公司 | Device and method for testing wireless baseband chips in base station side |
| CN102076004A (en) * | 2010-12-28 | 2011-05-25 | 华为技术有限公司 | Measuring method and device |
| CN102572911A (en) * | 2010-12-28 | 2012-07-11 | 上海贝尔股份有限公司 | Long term evolution (LTE) base band terminal simulation system based on peripheral component interconnect express (PCI-E) interface |
| CN102572911B (en) * | 2010-12-28 | 2016-04-06 | 上海贝尔股份有限公司 | A kind of LTE base band terminal simulation system based on PCI-E interface |
| CN102098702A (en) * | 2011-01-30 | 2011-06-15 | 大唐移动通信设备有限公司 | Performance testing system, method and equipment |
| CN102098702B (en) * | 2011-01-30 | 2014-07-16 | 大唐移动通信设备有限公司 | Performance testing system, method and equipment |
| CN102333336A (en) * | 2011-10-20 | 2012-01-25 | 中兴通讯股份有限公司 | Service management method and system |
| WO2017107549A1 (en) * | 2015-12-25 | 2017-06-29 | 中兴通讯股份有限公司 | Base station test system, apparatus and method |
| CN116112943A (en) * | 2023-02-20 | 2023-05-12 | 中国科学院计算技术研究所 | Analog communication system, deployment method thereof and analog communication test method |
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