CN112152732A - Curve adjusting method, curve adjusting system, curve adjusting medium, debugging preparation method, debugging preparation system and debugging preparation medium - Google Patents
Curve adjusting method, curve adjusting system, curve adjusting medium, debugging preparation method, debugging preparation system and debugging preparation medium Download PDFInfo
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Abstract
The invention discloses a curve adjusting method, a curve adjusting system, a curve adjusting medium, a debugging preparation method, a debugging preparation system and a debugging preparation medium, wherein the curve adjusting method comprises the following steps: acquiring standard parameter values of all Marker points on a standard trajectory curve, wherein the standard trajectory curve is a trajectory curve which can be displayed by a standard machine; and correcting the parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting the parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values. The line is composed of points, and under the condition that points on a track curve on the network analyzer which should be used as a defective product are all equal to points on a standard machine, the track curve is also the same as the track curve on the standard machine, so that the network branch track curve adjusting method provided by the invention can correct at least a part of originally unqualified network analyzers to meet the product debugging requirements.
Description
Technical Field
The invention relates to the technical field of communication equipment, in particular to a curve adjusting method, a curve adjusting system, a curve adjusting medium, a debugging preparation method, a debugging preparation system and a debugging preparation medium.
Background
A network analyzer is a comprehensive microwave measuring instrument which can perform scanning measurement in a wide frequency band to determine network parameters, and is called a microwave network analyzer for short. The network analyzer is a new type of instrument for measuring network parameters, and can directly measure complex scattering parameters of active or passive, reversible or irreversible double-port and single-port networks, and give out amplitude and phase frequency characteristics of each scattering parameter in a frequency scanning mode. The automatic network analyzer can correct errors of the measurement results point by point and convert dozens of other network parameters, such as input reflection coefficients, output reflection coefficients, voltage standing wave ratios, impedance (or admittance), attenuation (or gain), phase shift, group delay and other transmission parameters, isolation, orientation and the like.
Some communication products must use the network analyzer to debug the performance in the manufacturing process, such as the filter, the combiner, etc., because a series of possible problems such as the design problem of the network analyzer, the hardware processing error or the assembly error, etc., cause some network analyzer parameter indexes to not meet the preset requirements, such as the insertion loss value, return loss value or inhibition value, etc. of one or more Marker points when measuring the filter has certain errors with the standard machine (i.e., the network analyzer that meets the preset requirements), the traditional method is to find the fault as the defective product, then to remove the fault, to retest, in the case that the design problem or the processing accuracy is difficult to meet the requirements all the time, the method is costly.
It can be seen that the prior art is still in need of improvement and development.
Disclosure of Invention
In view of the above-mentioned deficiencies of the prior art, an object of the present invention is to provide a method, a system, a medium, a method, a system and a medium for preparing a curve adjustment, which are used to solve the problems of poor parameters of a network analyzer, incapability of debugging a filter, and high cost due to a fault finding and removing manner in the prior art.
The technical scheme of the invention is as follows:
a method for adjusting a net tracking curve comprises the following steps:
acquiring standard parameter values of all Marker points on a standard trajectory curve, wherein the standard trajectory curve is a trajectory curve which can be displayed by a standard machine;
and correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values.
The effect of above-mentioned scheme lies in: after correcting the Marker point parameter values on the trace curve of the network analyzer according to the standard machine, the Marker point parameter values on the trace curve are equivalent to the standard parameter values in a one-to-one correspondence mode, and the trace curve is also equivalent to the trace curve of the standard machine under the condition that the points on the trace curve of the network analyzer which should be used as a defective product are equivalent to the points on the standard machine, so that the method for adjusting the network sub-trace curve provided by the invention can correct at least a part of originally unqualified network analyzers to meet the product debugging requirements.
In a further preferred embodiment, the step of correcting the parameter values of all Marker points on the trajectory curve in the net to be adjusted according to the obtained standard parameter values specifically includes: replacing the original Marker point parameter values in the network to be adjusted with the acquired standard parameter values in a one-to-one correspondence manner;
the step of correcting the parameter value of the Marker point to be corrected on the trajectory curve in the network segment to be adjusted according to the acquired standard parameter value, wherein the step of the difference between the parameter value of the Marker point to be corrected and the standard parameter value specifically comprises the following steps:
comparing the acquired standard parameter values with the parameter values of all Marker points on the trajectory curve in the network segment to be adjusted one by one, searching for the Marker points with difference values with the standard parameter values, and defining the Marker points as the Marker points to be corrected;
and writing the standard parameter values corresponding to the Marker points to be corrected into the net marks to be adjusted, and enabling the written standard parameter values to correspondingly replace the parameter values of the Marker points to be corrected one by one.
It should be noted that the above preferred embodiments include two different embodiments: 1. directly writing all the obtained standard parameter values into the net marks in an overlaying manner no matter how the parameter values of the Marker points on the trajectory curve in the net marks to be adjusted are, and replacing the original Marker point parameter values in the net marks to be adjusted (namely, the standard parameter values are one-to-one correspondingly overlaid on the original Marker point parameter values in the net marks to be adjusted); 2. firstly, judging which of the original Marker point parameter values in the network element to be adjusted are satisfactory (namely, equal to the standard parameter value) and which are unsatisfactory (namely, not equal to the standard parameter value), then writing part of the standard parameter values into the network element to be adjusted, and replacing the corresponding original Marker point parameter values (namely, the satisfactory Marker point parameter values are reserved, and the unsatisfactory Marker point parameter values are replaced by the standard parameter values).
The effect of above-mentioned scheme lies in: compared with the prior art, the scheme 1 is simpler and more convenient, does not need comparison, and can be directly covered; however, the standard parameter value and the parameter value of the original Marker point are automatically compared through a computer program, and as for the scheme 2, the problem of the scheme of the invention can not be caused, so that the two schemes can ensure the smooth implementation of the method provided by the invention.
In a further preferred embodiment, the step of obtaining standard parameter values of all Marker points on a standard trajectory curve, where the standard trajectory curve is a trajectory curve displayable by a standard machine, further includes: acquiring to-be-compared parameter values of all Marker points on a to-be-corrected track curve in a to-be-adjusted network, comparing the acquired standard parameter values with the to-be-compared parameter values one by one, searching for Marker points with difference values with the standard parameter values, and defining the Marker points as the Marker points to be corrected;
and the step of correcting the parameter values of all Marker points on the trajectory curve in the network branch to be adjusted or correcting the parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, wherein the step of correcting the difference between the parameter values of the Marker points to be corrected and the standard parameter values is replaced by the following steps: and writing the standard parameter values corresponding to the Marker points to be corrected into the net marks to be adjusted, and enabling the written standard parameter values to correspondingly replace the parameter values of the Marker points to be corrected one by one.
The preferred embodiment is not substantially different from the basic embodiment, except that: the basic scheme is that firstly, standard parameter values are obtained, and then the standard parameter values can be directly written into a network to be adjusted in a covering mode to correct Marker point parameter values; the preferable scheme includes that the standard parameter values and all Marker point parameter values on the to-be-adjusted net track-dividing curve are obtained firstly, then comparison is carried out, partial standard parameter values are written in after comparison, and the parameter values of the to-be-corrected Marker points are replaced correspondingly.
The effect of above-mentioned scheme lies in: the optimal scheme can also realize the correction of the track curve, so that the problems that in the prior art, partial parameters of a network analyzer are bad, the filter cannot be debugged, and the problem of high cost exists due to the adoption of a fault finding and removing mode are solved.
In a further preferred embodiment, the step of obtaining the standard parameter values of all Marker points on the standard trajectory curve, where the standard trajectory curve is a trajectory curve displayable by a standard machine, specifically includes: the method comprises the steps that a product is connected into a standard machine, standard parameter values of all Marker points on a standard track curve are obtained, and the standard track curve is a track curve displayed when the standard machine measures the product;
the step of correcting the parameter values of all Marker points on the trajectory curve in the network segment to be adjusted or correcting the parameter values of the Marker points to be corrected on the trajectory curve in the network segment to be adjusted according to the obtained standard parameter values, wherein the step of difference between the parameter values of the Marker points to be corrected and the standard parameter values is specifically as follows: and accessing the product to a network score to be adjusted, and correcting the parameter values of all Marker points on a track curve displayed when the network score to be adjusted measures the product according to the obtained standard parameter values, or correcting the parameter values of all Marker points to be corrected on the track curve displayed when the network score to be adjusted measures the product, wherein the parameter values of the Marker points to be corrected and the standard parameter values have difference values.
The effect of above-mentioned scheme lies in: the scheme aims at the product to carry out targeted adjustment, and has higher precision for the application of debugging and the like of the product; it should be noted that the preferred solution and the basic solution are common, that is, after the network analyzer is adjusted in a universal manner, the network analyzer can be adjusted in a targeted manner again for some products with higher accuracy requirements.
In a further preferred scheme, the step of accessing the product to a standard machine to obtain standard parameter values of all Marker points on a standard trajectory curve, where the standard trajectory curve is a trajectory curve displayed when the standard machine measures the product, specifically includes:
the method comprises the steps that a plurality of products are connected into a standard machine one by one, and standard parameter values of all Marker points on a standard trajectory curve corresponding to the products are obtained one by one;
the step of accessing the product to a network element to be adjusted, and correcting the parameter values of all Marker points on a track curve displayed when the network element to be adjusted measures the product according to the obtained standard parameter values, or correcting the parameter values of all Marker points to be corrected on a track curve displayed when the network element to be adjusted measures the product, wherein the step that the parameter values of the Marker points to be corrected and the standard parameter values have difference values specifically comprises the following steps: and the plurality of products are connected to the network element to be adjusted one by one, and the parameter values of all Marker points on the track curve displayed when the network element to be adjusted is measured on each product are correspondingly corrected according to the plurality of groups of acquired standard parameter values, or the parameter values of all Marker points to be corrected on the track curve displayed when the network element to be adjusted is measured on each product are corrected, wherein the parameter values of the Marker points to be corrected and the standard parameter values have difference values.
The effect of above-mentioned scheme lies in: under the condition of higher requirement on the product quality of a company, all products can adjust the network analyzers through the preferred scheme so as to improve the debugging precision and consistency of the products (usually, a plurality of network analyzers are arranged in an enterprise and respectively debug the products before the assembly is finished, and if the instrument consistency is poor, the consistency of the debugged products is also poor; and the network analyzer is adjusted through a computer program, so that the whole process does not need to be operated manually.
A net split trajectory curve adjusting system for implementing the net split trajectory curve adjusting method as described above, comprising:
the system comprises a standard machine and a network to be adjusted, wherein the standard machine is used for obtaining standard parameter values of all Marker points on a standard trajectory curve, and the standard trajectory curve is a trajectory curve which can be displayed by the standard machine; correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values; or the network to be adjusted is used for acquiring standard parameter values of all Marker points on a standard trajectory curve, and the standard trajectory curve is a trajectory curve which can be displayed by a standard machine; correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values;
alternatively, it comprises: the system comprises a standard machine, a track curve adjusting device and a network to be adjusted, wherein the track curve adjusting device is used for acquiring standard parameter values of all Marker points on a standard track curve, and the standard track curve is a track curve which can be displayed by the standard machine; correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values;
alternatively, it comprises: the system comprises a standard machine, a server/local area network device and a network to be adjusted, wherein the server/local area network device is used for acquiring standard parameter values of all Marker points on a standard trajectory curve, and the standard trajectory curve is a trajectory curve which can be displayed by the standard machine; and correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values.
A storage medium having a computer program stored thereon, wherein the computer program when executed by a processor implements the steps of the mesh split trajectory curve adjustment method as described above.
A product debugging preparation method realized based on an online scoring trajectory curve adjusting method comprises the following steps: the network analyzer is accessed into a product, receives a user operation instruction, and calls a parameter value group and a product debugging configuration file corresponding to the product from a server or a local area network, wherein the parameter value group is generated in the following mode: the method comprises the steps that a product is connected to a standard machine, standard parameter values of all Marker points on a standard track curve are obtained to form a parameter value group, and the standard track curve is a track curve displayed when the standard machine measures the product;
and the network analyzer corrects the parameter values of all Marker points on the displayed track curve according to the set of the adjusted parameter values, or corrects the parameter values of all Marker points to be corrected on the displayed track curve, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values.
The effect of above-mentioned scheme lies in: when a network analyzer debugs a certain product, a corresponding parameter value group and a product debugging configuration file are directly fetched from a server or a local area network (the product debugging configuration file is not described in too much, the file is not specifically modified in the invention, and the file is only stored in the server or the local area network, so that a debugger can directly fetch the file during product debugging, and does not need to use a USB (universal serial bus) disk copy to a specific file folder of the network analyzer during debugging of each product, thereby simplifying the operation process).
A product commissioning preparation system for implementing the product commissioning preparation method as described above, comprising: the system comprises a network analyzer and a server/local area network, wherein the network analyzer is used for accessing a product, receiving a user operation instruction, calling a parameter value group and a product debugging configuration file corresponding to the product from the server or the local area network, and correcting parameter values of all Marker points on a displayed track curve according to the called parameter value group, or correcting parameter values of all Marker points to be corrected on the displayed track curve, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values; the server/local area network is configured to store the parameter value set.
A storage medium having a computer program stored thereon, wherein the computer program, when executed by a processor, implements the steps of the product debugging preparation method as described above.
Compared with the prior art, the method for adjusting the network tracking curve provided by the invention comprises the following steps: acquiring standard parameter values of all Marker points on a standard trajectory curve, wherein the standard trajectory curve is a trajectory curve which can be displayed by a standard machine; and correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values. After correcting the Marker point parameter values on the trace curve of the network analyzer according to the standard machine, the Marker point parameter values on the trace curve are equivalent to the standard parameter values in a one-to-one correspondence mode, and the trace curve is also equivalent to the trace curve of the standard machine under the condition that the points on the trace curve of the network analyzer which should be used as a defective product are equivalent to the points on the standard machine, so that the method for adjusting the network sub-trace curve provided by the invention can correct at least a part of originally unqualified network analyzers to meet the product debugging requirements.
Drawings
FIG. 1 is a flow chart of a method for adjusting a net separation trajectory curve according to the present invention.
Fig. 2 is a flowchart of a product commissioning preparation method of the present invention.
Detailed Description
The invention provides a curve adjusting method, a curve adjusting system, a curve adjusting medium, a debugging preparation method, a curve adjusting system and a curve adjusting medium, and in order to make the purpose, the technical scheme and the effect of the invention clearer and clearer, the invention is further described in detail by referring to the attached drawings and taking examples. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The invention provides a method for adjusting a network tracking curve, which comprises the following steps as shown in figure 1:
s100, obtaining standard parameter values of all Marker points on a standard trajectory curve, wherein the standard trajectory curve is a trajectory curve which can be displayed by a standard machine.
The trace curve is a curve of a network analyzer displaying indexes, the invention is specifically defined without detailed description, and the trace curve can be called as a debugging curve when a product is debugged. It should be noted that the network analyzer needs to be calibrated (using a mechanical calibration piece or an electronic calibration piece) when a cable is replaced, but the present invention does not need to describe this in detail because the present invention does not adjust the process; in addition, the standard machine is selected manually, the invention is not limited in particular, and it should be understood that the invention is within the protection scope of the invention as long as one network analyzer is used as a standard to correct the Marker point parameter value of another network analyzer, and further correct the trajectory curve.
In addition, there are many methods for obtaining the standard parameter value (for obtaining the parameter value of the mesh to be adjusted, the following methods may be used), for example: implanting a computer program into the net to be adjusted, then directly connecting the net to be adjusted with a standard machine together, and reading parameter values of all Marker points on the standard machine by utilizing an operating computer program process (no matter whether the standard machine is connected with a product, the reading of the parameter values is not influenced); for another example: the invention can use the electronic device embedded with computer program to connect with the standard computer to obtain standard parameter value, the electronic device (namely the track curve adjusting device) can make the computer, mobile terminal and other devices with independent computing function and memory function, also can be the device without independent computing function but with memory function such as U disk, mobile hard disk and other devices (the computer program on the U disk and other devices can automatically run on the standard computer after connecting with the standard computer, and the processor of the standard computer is used to execute the computer program to obtain standard parameter value); for another example, a server/local area network device is used for issuing an instruction to a standard machine, so that a standard parameter value is read and stored; and the like, and the standard parameter values can be obtained in various ways, which cannot be listed in the invention and are not described herein again.
S200, according to the obtained standard parameter values, correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted, or correcting parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values.
As a preferred embodiment of the present invention, the step of correcting the parameter values of all Marker points on the trajectory curve in the net to be adjusted according to the obtained standard parameter values specifically includes: and replacing the original Marker point parameter values in the network to be adjusted with the acquired standard parameter values in a one-to-one correspondence manner.
As another preferred embodiment of the present invention, the step of correcting the parameter value of the Marker point to be corrected on the trajectory curve in the network segment to be adjusted according to the obtained standard parameter value, where a difference exists between the parameter value of the Marker point to be corrected and the standard parameter value specifically includes:
comparing the acquired standard parameter values with the parameter values of all Marker points on the trajectory curve in the network segment to be adjusted one by one, searching for the Marker points with difference values with the standard parameter values, and defining the Marker points as the Marker points to be corrected;
and writing the standard parameter values corresponding to the Marker points to be corrected into the net marks to be adjusted, and enabling the written standard parameter values to correspondingly replace the parameter values of the Marker points to be corrected one by one.
As another preferred embodiment of the present invention, the step S100 further includes: and acquiring to-be-compared parameter values of all Marker points on a to-be-corrected track curve in the network to be adjusted, comparing the acquired standard parameter values with the to-be-compared parameter values one by one, searching for the Marker points with difference values with the standard parameter values, and defining the Marker points as the Marker points to be corrected.
Replacing S200 with: and writing the standard parameter values corresponding to the Marker points to be corrected into the net marks to be adjusted, and enabling the written standard parameter values to correspondingly replace the parameter values of the Marker points to be corrected one by one.
According to another aspect of the present invention, the S100 is specifically: the method comprises the steps that a product is connected into a standard machine, standard parameter values of all Marker points on a standard track curve are obtained, and the standard track curve is a track curve displayed when the standard machine measures the product; the step of S200 is specifically as follows: and accessing the product to a network score to be adjusted, and correcting the parameter values of all Marker points on a track curve displayed when the network score to be adjusted measures the product according to the obtained standard parameter values, or correcting the parameter values of all Marker points to be corrected on the track curve displayed when the network score to be adjusted measures the product, wherein the parameter values of the Marker points to be corrected and the standard parameter values have difference values.
Further, the step of accessing the product to the standard machine to obtain the standard parameter values of all Marker points on the standard trajectory curve, where the standard trajectory curve is the trajectory curve displayed when the standard machine measures the product, specifically includes: the method comprises the steps that a plurality of products are connected into a standard machine one by one, and standard parameter values of all Marker points on a standard trajectory curve corresponding to the products are obtained one by one;
the step of accessing the product to a network element to be adjusted, and correcting the parameter values of all Marker points on a track curve displayed when the network element to be adjusted measures the product according to the obtained standard parameter values, or correcting the parameter values of all Marker points to be corrected on a track curve displayed when the network element to be adjusted measures the product, wherein the step that the parameter values of the Marker points to be corrected and the standard parameter values have difference values specifically comprises the following steps: and the plurality of products are connected to the network element to be adjusted one by one, and the parameter values of all Marker points on the track curve displayed when the network element to be adjusted is measured on each product are correspondingly corrected according to the plurality of groups of acquired standard parameter values, or the parameter values of all Marker points to be corrected on the track curve displayed when the network element to be adjusted is measured on each product are corrected, wherein the parameter values of the Marker points to be corrected and the standard parameter values have difference values.
The invention also provides a network branch trajectory curve adjusting system for realizing the network branch trajectory curve adjusting method, which comprises the following steps:
the system comprises a standard machine and a network to be adjusted, wherein the standard machine is used for obtaining standard parameter values of all Marker points on a standard trajectory curve, and the standard trajectory curve is a trajectory curve which can be displayed by the standard machine; correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values; or the network to be adjusted is used for acquiring standard parameter values of all Marker points on a standard trajectory curve, and the standard trajectory curve is a trajectory curve which can be displayed by a standard machine; correcting parameter values of all Marker points on the trajectory curve in the network segment to be adjusted according to the obtained standard parameter value, or correcting parameter values of Marker points to be corrected on the trajectory curve in the network segment to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values, and detailed description is omitted as described in the above method embodiment;
alternatively, it comprises: the system comprises a standard machine, a track curve adjusting device and a network to be adjusted, wherein the track curve adjusting device is used for acquiring standard parameter values of all Marker points on a standard track curve, and the standard track curve is a track curve which can be displayed by the standard machine; correcting parameter values of all Marker points on the trajectory curve in the network segment to be adjusted according to the obtained standard parameter value, or correcting parameter values of Marker points to be corrected on the trajectory curve in the network segment to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values, and the details are omitted as described in the above method embodiment;
alternatively, it comprises: the system comprises a standard machine, a server/local area network device and a network to be adjusted, wherein the server/local area network device is used for acquiring standard parameter values of all Marker points on a standard trajectory curve, and the standard trajectory curve is a trajectory curve which can be displayed by the standard machine; and correcting parameter values of all Marker points on the trajectory curve in the network segment to be adjusted according to the acquired standard parameter values, or correcting parameter values of Marker points to be corrected on the trajectory curve in the network segment to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values.
The present invention also provides a storage medium having a computer program stored thereon, wherein the computer program, when being executed by a processor, implements the steps of the mesh split trajectory curve adjustment method as described above.
The invention also provides a product debugging preparation method based on the online scoring trajectory curve adjusting method, as shown in fig. 2, which comprises the following steps:
s10, the network analyzer accesses the product, receives the user operation instruction, and calls the parameter value group and the product debugging configuration file corresponding to the product from the server or the local area network, wherein the generation mode of the parameter value group is as follows: the method comprises the steps that a product is connected to a standard machine, standard parameter values of all Marker points on a standard track curve are obtained to form a parameter value group, and the standard track curve is a track curve displayed when the standard machine measures the product; a debugger can call the unique parameter value set and the product debugging configuration file corresponding to the network analyzer from the server or the local area network, and the corresponding modes are various, such as the serial number, the ID number and the like of a machine, and the invention is not particularly limited;
and S20, the network analyzer corrects the parameter values of all Marker points on the displayed track curve according to the set of the parameter values, or corrects the parameter values of all Marker points to be corrected on the displayed track curve, wherein the parameter values of the Marker points to be corrected have difference with the standard parameter values.
The present invention also provides a product commissioning preparation system for implementing the product commissioning preparation method described above, comprising: the system comprises a network analyzer and a server/local area network, wherein the network analyzer is used for accessing a product, receiving a user operation instruction, calling a parameter value group and a product debugging configuration file corresponding to the product from the server or the local area network, and correcting parameter values of all Marker points on a displayed track curve according to the called parameter value group, or correcting parameter values of all Marker points to be corrected on the displayed track curve, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values; the server/local area network is configured to store the parameter value set, which is specifically described in the above method embodiment and is not described again.
The present invention also provides a storage medium having a computer program stored thereon, wherein the computer program, when executed by a processor, implements the steps of the product debugging preparation method as described above.
It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by hardware instructions of a computer program, which can be stored in a non-volatile computer-readable storage medium, and when executed, can include the processes of the embodiments of the methods described above. Any reference to memory, storage, databases, or other media used in embodiments provided herein may include non-volatile and/or volatile memory. Non-volatile memory can include read-only memory (ROM), Programmable ROM (PROM), Electrically Programmable ROM (EPROM), Electrically Erasable Programmable ROM (EEPROM), or flash memory. Volatile memory can include Random Access Memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in a variety of forms such as Static RAM (SRAM), Dynamic RAM (DRAM), Synchronous DRAM (SDRAM), Double Data Rate SDRAM (DDRSDRAM), Enhanced SDRAM (ESDRAM), synchronous Link (SyNchlinNk) DRAM (SLDRAM), Rambus (Rambus) direct RAM (RDRAM), direct memory bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM).
The technical features of the above embodiments can be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the above embodiments are not described, but should be considered as the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
It is to be understood that the invention is not limited to the examples described above, but that modifications and variations may be effected thereto by those of ordinary skill in the art in light of the foregoing description, and that all such modifications and variations are intended to be within the scope of the invention as defined by the appended claims.
Claims (10)
1. A method for adjusting a network split trajectory curve is characterized by comprising the following steps:
acquiring standard parameter values of all Marker points on a standard trajectory curve, wherein the standard trajectory curve is a trajectory curve which can be displayed by a standard machine;
and correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values.
2. The network separation trajectory curve adjusting method according to claim 1, wherein the step of correcting the parameter values of all Marker points on the trajectory curve to be adjusted according to the obtained standard parameter values specifically comprises: replacing the original Marker point parameter values in the network to be adjusted with the acquired standard parameter values in a one-to-one correspondence manner;
the step of correcting the parameter value of the Marker point to be corrected on the trajectory curve in the network segment to be adjusted according to the acquired standard parameter value, wherein the step of the difference between the parameter value of the Marker point to be corrected and the standard parameter value specifically comprises the following steps:
comparing the acquired standard parameter values with the parameter values of all Marker points on the trajectory curve in the network segment to be adjusted one by one, searching for the Marker points with difference values with the standard parameter values, and defining the Marker points as the Marker points to be corrected;
and writing the standard parameter values corresponding to the Marker points to be corrected into the net marks to be adjusted, and enabling the written standard parameter values to correspondingly replace the parameter values of the Marker points to be corrected one by one.
3. The method for adjusting net-split trajectory curve according to claim 1, wherein the step of obtaining standard parameter values of all Marker points on a standard trajectory curve, wherein the standard trajectory curve being a trajectory curve displayable by a standard machine further comprises:
acquiring to-be-compared parameter values of all Marker points on a to-be-corrected track curve in a to-be-adjusted network, comparing the acquired standard parameter values with the to-be-compared parameter values one by one, searching for Marker points with difference values with the standard parameter values, and defining the Marker points as the Marker points to be corrected;
and the step of correcting the parameter values of all Marker points on the trajectory curve in the network branch to be adjusted or correcting the parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, wherein the step of correcting the difference between the parameter values of the Marker points to be corrected and the standard parameter values is replaced by the following steps:
and writing the standard parameter values corresponding to the Marker points to be corrected into the net marks to be adjusted, and enabling the written standard parameter values to correspondingly replace the parameter values of the Marker points to be corrected one by one.
4. The network separation trajectory curve adjusting method according to any one of claims 1 to 3, wherein the step of obtaining standard parameter values of all Marker points on a standard trajectory curve, where the standard trajectory curve is a trajectory curve displayable by a standard machine, specifically comprises: the method comprises the steps that a product is connected into a standard machine, standard parameter values of all Marker points on a standard track curve are obtained, and the standard track curve is a track curve displayed when the standard machine measures the product;
the step of correcting the parameter values of all Marker points on the trajectory curve in the network segment to be adjusted or correcting the parameter values of the Marker points to be corrected on the trajectory curve in the network segment to be adjusted according to the obtained standard parameter values, wherein the step of difference between the parameter values of the Marker points to be corrected and the standard parameter values is specifically as follows:
and accessing the product to a network score to be adjusted, and correcting the parameter values of all Marker points on a track curve displayed when the network score to be adjusted measures the product according to the obtained standard parameter values, or correcting the parameter values of all Marker points to be corrected on the track curve displayed when the network score to be adjusted measures the product, wherein the parameter values of the Marker points to be corrected and the standard parameter values have difference values.
5. The network separation trajectory curve adjusting method according to claim 4, wherein the step of accessing the product to a standard machine to obtain standard parameter values of all Marker points on a standard trajectory curve, wherein the step of displaying the standard trajectory curve as the standard machine measures the product specifically comprises: the method comprises the steps that a plurality of products are connected into a standard machine one by one, and standard parameter values of all Marker points on a standard trajectory curve corresponding to the products are obtained one by one;
the step of accessing the product to a network element to be adjusted, and correcting the parameter values of all Marker points on a track curve displayed when the network element to be adjusted measures the product according to the obtained standard parameter values, or correcting the parameter values of all Marker points to be corrected on a track curve displayed when the network element to be adjusted measures the product, wherein the step that the parameter values of the Marker points to be corrected and the standard parameter values have difference values specifically comprises the following steps:
and the plurality of products are connected to the network element to be adjusted one by one, and the parameter values of all Marker points on the track curve displayed when the network element to be adjusted is measured on each product are correspondingly corrected according to the plurality of groups of acquired standard parameter values, or the parameter values of all Marker points to be corrected on the track curve displayed when the network element to be adjusted is measured on each product are corrected, wherein the parameter values of the Marker points to be corrected and the standard parameter values have difference values.
6. A net split trajectory curve adjusting system for implementing the net split trajectory curve adjusting method according to any one of claims 1 to 5, comprising:
the system comprises a standard machine and a network to be adjusted, wherein the standard machine is used for obtaining standard parameter values of all Marker points on a standard trajectory curve, and the standard trajectory curve is a trajectory curve which can be displayed by the standard machine; correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values; or the network to be adjusted is used for acquiring standard parameter values of all Marker points on a standard trajectory curve, and the standard trajectory curve is a trajectory curve which can be displayed by a standard machine; correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values;
alternatively, it comprises: the system comprises a standard machine, a track curve adjusting device and a network to be adjusted, wherein the track curve adjusting device is used for acquiring standard parameter values of all Marker points on a standard track curve, and the standard track curve is a track curve which can be displayed by the standard machine; correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values;
alternatively, it comprises: the system comprises a standard machine, a server/local area network device and a network to be adjusted, wherein the server/local area network device is used for acquiring standard parameter values of all Marker points on a standard trajectory curve, and the standard trajectory curve is a trajectory curve which can be displayed by the standard machine; and correcting parameter values of all Marker points on the trajectory curve in the network branch to be adjusted according to the acquired standard parameter values, or correcting parameter values of the Marker points to be corrected on the trajectory curve in the network branch to be adjusted, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values.
7. A storage medium having stored thereon a computer program, wherein the computer program, when being executed by a processor, implements the steps of the mesh split trajectory curve adjustment method according to any one of claims 1 to 5.
8. A product debugging preparation method implemented based on the net-split trajectory curve adjustment method according to claim 5 or 6, comprising:
the network analyzer is accessed into a product, receives a user operation instruction, and calls a parameter value group and a product debugging configuration file corresponding to the product from a server or a local area network, wherein the parameter value group is generated in the following mode: the method comprises the steps that a product is connected to a standard machine, standard parameter values of all Marker points on a standard track curve are obtained to form a parameter value group, and the standard track curve is a track curve displayed when the standard machine measures the product;
and the network analyzer corrects the parameter values of all Marker points on the displayed track curve according to the set of the adjusted parameter values, or corrects the parameter values of all Marker points to be corrected on the displayed track curve, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values.
9. A product commissioning preparation system for implementing the product commissioning preparation method of claim 8, comprising: the system comprises a network analyzer and a server/local area network, wherein the network analyzer is used for accessing a product, receiving a user operation instruction, calling a parameter value group and a product debugging configuration file corresponding to the product from the server or the local area network, and correcting parameter values of all Marker points on a displayed track curve according to the called parameter value group, or correcting parameter values of all Marker points to be corrected on the displayed track curve, wherein the parameter values of the Marker points to be corrected have difference values with the standard parameter values; the server/local area network is configured to store the parameter value set.
10. A storage medium having stored thereon a computer program for implementing the steps of the method of claim 8 when executed by a processor.
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