TW201431316A - Compensation method and computer system thereof for correction system - Google Patents

Abstract

A compensation method for a correction system including a network connector, including a plurality of transmission ports, and a noise generator includes obtaining an entire decay value of the noise generator, obtaining a plurality of individual decay values corresponding to the plurality of transmission ports, and comparing one individual decay value corresponding to one transmission ports and the entire decay value to generate a difference value, so as to process a compensation operation of the plurality of individual decay values corresponding to the plurality of transmission ports for obtaining a plurality of downlink power values corresponding to the plurality of transmission ports.

Description

Compensation method and computer system for verification system

The invention relates to a compensation method and a computer system for a calibration system, in particular to an attenuation value corresponding to a plurality of transmissions of a calibration system, corresponding to obtaining a plurality of downlinks of a plurality of transmissions Power value compensation method and computer system.

With the rapid development of network and Netcom devices, users can access multiple network services through routers, gateways, and various common transmission channels, such as cable television, xDSL, optical fiber, or wireless networks. Under this circumstance, telecom operators or carriers have developed different verification systems for routers and gateways, which adaptively detect multiple downlink power values of multiple transmission ports in routers and gateways to obtain routers. And the use of the gateway, so that the carrier or the carrier can quickly eliminate the hardware errors of the router and the gateway.

In the prior art, the calibration system includes a noise generator, a network bridge, and a spectrum analyzer, and the downlink power value of each transmission port of the network bridge is related to the corresponding attenuation rate. However, common prior art techniques do not directly measure the attenuation rate of each transmission chirp, such that a carrier or a carrier may obtain an incorrect downlink power value for each transmission chirp.

Therefore, another compensation method and a computer system for the calibration system are provided, which are appropriately estimated according to different operating frequencies and different transmission 埠, corresponding to providing a correct attenuation rate. The value of the line power before the transmission has become an important issue in the field.

Therefore, the main object of the present invention is to provide a compensation method and a computer system, which can correctly estimate the downlink power value of each transmission port according to different operating frequencies and different transmission ports, correspondingly providing a correct attenuation rate.

The present invention discloses a compensation method for a verification system, the verification system includes a network bridge and a noise generator, and the network bridge includes a plurality of transmission ports, and the compensation method includes obtaining An overall attenuation value of the noise generator; obtaining a plurality of respective attenuation values corresponding to the plurality of transmission chirps; and comparing a difference between each of the plurality of transmission chirps and the overall attenuation value The value is used to compensate the plurality of respective attenuation values corresponding to the plurality of transmission ports, and corresponding to the plurality of downlink power values of the plurality of transmission ports.

The present invention further discloses a computer system coupled to a verification system, wherein the verification system includes a network bridge and a noise generator, and the network bridge includes a plurality of transmission ports, and the computer system includes a central processing unit; and a storage device storing a program code for instructing the central processing unit to perform a compensation method for the verification system, the compensation method comprising obtaining a whole of a noise generator Attenuating value; obtaining a plurality of respective attenuation values corresponding to the plurality of transmission ports; and comparing a difference value between the respective attenuation values of each of the plurality of transmission ports and the overall attenuation value to compensate the plurality of transmissions The plurality of respective attenuation values corresponding to the plurality of transmissions are corresponding to the plurality of downlink power values of the plurality of transmissions.

10‧‧‧Checking system

100‧‧‧ Noise Generator

102‧‧‧Network Bridge

104‧‧‧ spectrum analyzer

12‧‧‧ computer system

120‧‧‧ processor

122‧‧‧Storage device

20‧‧‧Compensation process

200, 202, 204, 206, 208‧‧ steps

Port1~PortN‧‧‧Transportation

FIG. 1 is a schematic diagram of a verification system according to an embodiment of the present invention.

FIG. 2 is a flow chart of a compensation process according to Embodiment 1 of the present invention.

Certain terms are used throughout the description and following claims to refer to particular elements. It should be understood by those of ordinary skill in the art that manufacturers may refer to the same elements by different nouns. The scope of this specification and the subsequent patent application do not use the difference of the names as the means for distinguishing the elements, but the differences in the functions of the elements as the basis for the distinction. The term "including" as used throughout the specification and subsequent claims is an open term and should be interpreted as "including but not limited to". In addition, the term "coupled" is used herein to include any direct and indirect electrical connection. Therefore, if a first device is coupled to a second device, it means that the first device can be directly connected to the second device or indirectly connected to the second device through other devices or connection means.

Please refer to FIG. 1. FIG. 1 is a schematic diagram of a verification system 10 according to an embodiment of the present invention. As shown in FIG. 1, the verification system 10 includes a noise generator 100, a network bridge 102, and a spectrum analyzer 104, and the verification system 10 is coupled to a computer system 12. The noise generator 100 is configured to generate a noise initial signal, corresponding to providing a noise initial signal to the network bridge 102, and the network bridge 102 can be a router and a gateway, and includes a one-to-many splitter function. The noise initial signal of the noise generator 100 is transmitted to the transmission ports Port1~PortN, and the spectrum analyzer 104 is coupled to one of the transmission ports Port1~PortN, corresponding to receiving the noise initial signal. In addition, the computer system 12 includes a processor 120 and a storage device 122. The storage device 122 stores a code (not shown) to instruct the processor 120 to perform a compensation method for the verification system 10. It should be noted that the embodiment does not limit the coupling between the verification system 10 and the computer system 12, and the general knowledge in the art can be adaptively based on the noise generator 100, the network bridge 102, and the spectrum analyzer. The coupling mode of 104 is corresponding to the coupling mode between the adjustment verification system 10 and the computer system 12, so that Both the calibration system 10 and the computer system 12 can appropriately perform signal transmission and switching mechanisms, which are all within the scope of the present invention.

Further, in this embodiment, the setting method applicable to the verification system 10 and the computer system 12 can be further summarized into a compensation process 20. As shown in FIG. 2, the compensation process 20 is compiled into a code and stored in the storage. In the device 122, the operation between the verification system 10 and the computer system 12 is adaptively controlled, and is not intended to limit the scope of the present invention. The compensation process 20 includes the following steps:

Step 200: Start.

Step 202: Acquire an overall attenuation value of one of the noise generators 100.

Step 204: Acquire a plurality of respective attenuation values corresponding to the transmission ports Port1~PortN.

Step 206: Compare the difference value between the respective attenuation values of each transmission chirp and the overall attenuation value to compensate for the plurality of respective attenuation values corresponding to the transmission ports Port1~PortN, and correspondingly obtain the complex number of the transmission ports Port1~PortN. The downlink power value.

Step 208: End.

In step 202, the user obtains the overall attenuation value of the noise generator 100 through the computer system 12, that is, the noise generator 100 adjusts the initial noise signal of the output according to the product specifications of the network bridge 102. The size corresponds to providing different sizes of noise initial signals to the network bridge 102. In this embodiment, the noise generator 100 can adaptively adjust the magnitude of the overall attenuation value according to the control of another code to generate different noise initial signals, which is not intended to limit the scope of the present invention.

In step 204, the user obtains the plurality of downlink powers corresponding to the transmissions of the network bridge 102, Port1~PortN, through the spectrum analyzer 104, and obtains the transmission. 复Port1~PortN multiple individual attenuation values. In detail, in this embodiment, the user connects the spectrum analyzer 104 and the transmission ports Port1~PortN respectively to measure the initial downlink power values of different transmission ports, and accordingly, the user can further refer to the computer system 12 according to the computer system 12 A downlink power value lookup table preset in the medium compares the initial downlink power values of different transmission ports with their corresponding values in the downlink power value lookup table, and further obtains respective attenuation values of different transmission ports. At the same time, the noise generator 100 can also operate at different operating frequencies, so that the spectrum analyzer 104 can obtain the respective attenuation values of different transmissions at different operating frequencies by repeating the operation of step 204.

In step 206, the computer system 12 compares the difference value between the respective attenuation values of each transmission port and the overall attenuation value to compensate for the plurality of respective attenuation values corresponding to the transmission ports Port1~PortN, and obtains the corresponding transmission values. The number of downlink power values of Port1~PortN. In detail, the computer system 12 is under the control of the compensation process 20, and the processor 120 calculates the difference between the respective attenuation values of each transmission port and the overall attenuation value of the noise generator 100, and then according to the difference value. Performing a numerical operation on the initial downlink power value of each transmission port, for example, an addition and subtraction operation, so that the computer system 12 can obtain a plurality of downlink power values after the transmission of the Port1~PortN correction, that is, the initial downlink power value of the different transmission ports. Will be corrected to the new downlink power value.

For example, in this embodiment, the computer system 12 will first obtain the overall attenuation value of the noise generator 100 as 40 steps, wherein each step corresponds to 0.25 dB. Then, the computer system 12 obtains the respective attenuation values of different transmissions at different operating frequencies, and then compares the difference between the respective individual attenuation values of the transmission ports Port1~Port16 and the overall attenuation value, for example, the transmission port 11 is analyzed by the spectrum analyzer. After 104 measurements, the row power value is 42 steps. In this case, the processor 120 can determine that the difference between the overall attenuation value (ie, 40 steps) and the line power value under the transmission port (ie, 42 steps) is 2 steps, and is further determined by the computer system 12. The difference value (ie 2 steps) corresponds to the row power value under the modified transmission port1, for example, another step value is converted to 0.5 steps (ie 2×0.25 dB), and then the initial downlink power value of the port 1 Port1 is transmitted. With 0.5dB, a new downlink power value for different transmissions can be obtained.

It should be noted that the storage device 122 of the computer system 12 of the embodiment further stores a preset threshold value, so that the computer system 12 obtains a new downlink power value under different operating frequencies, and then corresponds to a new downlink. The difference between the power value and the preset threshold value is such that the new downlink power value does not exceed the preset threshold value, that is, the preset threshold value includes an upper/lower limit threshold value, and the computer system 12 will cause the new downlink power value not to exceed the upper limit value. Threshold value or lower limit threshold.

In this embodiment, if the new downlink power value does not exceed the preset threshold, the storage device 122 of the computer system 12 will store a new downlink power value, thereby forming another lookup table (or replacing the original downlink power value). Lookup table) for the user to know the plurality of new downlink power values that are transmitted at different operating frequencies. On the other hand, if the new downlink power value has exceeded the preset threshold, the computer system 12 or the compensation process 20 will determine that the current operation of the transmission is an error compensation operation, and then discard the new downlink power value of the transmission. In this case, the computer system 12 can generate a prompt signal to inform the user, so that the user can appropriately decide whether to re-compensate the transmission, or modify the setting between the verification system 10 and the computer system 12. The constants are not intended to limit the scope of the invention.

It should be noted that a person skilled in the art can also provide a user interface in the computer system 12, correspondingly providing a user to perform a compensation operation between different transmissions, or when generating a fault compensation operation in a single transmission. Corresponding to the relevant setting constant used to modify the transmission port. Of course, the computer system 12 can also set an initialization operation to match the compensation flow. The operation of the process 20 enables the computer system 12 to be coupled to the verification system 10 for the first time, and correspondingly select one of the plurality of downlink power value lookup tables in the storage device 122 and the relevant setting parameters of the verification system 10. In addition, the computer system 12 can also be combined with different switching mechanisms to simultaneously perform the compensation operation between the plurality of verification systems 10, which is also within the scope of the present invention. In summary, the embodiments of the present invention provide a use. The compensation method and the computer system of the calibration system can appropriately estimate the downlink power value of each transmission port according to different operating frequencies and transmissions, correspondingly providing a correct attenuation rate. Compared with the prior art, the present embodiment additionally performs a compensation operation to correct the line power value under each transmission, and further determines whether the line power value under each transmission exceeds a reasonable preset threshold, thereby increasing the network. The application range of the bridge, for the carrier or the carrier, can measure the correct downlink power value of different transmissions according to the embodiment to determine whether the currently used network bridge generates a hardware problem. And for the right thing to repair.

10‧‧‧Checking system

100‧‧‧ Noise Generator

102‧‧‧Network Bridge

104‧‧‧ spectrum analyzer

12‧‧‧ computer system

120‧‧‧ processor

122‧‧‧Storage device

Port1~PortN‧‧‧Transportation

Claims (10)

A compensation method for a verification system, the verification system includes a network bridge and a noise generator, and the network bridge includes a plurality of transmission ports, and the compensation method includes: obtaining the hybrid An overall attenuation value of the signal generator; obtaining a plurality of respective attenuation values corresponding to the plurality of transmission ports; and comparing a difference value between the respective attenuation values of each of the plurality of transmission ports and the overall attenuation value, Compensating for the plurality of respective attenuation values corresponding to the plurality of transmission ports, and correspondingly obtaining a plurality of downlink power values of the plurality of transmission ports. The compensation method of claim 1, wherein the difference value between the respective attenuation values of each of the plurality of transmissions and the overall attenuation value is compared to compensate the plurality of transmissions corresponding to the plurality of transmissions The attenuation value, corresponding to the step of obtaining the plurality of downlink power values of the plurality of transmission ports, further includes: performing a numerical operation according to the difference value to obtain the plurality of downlink power values. The method of claim 2, the step of performing the numerical operation according to the difference value to obtain the plurality of downlink power values, further comprising: selecting one of the plurality of downlink power values to determine the Whether the one of the plurality of downlink power values exceeds a predetermined threshold; and if the one of the plurality of downlink power values does not exceed the predetermined threshold, storing the one of the plurality of downlink power values correspondingly. The method of claim 3, wherein if the one of the plurality of downlink power values does not exceed the predetermined threshold, the step of storing the one of the plurality of downlink power values further includes: The stored plurality of downlink power values are obtained to form a lookup table. The method of claim 3, wherein the step of selecting the one of the plurality of downlink power values to determine whether the one of the plurality of downlink power values exceeds the predetermined threshold value further includes: The one of the plurality of downlink power values exceeds the predetermined threshold, and is determined to be an error compensation operation, and the one of the plurality of downlink power values is discarded. A computer system coupled to a verification system, wherein the verification system includes a network bridge and a noise generator, and the network bridge includes a plurality of transmission ports, the computer system includes: a central And a storage device storing a code for instructing the central processing unit to perform a compensation method for the verification system, the compensation method comprising: obtaining one of the noise generators as a whole Attenuating value; obtaining a plurality of respective attenuation values corresponding to the plurality of transmission ports; and comparing a difference value between the respective attenuation values of each of the plurality of transmission ports and the overall attenuation value to compensate the plurality of transmissions The plurality of respective attenuation values corresponding to the plurality of transmissions are corresponding to the plurality of downlink power values of the plurality of transmissions. The computer system of claim 6, wherein the difference value between the respective attenuation values of each of the plurality of transmissions and the overall attenuation value is compared to compensate the plurality of transmissions corresponding to the plurality of transmissions The attenuation value, corresponding to the step of obtaining the plurality of downlink power values of the plurality of transmission ports, further includes: performing a numerical operation according to the difference value to obtain the plurality of downlink power values. The computer system of claim 7, the step of performing the numerical operation according to the difference value to obtain the plurality of downlink power values, further comprising: selecting one of the plurality of downlink power values to determine the Whether the one of the plurality of downlink power values exceeds a predetermined threshold; and if the one of the plurality of downlink power values does not exceed the predetermined threshold, storing the one of the plurality of downlink power values correspondingly. The computer system of claim 8, wherein if the one of the plurality of downlink power values does not exceed the predetermined threshold, the step of storing the one of the plurality of downlink power values further includes: obtaining The plurality of downlink power values have been stored to form a lookup table. The computer system of claim 8, wherein the one of the plurality of downlink power values is selected to determine whether the one of the plurality of downlink power values exceeds the predetermined threshold, and further includes: The one of the plurality of downlink power values exceeds the predetermined threshold, and is determined to be an error compensation operation, and the one of the plurality of downlink power values is discarded.