WO2017198018A1 - Network quality performance exhibition method, apparatus and system, and storage medium - Google Patents

Abstract

Disclosed are a network quality performance processing method, apparatus and system, and a storage medium. The method comprises: obtaining a first row field and a first column field of a matrix view; obtaining a detection result from a detected network according to the first row field and the first column field; extracting a quality performance data value of each network from a measurement result and filling same in the matrix view; and displaying the filled network quality performance data value by means of the matrix view. Displaying network quality performance data of a detected network in real time by means of arranging a matrix view solves the problem of disorder when displaying a plurality of pieces of performance data or performance data of a plurality of network lines in the same matrix view, enables a user to monitor the network in real time by means of the matrix view, solves the problem of the reduction of visibility and maintenance of a system caused by a complicated view exhibition, can intuitively, timely and clearly display the change in the network quality performance for network performance data, and also reduces the workload of the user when performing network monitoring.

Description

Network quality performance display method and device, system and storage medium

Cross-reference to related applications

The present application is filed on the basis of the Chinese Patent Application No. PCT Application No.

Technical field

The present invention relates to the field of network communication technologies, and in particular, to a network quality performance display method, device, system, and storage medium.

Background technique

In the network quality management process of the Packet Transport Network (PTN), it is often necessary to display the quality performance data of the network in real time and monitor the dynamic changes of the quality performance data. At present, the trend monitoring mode is mostly used for network monitoring display. However, if more network lines are monitored and multiple network quality performance indicators are involved in each network line, the current trend display mode will cause too many curves. There are too many corresponding coordinate axes. Even if the coordinate axes are merged, the curve will be chaotic due to extreme conditions such as data anomalies. It is impossible to analyze the network quality of the current network line in the curve, and it is impossible to intuitively perceive the change of network quality. Therefore, for more lines and performance indicators, especially in the case of frequent abnormal data failure, it is even more difficult to display the performance data changes intuitively, timely and effectively, which will affect the correct evaluation of the final quality performance of the network.

Summary of the invention

Embodiments of the present invention provide a network quality performance display method, device, system, and storage Medium to solve the technical problem that the prior art cannot display multiple network lines and multiple network quality performance data.

To solve the above technical problem, the embodiment of the present invention adopts the following technical solutions:

The embodiment of the invention provides a network quality performance display method, including:

Get the first row field and the first column field of the matrix view;

Obtaining measurement results from the detection network line according to the first row field and the first column field, the measurement result including detecting network quality performance data values of the network line;

The network quality performance data values are extracted from the measurement results and filled in the cells corresponding to the matrix elements in the matrix view, and displayed through the matrix view.

In another embodiment of the present invention, before acquiring the first row field and the first column field of the matrix view, the method further includes:

Determining the source node and the destination node of the detection network line, and setting the source node as the first row field, and setting the destination node as the first column field;

The matrix elements in the matrix view are determined according to the first row field and the first column field, and the matrix element is a network quality performance data value for detecting the network line.

In another embodiment of the present invention, after acquiring the first row field and the first column field of the matrix view, the method further includes:

Set the alarm threshold. The alarm threshold is the maximum value of the network quality performance data value of the network line under normal conditions.

Comparing the alarm threshold with the measured network quality performance data values of each detection network line;

If the result of the comparison is that the network quality performance data value is greater than the alarm threshold, the network quality performance data value is displayed in the matrix view.

In another embodiment of the present invention, before the displaying of the alarm for the network quality performance data value in the matrix view after the network quality performance data value is greater than the alarm threshold, the method further includes:

And determining, according to the comparison result, an alarm display mode of the matrix view for the network quality performance data value, where the alarm display mode includes a slight alarm display mode, a common alarm display mode, an important alarm display mode, and a severe alarm display mode;

According to the determined alarm display mode, the network quality performance data value is displayed in the matrix view.

In another embodiment of the present invention, the method further includes:

The individual network quality performance is evaluated and analyzed according to the network quality performance data values displayed in the matrix view, and the evaluation analysis is to compare and analyze the historical network quality performance data values of the network quality performance and the real-time network quality performance data values of the detection network lines; The results of the comparative analysis output a score of a single network quality performance and are displayed through a matrix view;

Or, according to the network quality performance data value displayed in the matrix view, the at least two network quality performances of the detection network line are evaluated and analyzed, and the historical network quality performance data value of the network quality performance is obtained and the real-time network quality of the network line is detected. The performance data values are compared and analyzed; and the scores of at least two network quality performances of the detection network line are output according to the results of the comparison analysis, and are displayed through the matrix view.

In order to solve the above technical problem, the embodiment of the present invention further provides a network quality performance display apparatus, including:

Obtaining a module, configured to obtain a first row field and a first column field of the matrix view;

a data extraction module, configured to obtain measurement results from the detection network line according to the first row field and the first column field, where the measurement result includes detecting network quality performance data values of the network line;

The display processing module is configured to extract each network quality performance data value from the measurement result and fill it into a cell corresponding to the matrix element, and display it through the matrix view.

In another embodiment of the present invention, the apparatus further includes a setting module configured to determine a source node and a destination node of the detection network line, and set the source node as a first row field and the destination node as a first column field;

The matrix elements in the matrix view are determined according to the first row field and the first column field, and the matrix element is a network quality performance data value for detecting the network line.

In another embodiment of the present invention, the apparatus further includes an alarm setting module, a comparison module, and a processing module;

The alarm setting module is configured to set an alarm threshold, and the alarm threshold is a maximum value of the network quality performance data value of the network line under normal conditions;

The comparison module is configured to compare the alarm threshold with the measured network quality performance data values of the respective detection network lines;

The processing module is configured to display an alarm for the network quality performance data value in the matrix view if the comparison result is that the network quality performance data value is greater than the alarm threshold.

In another embodiment of the present invention, the device further includes: a selection module, configured to determine, according to the result of the comparison, an alarm display mode of the matrix view to the network quality performance data value, the alarm display mode including a slight alarm display mode, common Alarm display mode, important alarm display mode, and severe alarm display mode;

The processing module is further configured to display the alarm of the network quality performance data value in the matrix view according to the determined alarm display mode.

In another embodiment of the present invention, the apparatus further includes: an evaluation analysis module and a display output module;

The evaluation analysis module is configured to evaluate and analyze individual network quality performance according to network quality performance data values displayed in the matrix view, and evaluate and analyze the historical network quality performance data values obtained by acquiring network quality performance and the real-time network quality performance data values of the detected network lines. Performing a comparative analysis; the display output module is configured to output a score of a single network quality performance according to the result of the comparative analysis, and display through a matrix view;

Alternatively, the evaluation and analysis module is further configured to perform evaluation and analysis on at least two network quality performances of the detection network line according to the network quality performance data value displayed in the matrix view, and the evaluation analysis is The historical network quality performance data value of obtaining the network quality performance is compared with the real-time network quality performance data value of the detection network line;

The display output module is further configured to output a score that detects at least two network quality performances of the network line based on the result of the comparison analysis and display through the matrix view.

In order to solve the above technical problem, an embodiment of the present invention further provides a network quality performance display system, including: the network quality performance display device as described above.

In order to solve the above technical problem, an embodiment of the present invention further provides a computer storage medium, where the computer storage medium stores a computer program, and the computer program is used to execute the network quality performance display method described above.

Advantageous effects of embodiments of the present invention:

The embodiment of the present invention provides a network quality performance display method, device, system, and storage medium. The first row field and the first column field of the matrix view are obtained, and then the measurement result of the detection network is obtained according to the first row field and the first column field. The measurement result includes the network quality performance data value of the network line, and the network quality performance data value is extracted from the measurement result and filled in the corresponding cell of the matrix element in the matrix view, and displayed in the matrix view; The method of setting the matrix view displays the network quality performance data values of the detection network in real time, so that the user can monitor the network in real time through the display of the matrix view. By adopting the matrix view, the network quality can be simultaneously performed. The performance is displayed to solve the problem of confusion caused by the existing trend curve, and the quality performance of the network can be maintained by monitoring the specific quality condition of the network quality performance in real time through the matrix view, thereby improving the network quality monitoring process. Maintainability Due to the complexity of solving the visibility view shows the cause and maintenance of the system is reduced, to achieve the visual network performance data, in time, changes in network quality clearly shows each detection line network performance data value is displayed.

DRAWINGS

FIG. 1 is a flowchart of a method for displaying network quality performance according to Embodiment 1 of the present invention;

2 is another flowchart of a method for displaying network quality performance according to Embodiment 1 of the present invention;

3 is a structural block diagram of a network quality performance display apparatus according to Embodiment 2 of the present invention;

FIG. 4 is another structural block diagram of a network quality performance display apparatus according to Embodiment 2 of the present invention.

detailed description

The technical solutions in the embodiments of the present invention are clearly and completely described in the following with reference to the accompanying drawings in the embodiments of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, but not all embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.

The main idea of the embodiment of the present invention is: the prior art shows the performance data of the network, and the intelligent display is performed by the trend curve, but when displaying multiple performance data simultaneously or simultaneously displaying performance data of multiple network lines, There is confusion. The embodiment of the present invention provides a network quality performance display method, device, and system by using SmartClient Ajax technology (Intelligent Client Ajax development technology), specifically by pre-setting a matrix view and customizing each element in the matrix view. The first row field and the first column field are respectively the source network node and the destination node of each detection network line, and corresponding performance data is extracted from each network line according to the first row field and the first column field, and displayed through the matrix view. The SmartClient Ajax platform (Intelligent Client Ajax Platform) is released as an open source project based on the LGPL (Lesser General Public License) license. The platform includes: a DHTML/AJAX client engine that does not need to be installed; a set of fat client UI components and services; and a client-server data binding system. The use of the powerful and rich UI components and AJAX engine provided by the platform provides the possibility to solve the above problems. The embodiments of the present invention are further described in detail below with reference to the accompanying drawings.

Embodiment 1:

At present, in the process of detecting and displaying network quality performance, the data is displayed by using a trend curve according to the detected network performance data. For multiple performance indicators or multiple network lines, The display on the unified axis is confusing, and the user cannot intuitively monitor the performance of the network through the display of the curve. In this regard, the present embodiment provides a network quality performance display method. For details, refer to FIG. 1. The network quality performance display method includes the following steps:

S101. Obtain a first row field and a first column field of the matrix view.

In this embodiment, before acquiring the first row field and the first column field of the matrix view, the matrix view may be set, and the matrix view may be set on the client, or may be set in the network quality performance for monitoring the network line. On the monitoring terminal, for example, a desktop computer, setting the matrix view specifically includes setting a first row field and a first column field, and a matrix element determined by a first row field and a first column field, wherein the first row field and the first column The field determines the source node and the destination node of the network line, and sets the source node as the first row field, and sets the destination node as the first column field; determines the matrix element in the matrix view according to the first row field and the first column field, and the matrix element is detected. The network quality performance data value of the network line. Specifically, the matrix element in the matrix view provided by this embodiment is determined by the first row field and the first column field, and one row field and one column field determine one in the matrix view. a matrix element, the matrix element being a real-time network quality performance of the measured detection network line According to value;

In this embodiment, preferably, the matrix view is set on a client used by each user, specifically by using a SmartClient Ajax technology to customize a matrix view, and the SmartClient Ajax platform includes a TileGrid. ListGrid (List Grid), DialogWindow (Dialog Window), Label (Label) and other controls, through the re-layout of these controls, to achieve the matrix view settings. Since the smart client Ajax platform is released as an open source project based on the LGPL license, the user can customize the data structure T(R, C, V) of the matrix view according to the actual situation, where R is the first row field in the matrix view, C For the matrix The first column of the field in the view, V is the network quality performance data value of the network;

The client in this embodiment can understand the source node and the destination node provided by the embodiment, and set the matrix view on the client where the source node and the destination node are located. In this case, the matrix view obtains the network quality on the network line in real time. The performance data value is in the form of a matrix view to the client. Further, the client may also be a monitoring device independent of the source node and the destination node, and the matrix view is set on the monitoring device through the monitoring device. Obtain the network performance data value of the corresponding network line on the source node and the destination node, or read the network performance data value of the corresponding network line from the storage unit of the device where the source node and the destination node are located, and display the data performance value through the matrix view.

In this embodiment, after the setting of the matrix view is completed, the user initiates a measurement instance, and the measurement instance is the sum of information required by a measurement task initiated by the source to the destination, including the protocol template, the alarm template, and the asset information. The information is specifically measured by the Bidirectional Active Measurement Protocol (TWAMP). Each network line includes at least one network quality performance, and the network quality performance data value V includes: jitter, forward jitter, negative jitter, two-way delay, forward delay, and reverse when data is transmitted through the network line. To the delay and the number of packets, the number of packets returned, or the number of packets lost when transmitting data, R is the source node in the measurement instance, and C is the destination node in the measurement instance.

In this embodiment, the method further includes setting an alarm threshold, where the alarm threshold is a maximum value of the network quality performance data value of the network line under normal conditions; and before displaying the obtained network quality performance data value to the matrix view, The network quality performance data value is compared with the alarm threshold, and the network quality performance data value is required to be displayed in the matrix view according to the comparison result. Preferably, when the comparison result is that the network quality performance data value is greater than the alarm threshold. When the network quality performance data value is not greater than the alarm threshold, the network quality performance data value is displayed in the matrix view, but not Display alarms;

In this embodiment, after comparing the network quality performance data value to the alarm threshold, the method further includes determining an alarm display mode for the network quality performance data value, where different alarm display modes represent the importance of different alarms, according to The determined alarm display mode displays the network quality performance data value in the matrix view. The alarm display mode can include four display levels, namely a slight alarm display mode, a normal alarm display mode, and an important alarm display mode. The severity alarm display mode selects the display level of the alarm based on the specific comparison result.

In this embodiment, the alarm display of the matrix view for the network quality performance data is specifically displayed by displaying the corresponding alarm color or the alarm pattern in the matrix view.

S102. Acquire a measurement result from the detection network line according to the first row field and the first column field, and the measurement result includes detecting each network quality performance data value of the network line.

In this embodiment, the network performance data value is obtained by acquiring the corresponding network quality performance data value from each detection network line according to the first row field and the first column field in the matrix view; and the network quality performance data value and the alarm are obtained. The threshold value is compared; the extracted network quality performance data value is filled into the cell corresponding to the matrix element in the matrix view according to the comparison result, and if the network quality performance data value needs to be displayed by the alarm, the data value is displayed at the same time The alarm display mode is also selected and displayed.

Preferably, the network quality performance data value of the network line is obtained, and the client that is configured with the matrix view is obtained from a server connected to each network line, and the network quality performance data value may be the original network quality of each network line. The performance data value may also be the current real-time network quality performance data value of each network line. If the real-time network quality performance data value of the network line is obtained, the performance of the network line is monitored and maintained in real time through the matrix view. At the same time, the current quality performance of the network can be evaluated by detecting the comparison between the real-time network quality performance data value and the original network quality performance data value.

Preferably, the data transmission link between the matrix view and the device may be set, and the performance data values of each network are obtained from the device according to the data transmission link timing, and the acquired data values are obtained. Performance data values are sent to the matrix view for display. The device provided in this embodiment may be the source node and the destination node, or may be a detection device other than the source node and the destination node. The detection device is a device configured with a matrix view, and the detection device is used to initiate the source node to The measurement task of the destination node.

In this embodiment, after the communication link is established, the first row field and the first column field in the matrix view are redefined according to the initiated measurement instance, and the data transmission link is passed according to the defined first row field and the first column field. The corresponding performance data value is extracted from each network line, and the specific extraction performance data value may be read and detected in real time from the network line, or may be directly read through the network performance data table reported from the device.

S103. Extracting, by using the measurement result, each network quality performance data value is filled into a cell corresponding to the matrix element in the matrix view, and displayed through the matrix view.

In this embodiment, the method further includes evaluating and analyzing a single network quality performance according to the network quality performance data value displayed in the matrix view, and evaluating and analyzing the historical network quality performance data value by acquiring the network quality performance and detecting the real-time network quality of the network line. The performance data values are compared and analyzed; the scores of the individual network quality performance are output according to the results of the comparative analysis, and are displayed through the matrix view. Preferably, it can be understood that the network quality performance data value is compared with the alarm threshold. The comparison analysis here can specifically view the historical quality performance data value by switching the display time interval of the chart. For example, it can be located whether the line is a low evaluation score in the long term or a sudden low evaluation score. Obtain the alarm display level of the performance data value in the matrix view, or perform evaluation and analysis according to the obtained network quality performance data value, and calculate the quality score of the corresponding network line.

In this embodiment, the method further includes evaluating and analyzing at least two network quality performances of the detection network line according to the network quality performance data values displayed in the matrix view, and evaluating and analyzing the historical network quality performance data values and detections by acquiring network quality performance. Comparison and analysis of real-time network quality performance data values of network lines;

The scores of at least two network quality performances of the detected network lines are output according to the results of the comparative analysis, and are displayed through a matrix view.

Specifically, the evaluation analysis in this embodiment is specifically a drill analysis of each network quality performance, and the drill analysis analyzes and compares the historical performance data values of the network quality performance with the current performance data values; The score of the network quality performance is output and displayed through a matrix view.

Preferably, the drilling analysis in this embodiment may specifically analyze different aspects of a measurement instance, and reflect the quality performance of the network, for example, the drill analysis between the flow and the quality, because the quality and flow of the network are closely related to the network. In both aspects, the drilling of these two aspects (implementing traffic quality and historical traffic quality) allows users to flexibly switch the perspective of analysis and obtain more comprehensive analysis results.

FIG. 2 is a flowchart of another network quality performance display method provided by this embodiment, where the processing steps include:

S201: Constructing a matrix view for network quality performance monitoring by transforming the original ListGrid control of the smart client.

In this embodiment, a measurement instance is determined by setting a row and column field of the matrix view by specifically referring to a header parameter in the matrix view. At the same time, the data structure in the matrix view is parsed into RowField, ColumnField and Data. The RowField and ColumnField are the first column of the first row. The fields are respectively in the measurement instance. The source node and the destination node of the network line, Data is the performance data value in the current measurement instance, specifically, according to the configuration row and column field name, the corresponding performance data value is queried, and different row and column field values are extracted from various performance data values. Then find the matching data value according to the field value of the corresponding location. For example, the raw quality performance data values measured by the TWAMP measurement example, as shown in the following table:

Id	srcNode	srcNeName	srcIP	destNode	destNeName	destIP	packetLossRatio	dateTime
1	Src001	Ne001	12.12.12.12	Dest001	Ne004	11.11.11.11	10.20
2	Src002	Ne002	12.12.12.13	Dest002	Ne005	11.11.11.12	20.40
3	Src003	Ne003	12.12.12.14	Dest002	Ne006	11.11.11.13	90.20

The id uniquely identifies the quality performance data, srcNode is the source node and uniquely identifies the node, srcNeName is the source name, srcIP is the source IP, destNode is the destination node and uniquely identifies the node, destNeName is the destination name, destIP is the destination IP, and packetLossRatio For the packet loss rate, dateTime is the time point at which the data is generated. According to the defined column field, the column field destNode is filtered from the data in the above table to obtain Dest001 and Dest002, and Dest001 and Dest002 are loaded into the first row list in the matrix view. Similarly, according to the defined row field, from the above table. The data is filtered out of srcNode as Src001, Src002, Src003, and Src001, Src002, Src003 are loaded into the first column list in the matrix view. To improve the efficiency of data loading into the matrix view, avoid traversing again. Here, the row and column fields of the predefined matrix view are directly queried from the table to obtain the corresponding row and column field values. The data item of the ColumnHead (the header field) of the matrix view. Unify the Record collection that is loaded as a ListGrid. The generated Records list, the display format of the list is as follows:

[{ColumnHead:"Src001", Dest001:10.20, Dest002:},

{ColumnHead:"Src002", Dest001:, Dest002:20.40},

{ColumnHead:"Src003"Dest001:,Dest002:90.20}]

After obtaining the corresponding Records list, the values corresponding to the field values of the rows in the Records list are loaded into the corresponding cells, displayed in the middle of the cell, and the value value can be further converted, such as adding units and colors. Etc. to support a richer display. The effect of the matrix is shown below:

ColumnHead	Dest001	Dest002
Src001	10.20	--
Src002	--	20.40
Src003	--	90.20

In this embodiment, the display effect diagram of the displayed matrix further includes a display color, which is a display of the alarm level for each packet loss rate, and the Records list is loaded before the values in the Records list are loaded into the matrix view. The packet loss rate is compared with the default packet loss alarm threshold. The corresponding alarm level is queried according to the comparison result, and the corresponding alarm color is displayed in the corresponding table in the matrix view according to the alarm level, prompting the user to correspond to the network line. Maintenance is required for an abnormality in the explosion rate or a standard that does not meet the preset quality specifications.

In this embodiment, the alarm display for the cell corresponding to each performance data may be modified according to the user's habits. For example, the alarm display background color of the cell of the matrix view may be switched in real time, such as a slight alarm using color #9EE066, common The alarm uses color #E4E45F, the important alarm uses color #EEB31E, and the critical alarm uses color #FC7B73 and so on.

In this embodiment, the alarm display for the matrix view is generally set to 4 levels, which are slight, normal, important, and severe. Defining whether to generate an alarm threshold can be divided according to the following two strategies:

One is that the smaller the performance index value, the better. For example, the packet loss rate is a slight alarm in the interval of 10 to 20. It is a normal alarm in the interval of 20 to 40, and is an important alarm in the interval of 40 to 90. 90 is considered a serious alarm;

The other is that the larger the performance index value, the better. For example, the average rate of the outgoing packet is a slight alarm in the interval of 120 to 80, and the normal alarm is in the interval of 80 to 60, and is an important alarm in the interval of 60 to 10. Less than 10 is considered as a serious alarm;

After analyzing the two strategies, there is also the problem that the performance index value is set to the opening and closing interval, and the two rules are defined as the front opening and the closing and the front closing and the opening.

According to the above two strategies and the two rules, four alarm configuration modes are formed. After the data is updated in real time, the corresponding alarm record and alarm identifier are generated according to the obtained alarm configuration interval and mode. The matrix view displays the alarm status of the corresponding performance data according to the generated alarm record and alarm identifier.

In this embodiment, the setting of the alarm further includes setting a smart reminder for the important alarm. Specifically, the alarm display scroll window can be set under the matrix view, and the important alarm information can be displayed by displaying the alarm subtitle on the scroll window. Users can accurately locate the fault location while viewing the matrix view to obtain real-time performance data. For example, when the packet loss rate reaches 100% in 10 consecutive monitoring periods, then a serious alarm needs to be popped up and the network link is disconnected.

S202. Acquire performance data of each network.

In this embodiment, the acquisition performance data is specifically acquired in real time through the set data transmission link, and the data transmission link can customize the performance data of the network in real time according to the update period based on the RESTful (Representational State Delivery Rule). In this embodiment, the following data acquisition request command is applied:

isc.PRCService.invoke("jndiname","method name", "query condition", "method returns callback method")

S203. Load the acquired performance data into a matrix view for display, and perform quality evaluation processing.

In this implementation, all the performances of the obtained network lines are displayed in the same matrix view, and the real-time data of each performance data is checked by the controls provided by the smartclient Ajax technology platform.

Further, the quality analysis and analysis are performed according to the real-time performance data displayed in the matrix view, specifically, the matrix analysis method is used, that is, each network acquired by the TWMP measurement instance is analyzed. The weight ratio of performance parameters, comprehensive evaluation of each performance index, give the final network quality score, real and comprehensive response network quality, as follows:

The value corresponding to each set of quality performance indicators indicates the proportion of the performance indicators in the first column relative to the performance indicators in the first row, ranging from 0-9. For example, the ratio of the packet loss rate to the two-way delay is 5. The total score is the sum of the ratios of performance indicators to other performance indicators. Weight refers to the ratio of the total score of the performance indicator to the sum of the total scores of the performance indicators.

Calculate the quality score of each network line according to the analysis of the above performance indicators and the pre-set score percentage table of each performance indicator. For example, the network is evaluated by two performance indicators: packet loss rate and two-way delay variation in the network line. The quality performance of the line is shown in the following list:

	Excellent (100.0-90.0)	Good (90.0-80.0)	Medium (80.0-70.0)	Poor (70.0-60.0)	Very poor (60.0-0.0)
Packet loss rate	0-10.0%	10-20.0%	20-30.0%	30-40.0%	>40.0%
Two-way delay variation	0-10ns	10-100ns	100-500ns	500-2000ns	>2000ns

The scores obtained by calculating the performance index values in the above list are scored and multiplied by the weights, and then all the performance scores are added to obtain the final quality assessment score. For example, a network line only passes the packet loss rate and the two-way delay. When measuring two performance indicators for evaluation, if the measured loss The packet rate is 10% (ie, the score of 90 points), the corresponding weight is 45.84%, and the two-way delay variation is 10 ns (ie, the score of 90 points), and the corresponding weight is 6.12%. The final evaluation score is: 90* 45.84%+90*6.12%.

S204. The evaluation score calculated in step S203 is displayed in real time through a matrix view.

In this embodiment, the specific alarm display function is an evaluation report generation function calculated and calculated by the above method, and can generate performance characteristics for multiple network quality performances, such as busy hour, idle time, overall score result, and detailed alarm record. The information, or gauge, displays the score results in a matrix view in real time.

The embodiment of the present invention further describes a computer storage medium, wherein the computer storage medium stores a computer program, and the computer program is used to execute the network quality performance display method described in the embodiment of the present invention.

Embodiment 2:

Please refer to FIG. 3. FIG. 3 is a structural block diagram of a network quality performance display apparatus according to an embodiment. The apparatus 3 includes: an obtaining module 31, a data extracting module 32, and a display processing module 33, where:

The obtaining module 31 is configured to acquire a first row field and a first column field of the matrix view;

Specifically, in this embodiment, the first row field is a source node of each detection network line, and the first column field is a destination node of each detection network line; further, the matrix view further includes a matrix element, and the matrix element is specifically Determining a matrix element in the matrix view by a first row field and a first column field, the matrix element is a network quality performance data value for detecting the network line;

In this embodiment, the apparatus 3 further includes a setting module 39 configured to determine a source node and a destination node of the detection network line, and set the source node as a first row field, and set the destination node as a first column field; The first row field and the first column field determine the matrix element in the matrix view, and the matrix element is the network quality performance data value for detecting the network line. Specifically, the setting module 39 implements the matrix view setting through the existing SmartClient Ajax technology, in the SmartClient. Ajax platform includes TileGrid, ListGrid, DialogWindow, Label and other controls, users can Directly by re-layout these controls, the setting of the matrix view on the client is realized. Preferably, the matrix view is set, and the device to be detected is determined according to the currently detected network line, that is, the source node and the destination node. By initiating a detection request from the source node to the destination node, each quality performance data of the network line is obtained in real time, and then the matrix elements in the matrix view are determined by the first row field and the first column field.

The data extraction module 32 is configured to obtain measurement results from the detection network line according to the first row field and the first column field, and the measurement result includes detecting network quality performance data values of the network line; preferably, by setting the client with the matrix view A data interaction interface is set up with the server, and each performance data is obtained from the server through the data interaction interface based on the RESTful transmission protocol, or all the network quality performance data values are measured from the network line through the existing detection method, and then The corresponding data values extracted from these data values are loaded into the matrix view for display.

The display processing module 33 is configured to extract, from the measurement result, the network quality performance data values into the cells corresponding to the matrix elements in the matrix view, and display them through the matrix view.

The display processing module 33 is further configured to perform a display alarm, compare the extracted network quality performance data value with a preset alarm threshold, and query the corresponding quality performance alarm display level according to the comparison result.

As shown in FIG. 4, another structural block diagram of the network quality performance display apparatus 3 provided by the embodiment, the apparatus further includes an alarm setting module 34, a comparison module 35, and a processing module 36;

The alarm setting module 34 is configured to set an alarm threshold, and the alarm threshold is a maximum value of the network quality performance data value of the network line under normal conditions;

The comparison module 35 is configured to compare the alarm threshold with the measured network quality performance data values of the respective detection network lines;

The processing module 36 is configured to display the alarm of the network quality performance data value in the matrix view if the comparison result is that the network quality performance data value is greater than the alarm threshold.

The data extraction module 32 provided in this embodiment extracts network quality performance data from the measurement results. The value extracts corresponding network quality performance data values from each detection network line according to the first row field and the first column field in the matrix view;

Then, the comparison module 35 compares the network quality performance data value with the alarm threshold; the processing module 36 fills the extracted network quality performance data value into the cell corresponding to the matrix element in the matrix view according to the comparison result, and The filled network quality performance data value needs to be displayed for alarms;

In order to implement the selection of the alarm display mode for the network quality performance data that requires the alarm, the device 3 provided in this embodiment is further provided with a selection module 40, and the selection module 40 is configured to determine the matrix view to the network quality performance data according to the comparison result. The alarm display mode of the value includes a slight alarm display mode, a normal alarm display mode, an important alarm display mode, and a severe alarm display mode. Finally, the processing module 36 determines the network quality performance data value in the matrix according to the determined alarm display mode. The display of the alarm is performed in the view; if the value of the filled network quality performance data needs to be displayed, the corresponding alarm display mode is selected in the corresponding cell by the selection module 40, and if not, only the corresponding alarm display mode is selected. The performance data values are filled into the corresponding cells for display.

The network quality performance display apparatus 3 provided by this embodiment further includes: an evaluation analysis module 37 and a display output module 38;

The evaluation analysis module 37 is configured to evaluate and analyze a single network quality performance according to the network quality performance data values displayed in the matrix view, and evaluate the analysis as historical network quality performance data values obtained by acquiring network quality performance and real-time network quality performance data of the detected network lines. Value for comparative analysis;

The display output module 38 is configured to output a score for a single network quality performance based on the results of the comparative analysis and display through a matrix view.

In this embodiment, the evaluation and analysis module 37 is further configured to evaluate and analyze at least two network quality performances of the detection network line according to the network quality performance data values displayed in the matrix view. The analysis is to compare and analyze the historical network quality performance data value of the network quality performance and the real-time network quality performance data value of the detection network line;

The display output module 38 is further configured to output a score that detects at least two network quality performance of the network line based on the results of the comparison analysis and display through the matrix view.

In an actual application, the obtaining module 31, the data extracting module 32, the display processing module 33, the alarm setting module 34, the comparing module 35, the processing module 36, the evaluation analyzing module 37 and the display output module 38, the setting module 39, and the selecting module The 40 can be implemented by a bit central processing unit (CPU), or a microprocessor (MPU), or a digital signal processor (DSP), or a programmable gate array (FPGA).

It should be noted here that the description of the above device embodiment is similar to the description of the above method embodiment, and has similar advantageous effects as the method embodiment, and therefore will not be described again. For the technical details not disclosed in the embodiment of the present invention, please refer to the description of the method embodiment of the present invention, and the details are not described herein.

Correspondingly, the embodiment of the present invention further provides a network quality performance display system, where the system includes the network quality performance display device provided by the foregoing embodiment 2. The device is configured by the network quality performance display method provided by the foregoing implementation. The performance of the quality performance, therefore, the network quality performance display system can also achieve the simultaneous display of multiple network quality performance, so that there will be no data confusion when displaying, so that users can monitor the network in real time through the display of the matrix view. It solves the problem of existing confusion when displaying multiple network quality performances.

In summary, the network quality performance display method, apparatus, system, and storage medium provided by the embodiments of the present invention can implement the performance of the network line quality performance, specifically by obtaining the first row field and the first column field of the matrix view, through the first row. The field and the first column field obtain the measurement result of the detection network line, and then extract the network quality performance data value and display it in the matrix view, and the matrix view display provided by the embodiment of the present invention can simultaneously display the multiple network quality. Performance, so that there is no data confusion when displayed, so that users can view through the matrix The figure shows the real-time monitoring of the network, and can also maintain the quality performance of the network line by monitoring the network quality performance in real time, thereby improving the maintainability of the network quality monitoring process, and the matrix view can be more The display of performance indicators solves the reduction of visibility and maintainability of the system due to complex view display, and achieves an intuitive, timely and clear performance indicator display of network performance data.

In the several embodiments provided by the present application, it should be understood that the disclosed apparatus and method may be implemented in other manners. The device embodiments described above are merely illustrative. For example, the division of the unit is only a logical function division. In actual implementation, there may be another division manner, such as: multiple units or components may be combined, or Can be integrated into another system, or some features can be ignored or not executed. In addition, the coupling, or direct coupling, or communication connection of the components shown or discussed may be indirect coupling or communication connection through some interfaces, devices or units, and may be electrical, mechanical or other forms. of.

The units described above as separate components may or may not be physically separated, and the components displayed as the unit may or may not be physical units, that is, may be located in one place or distributed to multiple network units; Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of the embodiment.

In addition, each functional unit in each embodiment of the present invention may be integrated into one processing unit, or each unit may be separately used as one unit, or two or more units may be integrated into one unit; The unit can be implemented in the form of hardware or in the form of hardware plus software functional units.

Obviously, those skilled in the art should understand that the modules or steps of the above embodiments of the present invention can be implemented by a general computing device, which can be concentrated on a single computing device or distributed among multiple computing devices. On the network, optionally, they may be implemented by program code executable by the computing device such that they may be stored in a storage medium for execution by the computing device and, in some cases, may be different from Sequential execution The steps described are either made into individual integrated circuit modules, or a plurality of modules or steps are fabricated into a single integrated circuit module. Therefore, the invention is not limited to any particular combination of hardware and software. Here, the foregoing storage medium includes: a removable storage device, a read only memory (ROM), a random access memory (RAM), a magnetic disk, or an optical disk, and the like, which can store program codes.

The above is a further detailed description of the present invention in connection with the specific embodiments, and the specific embodiments of the present invention are not limited to the description. It will be apparent to those skilled in the art that the present invention may be made without departing from the spirit and scope of the invention.

Industrial applicability

The embodiment of the present invention obtains the first row field and the first column field of the matrix view, and then obtains the measurement result of the detection network according to the first row field and the first column field, and the measurement result includes detecting the network quality performance data value of the network line, and the measurement result The extracted network quality performance data values are filled into the cells corresponding to the matrix elements in the matrix view, and displayed through the matrix view; the present invention displays the network quality performance data values of the detection network in real time by setting the matrix view, so that Users can monitor the network in real time through the display of the matrix view. By adopting the matrix view, it is possible to display multiple network quality performances at the same time, solve the problem of confusion caused by the existing trend curve, and also The quality performance of the network can be maintained by monitoring the specific quality of the network quality performance in real time by the matrix view, thereby improving the maintainability of the network quality monitoring process and solving the visibility of the system due to the complicated view display. And maintenance is reduced, up to Intuitive network performance data, in time, clearly show changes in network quality performance values of the respective detection data network line display.

Claims (12)

1. A method for displaying network quality performance, including:

   Get the first row field and the first column field of the matrix view;

   And obtaining, according to the first row field and the first column field, a measurement result from the detection network line, where the measurement result includes each network quality performance data value of the detection network line;

   Extracting, from the measurement result, each network quality performance data value is filled into a cell corresponding to a matrix element in the matrix view, and displayed through the matrix view.
2. The network quality performance display method according to claim 1, wherein before acquiring the first row field and the first column field of the matrix view, the method further comprises:

   Determining a source node and a destination node of the detection network line, and setting the source node as a first row field, and setting the destination node as a first column field;

   Determining a matrix element in the matrix view according to the first row field and the first column field, the matrix element being a network quality performance data value of the detection network line.
3. The network quality performance display method according to claim 2, wherein after acquiring the first row field and the first column field of the matrix view, the method further comprises:

   Setting an alarm threshold, where the alarm threshold is a maximum value of the network quality performance data value of the detected network line under normal conditions;

   Comparing the alarm threshold with the measured network quality performance data values of each detection network line;

   If the result of the comparison is that the network quality performance data value is greater than the alarm threshold, the network quality performance data value is displayed in the matrix view.
4. The network quality performance display method according to claim 3, wherein, after the network quality performance data value is greater than the alarm threshold, before displaying the alarm for the network quality performance data value in the matrix view, Also includes:

   Determining, according to a result of the comparison, the network view performance data value of the matrix view The alarm display mode includes a slight alarm display mode, a normal alarm display mode, an important alarm display mode, and a severe alarm display mode;

   And displaying, according to the determined alarm display mode, the network quality performance data value in the matrix view.
5. The network quality performance display method according to any one of claims 1 to 4, wherein the method further comprises:

   Evaluating and analyzing a single network quality performance according to the network quality performance data value displayed in the matrix view, where the evaluation analysis is a historical network quality performance data value obtained by acquiring network quality performance and real-time network quality performance data of the detection network line The values are compared and analyzed; the scores of the individual network quality performance are output according to the results of the comparative analysis, and displayed through the matrix view;

   Or analyzing and analyzing at least two network quality performances of the detection network line according to the network quality performance data value displayed in the matrix view, where the evaluation analysis is a historical network quality performance data value and a location obtained by acquiring network quality performance. The real-time network quality performance data values of the detection network line are compared and analyzed; and the scores of the at least two network quality performances of the detection network line are output according to the result of the comparison analysis, and displayed through the matrix view.
6. A network quality performance display device, comprising:

   Obtaining a module, configured to obtain a first row field and a first column field of the matrix view;

   a data extraction module, configured to acquire measurement results from the detection network line according to the first row field and the first column field, where the measurement result includes each network quality performance data value of the detection network line;

   The display processing module is configured to extract, from the measurement result, each network quality performance data value into a cell corresponding to the matrix element in the matrix view, and display the matrix view through the matrix view.
7. The network quality performance display apparatus according to claim 6, further comprising: a setting module configured to determine a source node and a destination node of the detection network line, and set the source node as a first row field, The destination node is set to the first column field; and;

   Determining a matrix element in the matrix view according to the first row field and the first column field, the matrix element being a network quality performance data value of the detection network line.
8. The network quality performance display device according to claim 7, wherein the device further comprises an alarm setting module, a comparison module and a processing module;

   The alarm setting module is configured to set an alarm threshold, where the alarm threshold is a maximum value of the network quality performance data value of the detected network line under normal conditions;

   The comparison module is configured to compare the alarm threshold with the measured network quality performance data values of each detection network line;

   The processing module is configured to display an alarm of the network quality performance data value in the matrix view if the comparison result is that the network quality performance data value is greater than the alarm threshold.
9. The network quality performance display device according to claim 8, further comprising: a selection module, configured to determine an alarm display mode of the matrix view for the network quality performance data value according to the result of the comparison, the alarm display The mode includes a slight alarm display mode, a normal alarm display mode, an important alarm display mode, and a severe alarm display mode;

   The processing module is further configured to display the network quality performance data value in the matrix view according to the determined alarm display mode.
10. The network quality performance display device according to any one of claims 6 to 9, wherein the device further comprises: an evaluation analysis module and a display output module;

    The evaluation analysis module is configured to perform an evaluation analysis on a single network quality performance according to the network quality performance data value displayed in the matrix view, where the evaluation analysis is a historical network quality performance data value obtained by acquiring network quality performance and the detection network. Real-time network quality of the line The quantity performance data values are compared and analyzed; the display output module is configured to output a score of a single network quality performance according to the result of the comparison analysis, and display the matrix quality through the matrix view;

    Alternatively, the evaluation analysis module is configured to perform evaluation analysis on at least two network quality performances of the detection network line according to network quality performance data values displayed in the matrix view, where the evaluation analysis is a history of obtaining network quality performance Comparing the network quality performance data value with the real-time network quality performance data value of the detection network line; the display output module is configured to output a score of the at least two network quality performances of the detection network line according to the result of the comparison analysis, And displayed through the matrix view.
11. A network quality performance display system comprising the network quality performance display device according to any one of claims 6 to 10.
12. A computer storage medium storing a computer program for performing the network quality performance presentation method according to any one of the preceding claims 1 to 5.

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