CN104219071B

CN104219071B - The monitoring method and server of a kind of network quality

Info

Publication number: CN104219071B
Application number: CN201310211131.XA
Authority: CN
Inventors: 任红颖; 李军; 张伟; 郑刃
Original assignee: Huawei Technologies Co Ltd
Current assignee: Zhejiang Haining Warp Knitting Industrial Park Development Co ltd
Priority date: 2013-05-30
Filing date: 2013-05-30
Publication date: 2017-12-15
Anticipated expiration: 2033-05-30
Also published as: CN104219071A

Abstract

The embodiment of the present invention provides a kind of monitoring method and server of network quality, it is related to internet arena, it can monitor and show the whole network and the network quality of subnet, additionally it is possible to the serious object of outstanding problem, and can solve the problem that the problem of needing to redirect repeatedly when announcement checks alert information and performance index.Its method is：All regions are shown on map, the KPI of prominent deterioration region and regional is shown by ranking makes across comparison between regional；Warning message is shown on a time period and highlights untreated alarm；KPI of the physical pathway and the alarm object where alarm object information, alarm essential information and alarm object within the period to be checked is shown into centralized displaying；Service path is included on map, and the segmented paths in every service path can be shown.The embodiment of the present invention is used for the monitoring of the network quality of the whole network and subnet.

Description

The monitoring method and server of a kind of network quality

Technical field

The present invention relates to the monitoring method and server of internet arena, more particularly to a kind of network quality.

Background technology

All-IP (Internet Protocol, Internet protocol) bearer network is that the multi-service based on IP technologies is held Contained network, it is the basis of carrier network IPization and network transformation, for networking and operation, from legacy network to All-IP The transition of network, network cost can be reduced, there is provided more more flexible business platform functions.

However as network A LL-IPization, not only cost rises the O＆M of IP network year by year, is also faced with shortage effectively prison Control means, lack the lot of challenges such as end-to-end quality guarantee, fault location difficulty.

At present, in network O＆M based on passive maintenance, mainly monitoring alarm, but alarm has usually been generated and asked Topic, it is impossible to provide warning before problem generation.Therefore, in order to reduce network failure incidence, troubleshooting efficiency is improved, greatly Width lifts network quality, lifts user satisfaction, how to send warning before problems arise is current urgent problem to be solved.

Because network deterioration and performance index change are closely related, therefore the performance index that can be gathered by existing network Judge network quality, in order to solve the above problems, (mode is alerted in itself including equipment and property using alarm in the prior art Can index get over line alarm) and the mode that monitors respectively of full dose performance index, this mode be that alarm has been placed on not with performance index With function in, can only respectively monitor, cause warning information and performance index scattered, it is necessary to redirect repeatedly, user is significantly increased Memory burden, and performance gets over line alarm and equipment alarm is listed in a manner of form all, it is impossible to which object of accurate judgement Problem is serious, and prior art lacks for the whole network, subnet, the monitoring of compartmentalization total quality situation, analysis means.

The content of the invention

Embodiments of the invention provide a kind of monitoring method and server of network quality, can monitor and show the whole network and The network quality of subnet, additionally it is possible to the serious object of outstanding problem, and when can solve the problem that announcement checks alert information and performance index The problem of needing to redirect repeatedly.

To reach above-mentioned purpose, embodiments of the invention adopt the following technical scheme that：

First aspect, there is provided a kind of monitoring method of network quality, methods described include：

After triggering the whole network performance queries, initial data is obtained from database according to area information；Wherein, described the whole network is drawn It is divided into multiple regions, there are multiple monitored object pre-seted under each region, the area information pre-sets, including each The area identification in region；

Arranged according to the performance index of monitored object under the performance index in each region of initial data acquisition, each region Name, the average behavior index of the whole network and the performance index ranking in each region；The performance index is calculated by cumulative, average The numerical value that method obtains after handling initial data, for identifying performance quality；

According to the performance index ranking of monitored object under the performance index in each region, each region, the evenness of the whole network Energy index and the performance index ranking display monitoring administration view in each region.

It is the performance index in each region of basis, each with reference in a first aspect, in the first possible implementation The performance index ranking of the performance index ranking of monitored object, the average behavior index of the whole network and each region is shown under region Monitoring management diagram includes：

According to the performance index ranking in each region by the property in performance index highest top n region in network-wide basis Energy index is shown on the first display interface according to ranking；

The viewing area distribution map on first display interface, and by the area of performance degradation in the regional distribution chart Domain highlights；

Shown on first display interface average behavior index of described the whole network, the whole network average behavior index length Phase historical data, the distributed intelligence of the whole network performance index and the most top n region of alarm quantity；

Wherein, the long history data of the average behavior index of described the whole network are the evenness of the whole network in stipulated time section The history value of energy index；The distributed intelligence of the whole network performance index includes performance index normal region and performance in network-wide basis The shared percentage of characteristic overflow region difference, the performance index include CPU usage, memory usage, bandwidth availability ratio At least one of with flow.

It is the performance index in each region of basis, each with reference in a first aspect, in second of possible implementation The performance index ranking of the performance index ranking of monitored object, the average behavior index of the whole network and interior each region shows under region Show that monitoring management diagram includes：

The average behavior index of described the whole network is shown on the second display interface；

According to the performance index ranking in each region that the performance index in each region of the whole network is horizontal according to ranking It is shown on second display interface, and is shown in the horizontal direction of average behavior index display location of described the whole network；

The performance index overview in the region of current selected is shown on second display interface, and in the described second display The initial data in the region of current selected is shown on interface；The performance index includes CPU usage, memory usage, bandwidth At least one of utilization rate and flow.

With reference in a first aspect, in the third possible implementation, methods described also includes：

After triggering alarm inquiry, resource identification, topology information and the period to be checked of object to be checked are obtained；

Obtained and the resource identification, topology information pair from the database according to the resource identification, topology information The resource information answered；

According to the resource information and period to be checked obtain within the period to be checked with it is described Warning information corresponding to resource information；

The warning information is shown.

It is described by institute in the 4th kind of possible implementation with reference to the third possible implementation of first aspect State warning information and show that carrying out display includes：

Time shaft is shown on the 3rd display interface, is provided with scroll bar on the time axis, the scroll bar is in institute State positional representation on the time shaft currently selected period；

All warning information being shown on the 3rd display interface in the currently selected period.

It is described by institute in the 5th kind of possible implementation with reference to the 4th kind of possible implementation of first aspect Stating warning information and being shown also includes：

If in the presence of the warning information of non-timely processing, the period where the warning information of the non-timely processing is existed Highlighted on the time shaft.

With reference in a first aspect, in the 6th kind of possible implementation, methods described also includes：

Triggering alarm is with after performance index inquiry, obtaining the resource identification of query object and the period to be checked；

According to the resource identification and period to be checked obtain within the period to be checked with it is described Warning information corresponding to resource identification；

According to the resource identification and period to be checked obtain within the period to be checked with it is described Performance index corresponding to resource identification；

Shown after the warning information and the corresponding performance index are integrated, the performance index includes CPU At least one of utilization rate, memory usage, bandwidth availability ratio and flow.

It is described to accuse in the 7th kind of possible implementation with reference to the 6th kind of possible implementation of first aspect Alert information and the corresponding performance index carry out display after integrating to be included：

All warning information in the period to be checked are included on the 4th boundary in the form of warning information list On face；

The details of alarm object corresponding to the warning information of current selected in the warning information list are shown On the 4th interface；The details of the alarm object include the information of alarm object, alarm essential information, the announcement The performance index of physical pathway and the alarm object within the period to be checked where alert object.

With reference to the 7th kind of possible implementation of first aspect, in the 8th kind of possible implementation, methods described Also include：

After analysis of the triggering to the alarm object, the 5th interface is jumped to by the 4th interface；

The alarm object of present analysis, and the alarm object phase with the present analysis are shown on the 5th interface The business or attribute of association, and by the alarm of the historical performance index of the alarm object of the present analysis and the present analysis The performance index of the associated business of object or attribute is displayed side by side on the 5th interface.

With reference in a first aspect, in the 9th kind of possible implementation, methods described also includes：

After QoS grade sectionalization test is triggered, end-to-end path is obtained；

The network element port letter that the end-to-end path is passed through is inquired about from the database according to the end-to-end path Breath, obtains the segmented paths information of each segmentation in the end-to-end path, the segmented paths information is each two abutting end Between path information；

QoS grade configuration is carried out according to the segmented paths information of each segmentation on the terminal device, obtain with Segmentation QoS grading index value corresponding to each segmentation, when the segmentation QoS grading index value includes Prolong, shake and packet loss；

Shown after the segmented paths information of each segmentation and segmentation QoS grading index value are integrated.

It is described by respectively in the tenth kind of possible implementation with reference to the 9th kind of possible implementation of first aspect The segmented paths information and segmentation QoS grading index value of individual segmentation carry out display after integrating to be included：

By the segmented paths information of each segmentation and segmentation QoS grading index value according to risk from high to low Arrangement, and the segmented paths presentation of information of risk highest top n segmentation QoS grading index value or segmentation is existed On 6th interface；

Distribution situation of the both ends of each service path and the service path on map is included on the 6th boundary On face, and off path is highlighted, wherein, every service path includes multiple segmented paths.

With reference to the tenth kind of possible implementation of first aspect, in a kind of the tenth possible implementation, the side Method also includes：

The path for each segmentation that the service path of current selected is included is included on the 7th interface, and according to described The risk class of the segmentation QoS grading index value of each segmentation is by the path of the different segmentation of risk class with not It is marked with color.

Second aspect, there is provided a kind of monitoring server, the server include：

Polymerized unit is inquired about, after triggering the whole network performance queries, initial data is obtained from database according to area information； Wherein, described the whole network is divided into multiple regions, there is multiple monitored object pre-seted under each region, and the area information is Pre-set, include the area identification in each region；

The inquiry polymerized unit is additionally operable to obtain the performance index in each region, each region according to the initial data The performance index ranking of the performance index ranking of lower monitored object, the average behavior index of the whole network and each region, and will be every The performance index ranking of monitored object under the performance index in individual region, each region, the average behavior index of the whole network and each Sent after the performance index ranking polymerization in region to webmaster display unit；The performance index is by cumulative, average algorithm pair The numerical value that initial data obtains after being handled, for identifying performance quality；

Webmaster display unit, the performance in each region after the polymerization sent for receiving the inquiry polymerized unit refer to The performance index of the performance index ranking of monitored object, the average behavior index of the whole network and each region under several, each region Ranking, and according to the performance index ranking of monitored object, the average behavior of the whole network under the performance index in each region, each region Index and the performance index ranking display monitoring administration view in each region.

With reference to second aspect, in the first possible implementation, the webmaster display unit is specifically used for：

With reference to second aspect, in second of possible implementation, the webmaster display unit is specifically used for：

With reference to second aspect, in the third possible implementation, the server also includes：

Monitor control unit, after triggering alarm inquiry, obtain the resource identification of object to be checked, topology information and Period to be checked, and the resource identification, topology information and period to be checked are sent to topology information management Unit；

Topology information administrative unit, for receiving the resource identification, the topology information that the monitoring control unit is sent And the period to be checked, and obtained and the resource mark from the database according to the resource identification, topology information Know, resource information corresponding to topology information, then the period to be checked and the resource information are sent to warning information Administrative unit；

Warning information administrative unit, the period to be checked sent for receiving the topology information administrative unit With the resource information, and obtained according to the resource information and period to be checked in the period to be checked Interior warning information corresponding with the resource information, and the warning information is sent to the webmaster display unit；

The webmaster display unit is used to be shown the warning information.

With reference to the third possible implementation of second aspect, in the 4th kind of possible implementation, the webmaster Display unit is specifically used for：

With reference to the 4th kind of possible implementation of second aspect, webmaster display unit also particularly useful for：

With reference to second aspect, in the 6th kind of possible implementation of second aspect, the server also includes：

The monitoring control unit, for after triggering alarm is inquired about with performance index, obtaining the resource mark of query object Knowledge and the period to be checked, and the resource identification and the period to be checked are sent to the warning information Administrative unit and the inquiry polymerized unit；

The warning information administrative unit, for being obtained according to the resource identification and the period to be checked in institute Warning information corresponding with the resource identification in the period to be checked is stated, and the warning information is sent to the monitoring Control unit；

The inquiry polymerized unit, treated for being obtained according to the resource identification with the period to be checked described Performance index corresponding with the resource identification in the period of inquiry, and the performance index is sent to the monitoring and controlled Unit；

The monitoring control unit is additionally operable to the warning information that will be received and the corresponding performance index is sent To the webmaster display unit；

The webmaster display unit, for being shown after integrating the warning information and the corresponding performance index Show, the performance index includes at least one of CPU usage, memory usage, bandwidth availability ratio and flow.

With reference to the 6th kind of possible implementation of second aspect, in the 7th kind of possible implementation of second aspect In, the webmaster display unit is specifically used for：

With reference to the 7th kind of possible implementation of second aspect, in the 8th kind of possible implementation of second aspect In, the webmaster display unit also particularly useful for：

With reference to second aspect, in the 9th kind of possible implementation of second aspect, the server also includes：

The monitoring control unit, for after QoS grade sectionalization test is triggered, obtaining end-to-end path, And the end-to-end path is sent to the topology information administrative unit；

The topology information administrative unit, the end-to-end path sent for receiving the monitoring control unit, and according to The end-to-end path inquires about the network element port information that the end-to-end path is passed through from the database, obtains the end The segmented paths information of each segmentation, the letter in path of the segmented paths information between each two abutting end into end path Breath, then the segmented paths information is sent to the monitoring control unit；

The monitoring control unit is additionally operable to receive the segmented paths information that the topology information administrative unit is sent, And the segmented paths information is sent to the dispensing unit；

Dispensing unit, the segmented paths information sent for receiving the monitoring control unit, and according to each segmentation Segmented paths information carries out QoS grade configuration on the terminal device, obtains corresponding with each segmentation being segmented business Service quality rating desired value, the segmentation QoS grading index value include time delay, shake and packet loss, then by institute Segmentation QoS grading index value is stated to send to the monitoring control unit；

The segmentation QoS that the monitoring control unit is additionally operable to receive, the segmented paths information Send to the webmaster display unit；

The webmaster display unit, for the segmented paths information of each segmentation and segmentation QoS grade to be referred to Scale value is shown after integrating.

With reference to the 9th kind of possible implementation of the second aspect of second aspect, the tenth kind in second aspect is possible In implementation, the webmaster display unit is specifically used for：

With reference to the tenth kind of possible implementation of the second aspect of second aspect, the tenth in second aspect is a kind of possible Implementation in, the webmaster display unit also particularly useful for：

Embodiments of the invention provide a kind of monitoring method and server of network quality, in triggering the whole network performance queries Afterwards, initial data is obtained from database according to area information, and the performance index, each in each region is obtained according to initial data The performance index ranking of the performance index ranking of monitored object, the average behavior index of the whole network and each region under region, and According to these information, all regions are shown on map, the KPI of prominent deterioration region and regional is shown by ranking to be made Across comparison between regional；After triggering alarm inquiry, warning message is shown on a time period and protrudes untreated alarm Display；By the physical pathway where alarm object information, alarm essential information and alarm object after triggering alarm and KPI inquiries And KPI of the alarm object within the period to be checked shows centralized displaying；Trigger QoS grade Afterwards, service path is included on map, and the segmented paths in every service path can be shown, realize the whole network and son The monitoring of the network quality of net and show, can the serious object of outstanding problem, solve due to warning information and KPI it is scattered and Caused the problem of needing to redirect repeatedly when checking warning information and KPI, also achieve being accurately positioned for performance degradation object Problem.

Brief description of the drawings

In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with Other accompanying drawings are obtained according to these accompanying drawings.

Fig. 1 is a kind of schematic flow sheet of the monitoring method of network quality provided in an embodiment of the present invention；

Fig. 2 is a kind of schematic flow sheet of the monitoring method of network quality provided in an embodiment of the present invention；

Fig. 3 is a kind of effect diagram of display interface provided in an embodiment of the present invention；

Fig. 4 is a kind of effect diagram of display interface provided in an embodiment of the present invention；

Fig. 5 is a kind of schematic flow sheet of the monitoring method of network quality provided in an embodiment of the present invention；

Fig. 6 is a kind of effect diagram of display interface provided in an embodiment of the present invention；

Fig. 7 is a kind of schematic flow sheet of the monitoring method of network quality provided in an embodiment of the present invention；

Fig. 8 is a kind of effect diagram of display interface provided in an embodiment of the present invention；

Fig. 9 is a kind of effect diagram of display interface provided in an embodiment of the present invention；

Figure 10 is a kind of schematic flow sheet of the monitoring method of network quality provided in an embodiment of the present invention；

Figure 11 is a kind of effect diagram of display interface provided in an embodiment of the present invention；

Figure 12 is a kind of effect diagram of display interface provided in an embodiment of the present invention；

Figure 13 is a kind of structural representation of monitoring server provided in an embodiment of the present invention；

Figure 14 is a kind of structural representation of monitoring server provided in an embodiment of the present invention；

Figure 15 is a kind of structural representation of monitoring server provided in an embodiment of the present invention；

Figure 16 is the structural representation of another monitoring server provided in an embodiment of the present invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.It is based on Embodiment in the present invention, those of ordinary skill in the art are obtained every other under the premise of creative work is not made Embodiment, belong to the scope of protection of the invention.

The embodiment of the present invention provides a kind of monitoring method of network quality, as shown in figure 1, methods described includes：

101st, after triggering the whole network performance queries, initial data is obtained from database according to area information.

Wherein, the whole network can be understood as the whole network for the management service that operator passes through management system, due to operator The whole network of maintenance is typically larger, and overlay area is wider, and the whole network can be typically divided into multiple small networks when safeguarding, more Divided by region, it can be understood as, the whole network is divided into multiple regions, and the network in each region can be a referred to as son Net, and have multiple monitored object pre-seted under each region, area information pre-sets.

Above-mentioned zone information can be understood as the area identification for identifying different zones, for example, the place name in the region or Numbering.

102nd, arranged according to the performance index of monitored object under the performance index in each region of initial data acquisition, each region Name, the average behavior index of the whole network and the performance index ranking in each region.Performance index is by cumulative, average algorithm pair The numerical value that initial data obtains after being handled, for identifying performance quality；Performance index can include CPU usage, internal memory At least one of utilization rate, bandwidth availability ratio and flow.

103rd, according to the performance index ranking of monitored object under the performance index in each region, each region, the whole network it is flat Equal performance index and the performance index ranking display monitoring administration view in each region.

Embodiments of the invention provide a kind of monitoring method of network quality, after triggering the whole network performance queries, according to region Information obtains initial data from database, and is monitored according under the performance index in each region of initial data acquisition, each region The performance index ranking of the performance index ranking of object, the average behavior index of the whole network and each region, and according to each area The performance index ranking of monitored object, the average behavior index of the whole network and each region under the performance index in domain, each region Performance index ranking display monitoring administration view, the network quality of the whole network and subnet can be showed, and being capable of outstanding problem Serious object, and can solve the problem that the problem of needing to redirect repeatedly when announcement checks alert information and performance index.

In order that those skilled in the art can be more clearly understood that technical scheme provided in an embodiment of the present invention, lead to below Specific embodiment is crossed, the monitoring method of another network quality provided in an embodiment of the present invention is described in detail, in order to Convenient explanation, KPI (Key Performance Indicator, key performance are referred to as in following method by performance index Index), as shown in Fig. 2 this method includes：

201st, the inquiry of the whole network performance quality is triggered.

Specifically, can set the control device with display screen in monitoring server, administrative staff can be by this Operation on control device to GUI (Graphical User Interface, graphic user interface) triggers the whole network performance matter Amount inquiry.

202nd, initial data is obtained from database according to area information, and according to initial data obtain each region KPI, The KPI rankings of the KPI rankings of monitored object, the average KPI of the whole network and each region under each region.Above-mentioned zone information is Pre-set, the area information can be the area identification for identifying different zones, such as the place name or volume in the region Number.Monitored object under each region is also what is pre-set, due to many entity devices of physical presence in each region, it is necessary to The equipment for wherein needing to monitor is arranged to monitored object in advance, and established between the region and the monitored object pre-seted Corresponding relation, such as the area information that the object and region monitored is needed in a certain region can be associated.

Wherein, above-mentioned zone information can be understood as the information for identifying different zones, can be the place name in the region Or numbering, but it is not limited to this.

And KPI be by being added up to initial data, the numerical value that average scheduling algorithm obtains, can be identified for that the property in the region The quality of energy quality, wherein, KPI can generally include CPU usage, memory usage, bandwidth availability ratio and the stream of equipment At least one of amount, but it is not limited to this.

Exemplary, the KPI in each region can include CPU usage, memory usage, the bandwidth availability ratio in the region With the flow in the region；The average KPI of the whole network is that the average CPU usage, average memory usage, average bandwidth of the whole network utilize The flow of rate and the whole network；Wherein, the KPI in a region is to all monitored object in the region by cumulative, average algorithm The numerical value that initial data obtains after being handled, and the average KPI of the whole network is by being added up to the KPI in each region, averagely The numerical value obtained after processing.

203rd, according to KPI rankings of monitored object under the KPI in each region, each region, the average KPI of the whole network and every The KPI ranking display monitoring administration views in individual region.

Exemplary, under a kind of implementation, the monitoring management diagram can visually show the performance of the whole network entirely Quality, it can specifically include：

The KPI of regional can be shown on the first interface according to the KPI rankings in each region, but due to display Bounds are limited, can include the KPI in KPI highests top n region in network-wide basis on the first display circle according to ranking On face；It is of course also possible to the KPI of all areas is shown on the first interface by way of scroll bar.

Can also on the first display interface viewing area distribution map, such as in the form of map, and in regional distribution chart On the region of performance degradation is highlighted, for example gone out using eye-catching color marking.

Can also be shown on the first display interface the average KPI of the whole network, the whole network average KPI long history data (such as long-term historical traffic), the whole network KPI distributed intelligence and the most top n region of alarm quantity.Wherein, the whole network Average KPI of the average KPI long history data for the whole network in stipulated time section history value；The whole network KPI distributed intelligence Transfinited region shared percentage respectively including KPI normal regions and KPI in network-wide basis.In addition, above-mentioned N value is just whole Number.

Exemplary, as shown in figure 3, being the effect diagram at the first interface, map is shown in the region of Fig. 3 upper lefts The area of performance degradation is indicated in area distribution Figure 31 of form, area distribution Figure 31 with special color (being shadow region in figure) Domain, KPI highests top n area in network-wide basis is shown in the region KPI display windows 32 of area distribution Figure 31 lower section The KPI (being CPU usage and memory usage in figure) in domain, shows complete in the average KPI display windows 33 on Fig. 3 right side KPI normal rates (in Fig. 3 by taking the normal rates of the averaging bandwidth utilization as an example) normal region of net and region difference institute of transfiniting The percentage that accounts for, the long-term flow histories value of the whole network, the whole network average KPI (including：CPU usage, average internal memory use Rate, averaging bandwidth utilization) and most preceding 5 regions of alarm quantity.

The benefit of above-mentioned display mode is that the performance state of the whole network can intuitively be presented, and all regions are shown on map Show, normal region and deterioration region are very clear, and the KPI of regional is shown by ranking makes the contrast between regional more clear It is clear.

Or under another implementation, the monitoring management diagram partly can visually show the performance matter of the whole network Amount, can specifically include：

The average KPI of the whole network can be shown on the second display interface；

The KPI in each region of the whole network can also be shown displayed across according to ranking in the KPI rankings according to each region On two display interfaces, and it is shown in the horizontal direction of average KPI display locations of the whole network.Because display interface is limited in scope, So it can be shown by the way of scroll bar.

The KPI overviews in the region of current selected can also be shown on the second display interface, and on the second display interface Show the initial data in the region of current selected.Wherein, the initial data in the region of current selected can include each in the region The interface name (Interface Name) of individual monitored object, port bandwidth (Port Bandwidth), flow into flow (Traffic In, including average value and peak value), outflow flow (Traffic Out, including average value and peak value), flow into bandwidth Utilization rate (Bandwidth Utilization In, including average value and peak value), outflow bandwidth availability ratio (Bandwidth Utilization Out, including average value and peak value) etc..

Exemplary, as shown in figure 4, be the effect diagram of second contact surface, the KPI contrasts above the second display interface The flow value of the whole network, and the flow value (can slide and show by slider bar) in each region of the whole network are shown in window 41, and And the flow value in each region of the whole network is shown displayed across in KPI contrasts window 41 (shadow representation inflow flow, white according to ranking Represent outflow flow), in addition, also showing the broken line with node in KPI contrasts window 41, wherein solid line represents to flow into bandwidth Utilization rate (Traffic Utilization In), dotted line represent outflow bandwidth availability ratio (Traffic Utilization Out).Certainly, except flow value, KPI contrast windows 41 can also show other KPI data (not shown), herein not one by one Enumerate.The lower left of KPI contrast windows 41 is provided with KPI overviews window 42, the region for showing current selected (is in Fig. 4 Guangzhou) KPI overviews, for example flow value and outflow flow value are flowed into, flow into bandwidth availability ratio and outflow bandwidth availability ratio.In KPI The right side of overview window 42 is provided with initial data display window 43, and the institute in Guangzhou is shown in the initial data display window 43 There is the initial data of monitored object, these initial data include the interface name of monitored object, port bandwidth, flow into flow (bag Include average value and peak value), outflow flow (including average value and peak value), flow into bandwidth availability ratio (including average value and peak Value), outflow bandwidth availability ratio (including average value and peak value).

The benefit of above-mentioned display mode be can the clear and intuitive network performance by regional carry out lateral comparison, and And can be compared with the average data of the whole network, and can quickly browse the initial data in each region.

Optionally, the monitoring method for the network quality that embodiment provides, as shown in figure 5, can also include：

301st, alarm inquiry is triggered.

Specifically, identical with step 201, administrative staff can by the control device of monitoring server to GUI's Operate to trigger alarm inquiry.

302nd, resource identification, topology information and the period to be checked of object to be checked are obtained.Wherein, resource is usual Refer to the record that the object in network is shown in systems, resource identification is an attribute of object to be checked, for marking Know different query objects.

303rd, resource corresponding with resource identification, topology information is obtained from database according to resource identification, topology information Information.

304th, obtained according to resource information with the period to be checked corresponding with resource information within the period to be checked Warning information.

305th, warning information is shown.

Wherein, warning information is shown, can be specifically included：

Time shaft can be shown on the 3rd display interface, is provided with scroll bar on a timeline, scroll bar is in time shaft On positional representation currently selected period.

Also, all warning information on the 3rd display interface in the currently displayed selected period.

Optionally, can also include：If in the presence of the warning information of non-timely processing, by the warning information of non-timely processing The period at place highlights on a timeline.

Exemplary, as shown in fig. 6, being the effect diagram at the 3rd interface, time shaft 61 is shown on the 3rd interface, Scroll bar 611 is provided with time shaft 61, the scroll bar 611 can slide on time shaft 61, and scroll bar 611 is in time shaft Positional representation on the 61 currently selected period.

Warning information all in the currently selected period can be shown in the viewing area in the left side of time shaft 61, each Warning information can be shown in the form of one alerts card or window, and triggering alarm can be included in the warning information KPI, such as CPU usage or memory usage, and history values of the KPI within the period of current selected.Wherein, may be used Choosing, scroll bar acquiescence is positioned at the period being presently in, to show newest warning.

Further, by the period where the warning information of non-timely processing on a timeline with eye-catching color (ratio Such as red) highlight (the use shadow representations of 612 parts in such as Fig. 6 on time shaft) and do not locate to prompt administrative staff to have The alarm of reason.

Optionally, the monitoring method for the network quality that the present embodiment provides, as shown in fig. 7, can also include：

401st, triggering alarm is inquired about with KPI.

402nd, the resource identification of query object and period to be checked are obtained.

403rd, obtained according to resource identification with the period to be checked corresponding with resource identification within the period to be checked Warning information.

404th, obtained according to resource identification with the period to be checked corresponding with resource identification within the period to be checked KPI.

405th, shown after integrating warning information and corresponding KPI.

It should be noted that do not have fixed sequencing between step 403 and 404.

Wherein, shown, can be specifically included after warning information and corresponding performance index being integrated：

All warning information in the period to be checked can be included on the 4th boundary in the form of warning information list On face.

And the details of the alarm object corresponding to the warning information of current selected in warning information list are included On 4th interface；The details of alarm object include the thing where the information of alarm object, alarm essential information, alarm object The KPI of line of reasoning footpath (or referred to as topology information) and alarm object within the period to be checked.

It is exemplary, as shown in figure 8, be the effect diagram at the 4th interface, the alarm object in the left side at the 4th interface In display window 81, longitudinal direction shows all alarm objects in the form of a list, and the announcement is shown in each list item The KPI (such as CPU usage or memory usage) of the triggering alarm of alert object, and by the alarm object of performance degradation with compared with Prominent colour code comes out (such as red, to be replaced in Fig. 6 with the round dot for being decorated with oblique line), in the announcement that performance is had to deterioration risk Alert object comes out (such as yellow, Fig. 6 in replaced with the round dot for being decorated with vertical line) with relatively prominent colour code.Because interface limits System can not show all alarm objects therefore, alarm object display window 81, which is opened, can include scroll bar 811, lead to Scroll bar 811 is crossed to scroll out others, alarm object.

There is details display window 82 in the right side facility of alarm object display window 81, show the announcement of current selected Physical pathway and alarm object where the information of the alarm object of alert object, alarm essential information, alarm object is to be checked KPI in the period of inquiry.Wherein the information of alarm object can include：Positional information (Location Information), Alert source (Alarm Source, for example cause the nodename or numbering of alarm), the order of severity (Severity), confirm shape State (Acknowledgement Status) etc., alarm essential information can include time of origin (Occurrence Time), accuse Alert acknowledging time (Acknowledgement Time), operating service type (Carrier Service Type, for example can be VIP), the information such as user and user gradation.Certainly, it is provided above to be merely exemplary, in addition to that information can be with It is numerous to list herein including other kinds of details.In the alarm object KPI within the period to be checked, Fig. 8 with Exemplified by CPU usage, line chart of the signal with coordinate represents that its middle polyline makes for the CPU in this section of query time section With the history value of rate, the straight line of horizontal direction is the warning line of CPU usage, once broken line has intersection point with the straight line, is meant that Trigger alarm there occurs more line at the time of where the intersection point, and will have it is alerting risk and at the time of alert with eye-catching The warning triangle (such as yellow and red) of color, as shown in Figure 8, have warning risk uses the three of white triangles on a timeline Angle represents that what is alerted is represented with black triangles on a timeline, and the threshold value of the warning line can voluntarily be set as needed. Optionally, time Filter Bar can also be set on the 4th interface, so that administrative staff can be with self-defined setting query time section.

Such benefit is can be by the history KPI of the warning information of alarm object, place physical pathway, and the object Concentrated reflection, and time shaft can be based on by KPI and warning information simultaneous display, compared to the warning information with prior art and For KPI is monitored respectively, the operation redirected repeatedly between warning information and KPI is greatly reduced.Moreover, get over line compared to performance Alarm and equipment alarm are listed in a manner of form all, it is impossible to which which object problem of accurate judgement is serious, and the present embodiment can It is accurately positioned and deteriorates serious monitored object.

Optionally, the triggering button of analysis alarm is also provided with the 4th interface, administrative staff can be by making The analysis to alarm object is triggered with the button, and the 5th interface is jumped to by the 4th interface.

The alarm object of present analysis can be shown on the 5th interface, and it is related to the alarm object of present analysis The business or attribute of connection, and the historical performance index of the alarm object of present analysis is associated with the alarm object of present analysis Business or the performance index of attribute be displayed side by side on the 5th interface.

It is exemplary, as shown in figure 9, be the effect diagram at the 5th interface, shown on the left of the 5th interface point Object window 91 is analysed, changes the object that present analysis are shown in window 91, and the business associated with existing object or attribute, History value contrast window 92 is shown on the right side of object window 91 analyzing, the object that simultaneous display there are present analysis in the window exists KPI (such as CPU usage) historical data in a period of time, and the attribute of the business associated with existing object or attribute The historical data of value.As shown in figure 9, broken line is historical data, straight line is warning line, and broken line has intersection point with the straight line, meant that Trigger alarm there occurs more line at the time of where the intersection point, and will have it is alerting risk and at the time of alert with eye-catching The warning triangle (such as yellow and red) of color, as shown in Figure 9, have warning risk uses the three of white triangles on a timeline Angle represents that what is alerted is represented with black triangles on a timeline, and the threshold value of the warning line can voluntarily be set as needed. Optionally, time Filter Bar can also be set on the 4th interface, so that administrative staff can be with self-defined setting query time section.

Optionally, the monitoring method for the network quality that embodiment provides, as shown in Figure 10, can also include：

501st, QoS grade (Service Level Agreement, SLA) sectionalization test is triggered.Specifically, Identical with step 201, administrative staff can be looked into by the operation to GUI on the control device of monitoring server to trigger alarm Ask.SLA agreements are that there is defined service type, service quality on a contract between Internet service provider and client With customer payment etc., the client's number that can typically include family bandwidth limit, can service simultaneously, user behavior may influenceed Notice before network change arranges, dials in access availability, the minimal network utility that service supplier supports, all kinds of visitors The contents such as traffic priority, client technologies support and the service at family.

502nd, end-to-end path is obtained.

503rd, the network element port information that end-to-end path is passed through is inquired about from database according to end-to-end path, is held To end path in each segmentation segmented paths information, segmented paths information be each two abutting end (such as network element port or Node) between path information.

504th, SLA configurations are carried out according to the segmented paths information of each segmentation on the terminal device, obtained and each segmentation Corresponding segmentation SLA desired values, segmentation SLA desired values include time delay, shake and packet loss.

505th, shown after integrating the segmented paths information of each segmentation and segmentation SLA desired values.

Specifically, can be by the segmented paths information of each segmentation and segmentation QoS grading index value according to wind Danger is arranged from high to low, and risk highest top n is segmented into QoS grading index value or the segmented paths of segmentation Presentation of information is on the 6th interface.Wherein, N is positive integer.

Distribution situation of the both ends of each service path and the service path on map can be included on the 6th boundary On face, and off path is highlighted, wherein, every service path includes multiple segmented paths.

Exemplary, as shown in figure 11, for the effect diagram at the 6th interface, the ranking window in the left side at the 6th interface 111 show the ranking of the ranking of segmented paths information or SLA desired values, and segmented paths information can include the CPU of the segmentation The information such as utilization rate, memory usage, flow utilization rate, the as shown in the figure CPU usage of segmented paths, memory usage, stream The ranking of the information such as amount utilization rate (can be shown by select button 110 with the ranking of SLA desired values to switch display in Figure 11 Be SLA desired values ranking, include time delay, shake and packet loss).

With showing service path Figure 112 on the right side of the 6th interface, shows each in the service path on Figure 112 The both ends of service path and the service path, wherein, it can use red by excessive risk path, or as performance degradation path (replacing red with overstriking line in Figure 11), the path of medium risk can be used into yellow (replacing yellow with dotted line in Figure 11).

Further, the 7th display interface can be jumped to by clicking on wherein one article of service path triggering by managing user, The path for each segmentation that the service path of current selected includes can be included in the interface on the 7th interface, and root The path of the different segmentation of risk class is used according to the risk class of the segmentation QoS grading index value of each segmentation Different colours are marked.

As shown in figure 12, all network element ports that current selected service path is passed through are shown on the 7th interface, often Path between two network element ports is exactly a segmentation, wherein as shown in the figure showing in the stretch footpath of excessive risk with red protrude Show and (replaced in figure with overstriking line).The lower section at the 7th interface also shows the SLA desired values of this article of service path, specific display Example, time delay, shake, packet loss, flow and flow utilization rate etc..

Such benefit is can intuitively, accurately to position abnormal service path and segmented paths.

It should be noted that " left side " in the first interface of the above to the 7th interface is the negative direction of X-axis in accompanying drawing, " right side " For the positive direction of X-axis in accompanying drawing, in addition, what the display content in any one above-mentioned interface was merely exemplary, including but not It is limited to the content of the above.

Embodiments of the invention provide a kind of monitoring method of network quality, after the whole network performance queries are triggered, according to area Domain information obtains initial data from database, and is supervised according under the performance index in each region of initial data acquisition, each region Performance index ranking, the average behavior index of the whole network and the performance index ranking in each region of object are controlled, and according to these Information, all regions are shown on map, the KPI of prominent deterioration region and regional is shown by ranking makes regional Between across comparison；After triggering alarm inquiry, warning message is shown on a time period and highlights untreated alarm；Triggering By the physical pathway where alarm object information, alarm essential information and alarm object and alarm after alarm and KPI inquiries KPI of the object within the period to be checked shows centralized displaying；After triggering QoS grade, service path is shown On map, and the segmented paths in every service path can be shown, realize the prison of the network quality of the whole network and subnet Control and show, can the serious object of outstanding problem, solve and alarm letter checked caused by warning information and KPI are scattered The problem of needing to redirect repeatedly when breath and KPI, also achieve the problem of being accurately positioned of performance degradation object.

The embodiment of the present invention also provides a kind of monitoring server 01, and as shown in figure 13, monitoring server 01 includes：

Polymerized unit 011 is inquired about, after triggering the whole network performance queries, original number is obtained from database according to area information According to；Wherein, the whole network is divided into multiple regions, there is multiple monitored object pre-seted under each region, and area information is default Put, include the area identification in each region.

Inquiry polymerized unit 011 is additionally operable to the performance index according to each region of initial data acquisition, supervised under each region Performance index ranking, the average behavior index of the whole network and the performance index ranking in each region of object are controlled, and by each area The performance index ranking of monitored object, the average behavior index of the whole network and each region under the performance index in domain, each region The polymerization of performance index ranking after send to webmaster display unit 012；Wherein performance index is to original by cumulative, average algorithm The numerical value that beginning data obtain after being handled, for identifying performance quality.

Webmaster display unit 012, the performance in each region after the polymerization sent for receiving inquiry polymerized unit 011 refer to The performance index of the performance index ranking of monitored object, the average behavior index of the whole network and each region under several, each region Ranking, and according to the performance index ranking of monitored object, the average behavior of the whole network under the performance index in each region, each region Index and the performance index ranking display monitoring administration view in each region.

Wherein, webmaster display unit 012 can be specifically used for：

The performance in performance index highest top n region in network-wide basis is referred to according to the performance index ranking in each region Number is shown on the first display interface according to ranking；

The viewing area distribution map on the first display interface, and the region of performance degradation is protruded in regional distribution chart and shown Show；

Shown on the first display interface the average behavior index of the whole network, the whole network average behavior index long history number According to the most top n region of the, distributed intelligence of the whole network performance index and alarm quantity；

Wherein, the long history data of the average behavior index of the whole network are that the average behavior of the whole network in stipulated time section refers to Several history values；The distributed intelligence of the whole network performance index, which includes performance index normal region and performance index in network-wide basis, transfinites The shared percentage of region difference, performance index can include in CPU usage, memory usage, bandwidth availability ratio and flow It is at least one.

Or webmaster display unit 012 can be specifically used for：

The average behavior index of the whole network is shown on the second display interface；

The performance index in each region of the whole network is shown displayed across according to ranking in the performance index ranking according to each region On the second display interface, and it is shown in the horizontal direction of average behavior index display location of the whole network；

The performance index overview in the region of current selected is shown on the second display interface, and is shown on the second display interface Show the initial data in the region of current selected, performance index can include CPU usage, memory usage, bandwidth availability ratio and At least one of flow.

Further, as shown in figure 14, monitoring server 01 can also include：

Control unit 013 is monitored, after triggering alarm inquiry, obtains resource identification, the topology information of object to be checked And the period to be checked, and resource identification, topology information and period to be checked are sent to topology information management Unit 014；

Topology information administrative unit 014, for receive monitoring control unit 013 send resource identification, topology information with And the period to be checked, and obtained from database according to resource identification, topology information corresponding with resource identification, topology information Resource information, then period to be checked and resource information are sent to warning information administrative unit 015；

Warning information administrative unit 015, for receive topology information administrative unit 014 transmission period to be checked and Resource information, and obtained with period to be checked according to resource information corresponding with resource information within the period to be checked Warning information, and warning information is sent to webmaster display unit 012；

Webmaster display unit 012 is used to be shown warning information.

Wherein, webmaster display unit 012 can be specifically used for：

Time shaft is shown on the 3rd display interface, it is provided with scroll bar on a timeline, scroll bar is on a timeline The positional representation currently selected period；

All warning information on the 3rd display interface in the currently displayed selected period.

Optionally, webmaster display unit 012 can also be specifically used for：

If in the presence of the warning information of non-timely processing, by the period where the warning information of non-timely processing in the time Highlighted on axle.

Or optionally, in another implementation：

Monitoring control unit 013 can be also used for obtaining the resource identification of query object and period to be checked, and will Resource identification is sent to warning information administrative unit and inquiry polymerized unit 011 with the period to be checked；

Warning information administrative unit 015 can be also used for being obtained to be checked according to resource identification and period to be checked Period in warning information corresponding with resource identification, and by warning information send to monitor control unit 013；

Inquiry polymerized unit 011 can be also used for being obtained when to be checked according to resource identification and period to be checked Between performance index corresponding with resource identification in section, and performance index is sent to monitoring control unit 013；

Monitoring control unit 013 can be also used for the warning information that will be received and corresponding performance index is sent to webmaster Display unit 012；

Webmaster display unit 012 can be also used for will warning information and corresponding performance index integrate after shown, property Energy index can include at least one of CPU usage, memory usage, bandwidth availability ratio and flow.

Wherein, webmaster display unit 012 can be specifically used for：

All warning information in the period to be checked are included on the 4th interface in the form of warning information list；

The details of alarm object corresponding to the warning information of current selected in warning information list are included the On four interfaces；The details of alarm object include the physics where the information of alarm object, alarm essential information, alarm object The performance index of path and alarm object within the period to be checked.

Further, webmaster display unit 012 can also be specifically used for：

After triggering is to the analysis of alarm object, the 5th interface is jumped to by the 4th interface；

The alarm object of present analysis, and the industry associated with the alarm object of present analysis are shown on the 5th interface Business or attribute, and by the historical performance index of the alarm object of the present analysis business associated with the alarm object of present analysis Or the performance index of attribute is displayed side by side on the 5th interface.

Optionally, under another implementation, as shown in figure 15, monitoring server 01 also includes dispensing unit 016, its In, specifically：

Monitoring control unit 013 is additionally operable to after QoS grade sectionalization test is triggered, and obtains end-to-end path, And end-to-end path is sent to topology information administrative unit 014；

Topology information administrative unit 014 is additionally operable to receive the end-to-end path that monitoring control unit is sent, and is arrived according to end The network element port information that end-to-end path is passed through is inquired about in end path from database, obtains each segmentation in end-to-end path Segmented paths information, the information in path of the segmented paths information between each two abutting end, then segmented paths information is sent To monitoring control unit 013；

Monitoring control unit 013 is additionally operable to receive the segmented paths information that topology information administrative unit is sent, and will segmentation Routing information is sent to dispensing unit 016；

Dispensing unit 016, the segmented paths information sent for receiving monitoring control unit, and according to point of each segmentation Section routing information carries out QoS grade configuration on the terminal device, obtains segmentation business clothes corresponding with each segmentation Business credit rating desired value, segmentation QoS grading index value includes time delay, shake and packet loss, then will be segmented business Service quality rating desired value is sent to monitoring control unit 013；

The monitoring control unit 013 segmentation QoS that is additionally operable to receive, segmented paths information are sent to net Pipe display unit 012；

Webmaster display unit 012, for the segmented paths information of each segmentation and segmentation QoS grade to be referred to Scale value is shown after integrating.

Wherein, webmaster display unit 012 can be specifically used for：

Distribution situation of the both ends of each service path and the service path on map is included on the 6th interface, And highlight off path, wherein, every service path includes multiple segmented paths.

Further, webmaster display unit 012 can also be specifically used for：

The path for each segmentation that the service path of current selected is included is included on the 7th interface, and according to each The risk class of the segmentation QoS grading index value of segmentation is by the path of the different segmentation of risk class with different face Color is marked.

Embodiments of the invention provide a kind of monitoring server, after the whole network performance queries are triggered, according to area information from Database obtains initial data, and according to monitored object under the performance index in each region of initial data acquisition, each region The performance index ranking of performance index ranking, the average behavior index of the whole network and each region, and according to these information, by institute Some regions show that the KPI of protrusion deterioration region and regional is shown that transverse direction is right between making regional by ranking on map Than；After triggering alarm inquiry, warning message is shown on a time period and highlights untreated alarm；Triggering alarm with The physical pathway where alarm object information, alarm essential information and alarm object and alarm object are existed after KPI inquiries KPI in the period to be checked shows centralized displaying；After triggering QoS grade, service path is included in map On, and the segmented paths in every service path can be shown, realize the monitoring and exhibition of the network quality of the whole network and subnet It is existing, can the serious object of outstanding problem, solve checked caused by warning information and KPI are scattered warning information and The problem of needing to redirect repeatedly during KPI, also achieve the problem of being accurately positioned of performance degradation object.

The embodiment of the present invention also puies forward another monitoring server 02, and as shown in figure 16, the monitoring server 02 includes bus 021, and communication interface 022, memory 023 and the processor 024 being connected in bus 021；Wherein, communication interface 022 For being communicated with network element, memory 023 is used for storage program 0231, and the configuration processor 0231 of processor 024 is used for：

After triggering the whole network performance queries, initial data is obtained from database according to area information；Wherein, the whole network is divided into Multiple regions, there are multiple monitored object pre-seted under each region, area information pre-sets, and includes the area in each region Domain identifier；

According to initial data obtain the performance index ranking of monitored object under the performance index in each region, each region, The average behavior index of the whole network and the performance index ranking in each region；Performance index is to original by cumulative, average algorithm The numerical value that beginning data obtain after being handled, for identifying performance quality；

According to the performance index ranking of monitored object under the performance index in each region, each region, the evenness of the whole network The performance index ranking in energy index and each region is shown.

The configuration processor 0231 of processor 024 is specifically used for：

Or the configuration processor 0231 of processor 024 is specifically used for：

Optionally, the configuration processor 0231 of processor 024 can be also used for：

Resource information corresponding with resource identification, topology information is obtained from database according to resource identification, topology information；

Corresponding with resource information within the period to be checked accuse is obtained with the period to be checked according to resource information Alert information；

Warning information is shown.

Wherein, the configuration processor 0231 of processor 024 can be specifically used for：

Further, if warning information in the presence of non-timely processing, by where the warning information of non-timely processing when Between section highlight on a timeline.

Triggering alarm is with after performance index inquiry, obtaining the resource identification of query object and period to be checked；

Corresponding with resource identification within the period to be checked accuse is obtained with the period to be checked according to resource identification Alert information；

The property corresponding with resource identification within the period to be checked is obtained with the period to be checked according to resource identification Can index；

Will warning information and corresponding performance index integrate after shown, performance index can include CPU usage, interior Deposit at least one of utilization rate, bandwidth availability ratio and flow.

Further, after triggering is to the analysis of alarm object, the 5th interface is jumped to by the 4th interface；

The network element port information that end-to-end path is passed through is inquired about from database according to end-to-end path, is obtained end-to-end The segmented paths information of each segmentation in path, the information in path of the segmented paths information between each two abutting end；

QoS grade configuration is carried out according to the segmented paths information of each segmentation on the terminal device, obtain with Segmentation QoS grading index value corresponding to each segmentation, segmentation QoS grading index value include time delay, Shake and packet loss；

Further, the path for each segmentation that the service path of current selected includes can be included at the 7th interface On, and according to the risk class of the segmentation QoS grading index value of each segmentation by the different segmentation of risk class Path is marked with different colours.

In several embodiments provided herein, it should be understood that disclosed method and apparatus, it can be passed through Its mode is realized.For example, device embodiment described above is only schematical, for example, the division of the unit, only Only a kind of division of logic function, there can be other dividing mode when actually realizing, such as multiple units or component can be tied Another system is closed or is desirably integrated into, or some features can be ignored, or do not perform.It is another, it is shown or discussed Mutual coupling or direct-coupling or communication connection can be the INDIRECT COUPLINGs or logical by some interfaces, device or unit Letter connection, can be electrical, mechanical or other forms.

The unit illustrated as separating component can be or may not be physically separate, show as unit The part shown can be or may not be physical location, you can with positioned at a place, or can also be distributed to multiple On NE.Some or all of unit therein can be selected to realize the mesh of this embodiment scheme according to the actual needs 's.

In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, can also That the independent physics of unit includes, can also two or more units it is integrated in a unit.Above-mentioned integrated list Member can both be realized in the form of hardware, can also be realized in the form of hardware adds SFU software functional unit.

The above-mentioned integrated unit realized in the form of SFU software functional unit, can be stored in one and computer-readable deposit In storage media.Above-mentioned SFU software functional unit is stored in a storage medium, including some instructions are causing a computer Equipment (can be personal computer, server, or network equipment etc.) performs the portion of each embodiment methods described of the present invention Step by step.And foregoing storage medium includes：USB flash disk, mobile hard disk, read-only storage (Read-Only Memory, abbreviation ROM), random access memory (Random Access Memory, abbreviation RAM), magnetic disc or CD etc. are various to store The medium of program code.

The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.

Claims

1. a kind of monitoring method of network quality, it is characterised in that methods described includes：

After triggering the whole network performance queries, initial data is obtained from database according to area information；Wherein, described the whole network is divided into Multiple regions, there are multiple monitored object pre-seted under each region, the area information pre-sets, including each region Area identification；

According to the initial data obtain the performance index ranking of monitored object under the performance index in each region, each region, The average behavior index of the whole network and the performance index ranking in each region；The performance index is by cumulative, average algorithm The numerical value obtained after handling initial data, for identifying performance quality；

Referred to according to the performance index ranking of monitored object, the average behavior of the whole network under the performance index in each region, each region Number and the performance index ranking display monitoring administration view in each region.

2. according to the method for claim 1, it is characterised in that the performance index in each region of basis, each region The performance index ranking display monitoring of the performance index ranking of lower monitored object, the average behavior index of the whole network and each region Administration view includes：

The viewing area distribution map on first display interface, and the region of performance degradation is dashed forward in the regional distribution chart Go out display；

Show that the average behavior index of described the whole network, the long-term of average behavior index of the whole network are gone through on first display interface History data, the distributed intelligence of the whole network performance index and the most top n region of alarm quantity；

Wherein, the long history data of the average behavior index of described the whole network are that the average behavior of the whole network in stipulated time section refers to Several history values；The distributed intelligence of the whole network performance index includes performance index normal region and performance index in network-wide basis The shared percentage of the region difference that transfinites, the performance index include CPU usage, memory usage, bandwidth availability ratio and stream At least one of amount.

3. according to the method for claim 1, it is characterised in that the performance index in each region of basis, each region The performance index ranking display prison of the performance index ranking of lower monitored object, the average behavior index of the whole network and interior each region Control administration view includes：

The performance index in each region of the whole network is shown displayed across according to ranking according to the performance index ranking in each region On second display interface, and it is shown in the horizontal direction of average behavior index display location of described the whole network；

The performance index overview in the region of current selected is shown on second display interface, and in second display interface The initial data in the region of upper display current selected；The performance index includes CPU usage, memory usage, bandwidth usage At least one of rate and flow.

4. according to the method for claim 1, it is characterised in that methods described also includes：

Obtained according to the resource identification, topology information from the database corresponding with the resource identification, topology information Resource information；

According to the resource information and period to be checked obtain within the period to be checked with the resource Warning information corresponding to information；

The warning information is shown.

5. method according to claim 4, it is characterised in that described that the warning information being shown to, carrying out display includes：

Time shaft is shown on the 3rd display interface, is provided with scroll bar on the time axis, the scroll bar is when described Positional representation on the countershaft currently selected period；

6. according to the method for claim 5, it is characterised in that described shown the warning information is also wrapped Include：

If in the presence of the warning information of non-timely processing, by the period where the warning information of the non-timely processing described Highlighted on time shaft.

7. according to the method for claim 1, it is characterised in that methods described also includes：

According to the resource identification and period to be checked obtain within the period to be checked with the resource Warning information corresponding to mark；

According to the resource identification and period to be checked obtain within the period to be checked with the resource Performance index corresponding to mark；

Shown after the warning information and the corresponding performance index are integrated, the performance index uses including CPU At least one of rate, memory usage, bandwidth availability ratio and flow.

8. according to the method for claim 7, it is characterised in that described by warning information and the corresponding performance index is whole Display is carried out after conjunction to be included：

The details of alarm object corresponding to the warning information of current selected in the warning information list are included in institute State on the 4th interface；The details of the alarm object include the information of alarm object, alarm essential information, the alarm pair As the performance index within the period to be checked of physical pathway and the alarm object at place.

9. according to the method for claim 8, it is characterised in that methods described also includes：

The alarm object of present analysis is shown on the 5th interface, and it is associated with the alarm object of the present analysis Business or attribute, and by the alarm object of the historical performance index of the alarm object of the present analysis and the present analysis Associated business or the performance index of attribute are displayed side by side on the 5th interface.

10. according to the method for claim 1, it is characterised in that methods described also includes：

The network element port information that the end-to-end path is passed through is inquired about from the database according to the end-to-end path, is obtained The segmented paths information of each segmentation into the end-to-end path, the segmented paths information is between each two abutting end The information in path；

QoS grade configuration is carried out according to the segmented paths information of each segmentation on the terminal device, obtain with it is each Segmentation QoS grading index value corresponding to segmentation, the segmentation QoS grading index value include time delay, Shake and packet loss；

11. according to the method for claim 10, it is characterised in that described by the segmented paths information of each segmentation and segmentation QoS grading index value carries out display after integrating to be included：

The segmented paths information of each segmentation and segmentation QoS grading index value are arranged from high to low according to risk, And risk highest top n is segmented the segmented paths presentation of information of QoS grading index value or segmentation on the 6th boundary On face；

12. according to the method for claim 11, it is characterised in that methods described also includes：

The path for each segmentation that the service path of current selected is included is included on the 7th interface, and according to described each The risk class of the segmentation QoS grading index value of segmentation is by the path of the different segmentation of risk class with different face Color is marked.

13. a kind of monitoring server, it is characterised in that the server includes:

Polymerized unit is inquired about, after triggering the whole network performance queries, initial data is obtained from database according to area information；Its In, described the whole network is divided into multiple regions, there is multiple monitored object pre-seted under each region, and the area information is pre- Set, include the area identification in each region；

The inquiry polymerized unit is additionally operable to the performance index according to each region of initial data acquisition, supervised under each region Performance index ranking, the average behavior index of the whole network and the performance index ranking in each region of object are controlled, and by each area The performance index ranking of monitored object, the average behavior index of the whole network and each region under the performance index in domain, each region The polymerization of performance index ranking after send to webmaster display unit；The performance index is to original by cumulative, average algorithm The numerical value that data obtain after being handled, for identifying performance quality；

Webmaster display unit, it is the performance index in each region after the polymerization sent for receiving the inquiry polymerized unit, every The performance index ranking of the performance index ranking of monitored object, the average behavior index of the whole network and each region under individual region, And according to the performance index ranking of monitored object under the performance index in each region, each region, the average behavior index of the whole network And the performance index ranking display monitoring administration view in each region.

14. server according to claim 13, it is characterised in that the webmaster display unit is specifically used for：

15. server according to claim 13, it is characterised in that the webmaster display unit is specifically used for：

16. server according to claim 13, it is characterised in that the server also includes：

Control unit is monitored, after triggering alarm inquiry, obtains the resource identification of object to be checked, topology information and to be checked The period of inquiry, and the resource identification, topology information and period to be checked are sent to topology information administrative unit；

Topology information administrative unit, for receive it is described monitoring control unit send the resource identification, topology information and Period to be checked, and obtained from the database according to the resource identification, topology information with the resource identification, open up Resource information corresponding to information is flutterred, then the period to be checked and the resource information are sent to warning information and manage list Member；

Warning information administrative unit, for receiving the period to be checked and the institute that the topology information administrative unit is sent State resource information, and according to the resource information and the period to be checked obtain within the period to be checked with Warning information corresponding to the resource information, and the warning information is sent to the webmaster display unit；

The webmaster display unit is used to be shown the warning information.

17. server according to claim 16, it is characterised in that the webmaster display unit is specifically used for：

18. server according to claim 17, it is characterised in that webmaster display unit also particularly useful for：

19. server according to claim 13, it is characterised in that the server also includes：

The monitoring control unit, for triggering alarm with after performance index inquiry, obtain the resource identification of query object with Period to be checked, and the resource identification and the period to be checked are sent to warning information administrative unit and institute State inquiry polymerized unit；

The warning information administrative unit, treated for being obtained according to the resource identification with the period to be checked described Warning information corresponding with the resource identification in the period of inquiry, and the warning information is sent to the monitoring and controlled Unit；

The inquiry polymerized unit, for being obtained according to the resource identification and the period to be checked described to be checked Period in performance index corresponding with the resource identification, and by the performance index send to it is described monitoring control singly Member；

The monitoring control unit is additionally operable to the warning information that will be received and the corresponding performance index is sent to institute State webmaster display unit；

The webmaster display unit, for being shown after integrating the warning information and the corresponding performance index, institute Stating performance index includes at least one of CPU usage, memory usage, bandwidth availability ratio and flow.

20. server according to claim 19, it is characterised in that the webmaster display unit is specifically used for：

21. server according to claim 20, it is characterised in that the webmaster display unit also particularly useful for：

22. server according to claim 13, it is characterised in that the server also includes：

The monitoring control unit, for after QoS grade sectionalization test is triggered, obtaining end-to-end path, and will The end-to-end path is sent to topology information administrative unit；

The topology information administrative unit, the end-to-end path sent for receiving the monitoring control unit, and according to described End-to-end path inquires about the network element port information that the end-to-end path is passed through from the database, obtains described end-to-end The segmented paths information of each segmentation in path, the information in path of the segmented paths information between each two abutting end, The segmented paths information is sent to the monitoring control unit again；

The monitoring control unit is additionally operable to receive the segmented paths information that the topology information administrative unit is sent, and will The segmented paths information is sent to dispensing unit；

The dispensing unit, the segmented paths information sent for receiving the monitoring control unit, and according to each segmentation Segmented paths information carries out QoS grade configuration on the terminal device, obtains corresponding with each segmentation being segmented business Service quality rating desired value, the segmentation QoS grading index value include time delay, shake and packet loss, then by institute Segmentation QoS grading index value is stated to send to the monitoring control unit；

The monitoring control unit is additionally operable to the segmentation QoS, the segmented paths information transmission that will be received To the webmaster display unit；

The webmaster display unit, for by the segmented paths information of each segmentation and segmentation QoS grading index value Shown after integration.

23. server according to claim 22, it is characterised in that the webmaster display unit is specifically used for：

24. server according to claim 23, it is characterised in that the webmaster display unit also particularly useful for：