CN106911540A - The method and cloud platform of analysis power resource and service data - Google Patents

The method and cloud platform of analysis power resource and service data Download PDF

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Publication number
CN106911540A
CN106911540A CN201710283633.1A CN201710283633A CN106911540A CN 106911540 A CN106911540 A CN 106911540A CN 201710283633 A CN201710283633 A CN 201710283633A CN 106911540 A CN106911540 A CN 106911540A
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CN
China
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cloud platform
power resource
data
account
according
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CN201710283633.1A
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Chinese (zh)
Inventor
赵国瑞
吕威
潘磊
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中国联合网络通信集团有限公司
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Priority to CN201710283633.1A priority Critical patent/CN106911540A/en
Publication of CN106911540A publication Critical patent/CN106911540A/en

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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00Arrangements for maintenance or administration or management of packet switching networks
    • H04L41/04Architectural aspects of network management arrangements
    • H04L41/042Arrangements involving multiple distributed management centers cooperatively managing the network
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L43/00Arrangements for monitoring or testing packet switching networks
    • H04L43/04Processing of captured monitoring data
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L43/00Arrangements for monitoring or testing packet switching networks
    • H04L43/08Monitoring based on specific metrics
    • H04L43/0805Availability
    • H04L43/0817Availability functioning
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L43/00Arrangements for monitoring or testing packet switching networks
    • H04L43/12Arrangements for monitoring or testing packet switching networks using dedicated network monitoring probes

Abstract

The present invention disclose a kind of method and cloud platform for analyzing power resource and service data, is related to power supply technique field, for solving the problems, such as the less efficient of acquisition and analysis power resource and service data.The cloud platform includes:Acquisition module, for obtaining and by memory module power resource and service data are stored in cloud platform according to the topological relation of dynamic environment monitoring network, using logical tree structure, obtains power resource and operation basic data;Acquisition module, it is additionally operable to after the service request that terminal transmission is received by receiver module, from power resource and operation basic data, the specified data needed for obtaining treatment service request specify data to include part or all of power resource and operation basic data;Analysis module, for the instruction according to service request, data are specified in analysis, obtain analysis result, and analysis result is sent to terminal by sending module.The present invention is applied in dynamic environment monitoring network.

Description

The method and cloud platform of analysis power resource and service data

Technical field

Method and cloud the present invention relates to power supply technique field, more particularly to a kind of analysis power resource and service data are put down Platform.

Background technology

With the development of modern communication technology, communication network is increasingly sophisticated, correspondingly, the confession of electric power is provided for communication network Electric network is also increasingly sophisticated.Wherein, communication network includes communication equipment, and supply network includes power supply unit.In order to reduce communication Network, the establishment of supply network and maintenance cost, are often relatively centrally placed on communication equipment and power supply unit in computer room, Above-mentioned concentration placed the computer room of communication equipment and power supply unit, referred to as communication bureau room.Additionally, in order to ensure communication equipment and confession Electric equipment can normal work, generally also need to set up dynamic environment monitoring system monitoring, manage and safeguard above-mentioned communication equipment, The environmental aspect of power supply unit and communication bureau room.

As shown in figure 1, current dynamic environment monitoring system includes Surveillance center (Supervision Center, SC) 11st, multiple monitoring stations (Supervision Station, SS) 12 and multiple and monitoring station signal be connected with Surveillance center signal The monitoring unit (Supervision Unit, SU) 13 of connection.Wherein, Surveillance center 11 is local dynamic environment monitoring system Monitor and administrative center, generally include data server, it is main to complete the locally storage of all dynamic environment data, management and divide Analysis;Monitoring station 12 is controlled by Surveillance center 11, is mainly used in monitoring and safeguarding the local all monitoring units 13 of monitoring station 12;Prison Control unit 13 includes monitoring device, is mainly used in one communication bureau room of monitoring and power supply unit working condition, and this leads to The environmental aspect in letter office room.

At present, different Surveillance center is often to be undertaken the construction of by different suppliers, and different Surveillance center often use Different forms stores respective power resource and service data.When the dynamic environment data of different Surveillance center are analyzed, Needs can just be analyzed after the power resource and service data of different Surveillance center are converted into same form.Cause This, when the quantity of above-mentioned different Surveillance center is more, it is necessary to the power resource and the scale of service data of format transformation It is larger, substantial amounts of computing resource, storage resource and process time are occupied, reduce acquisition and analysis power resource and operation number According to efficiency.

The content of the invention

The present invention provides a kind of method and cloud platform for analyzing power resource and service data, for solving to obtain and analyzing The less efficient problem of power resource and service data.

To reach above-mentioned purpose, the present invention is adopted the following technical scheme that:

In a first aspect, the invention provides a kind of cloud platform for analyzing power resource and service data, including:

Acquisition module, for obtaining power resource and service data, and by the way that memory module is by power resource and runs number According to the topological relation according to dynamic environment monitoring network, using logical tree structure storage in cloud platform, obtain power resource and Operation basic data;

Acquisition module, is additionally operable to after the service request that terminal transmission is received by receiver module, from power resource And in operation basic data, the specified data needed for obtaining treatment service request specify data to be provided including part or all of power Source and operation basic data;

Analysis module, for the instruction according to service request, data are specified in analysis, obtain analysis result, and by sending Module sends analysis result to terminal.

Second aspect, the invention provides a kind of method for analyzing power resource and service data, is applied to such as first party In cloud platform described in face, the method includes:

Cloud platform obtains power resource and service data, and by power resource and service data according to dynamic environment monitoring net The topological relation of network, using logical tree structure storage in cloud platform, obtain power resource and operation basic data;

After the service request that cloud platform receives terminal transmission, cloud platform is from power resource and runs basic data In, the specified data needed for obtaining treatment service request specify data to include part or all of power resource and operation basis number According to;

Cloud platform is analyzed and specifies data according to the instruction of service request, obtains analysis result, and by analysis result to terminal Send.

The invention provides a kind of method and cloud platform for analyzing power resource and service data, compared with prior art, Have the advantages that:

The topological relation of the dynamic environment monitoring network each network element such as including Surveillance center, monitoring station, monitoring unit Between cascade and attaching relation, the annexation between father node and child node in the cascade and attaching relation and logic tree It is the same.Correspondingly, acquisition module stores all prisons according to above-mentioned cascade and attaching relation using unified logical tree structure The power resource and service data at control center, when the power resource and operation basic data of the multiple Surveillance center of analysis is needed, Do not need change data form, it is to avoid the substantial amounts of computing resource of occupancy and storage resource, be conducive to acquisition module quick obtaining Required specified data, are also beneficial to analysis module and specify data quickly to obtain analysis result according to required for, improve acquisition With analysis power resource and the efficiency of service data.

Also, the analysis result obtained based on above-mentioned specified data, reflects supply network working condition exactly, and The ambient condition in communication bureau room, be easy to according to analysis result realize to supply network in each working condition of equipment and/ Or the accurate monitoring of the ambient condition in communication bureau room, the precision of dynamic environment monitoring network is improve, so as to improve communication Network and supply network operational efficiency.

Additionally, the local communication network of different Surveillance center needs the species and scale of the communication service for providing not With, it is necessary to power supply unit type and quantity it is different, cause the power resource at different monitoring center and service data to exist poor It is different.Therefore, the analysis result that power resource and service data based on different Surveillance center are obtained, can fully reflect difference The supply network that is monitored of Surveillance center between difference, to formulate the solution of differentiation in the network planning or the network capacity extension Certainly scheme, on the premise of each local communication service growth requirement of different Surveillance center is met, can be across in monitoring Heart reasonable distribution construction fund, increases investment returns.

Brief description of the drawings

Technical scheme in order to illustrate more clearly the embodiments of the present invention or in background technology, below will be to embodiment or the back of the body The accompanying drawing to be used needed for the description of scape technology is briefly described.

A kind of dynamic environment monitoring system schematic diagram that Fig. 1 is provided for background of invention;

Fig. 2 is a kind of cloud platform schematic diagram for analyzing power resource and service data provided in an embodiment of the present invention;

Fig. 3 is the storage organization schematic diagram of a kind of power resource provided in an embodiment of the present invention and operation basic data;

Fig. 4 is a kind of monitoring unit schematic diagram provided in an embodiment of the present invention;

Fig. 5 is that a kind of power resource and operation monitoring network including multiple Surveillance center provided in an embodiment of the present invention show It is intended to;

Fig. 6 is a kind of power resource of multiple Surveillance center provided in an embodiment of the present invention and the storage organization of service data Schematic diagram;

Fig. 7 is a kind of method flow diagram for analyzing power resource and service data provided in an embodiment of the present invention.

Specific 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 is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.It is based on Embodiment in the present invention, it is all other that those of ordinary skill in the art are obtained under the premise of creative work is not made Embodiment, belongs to the scope of protection of the invention.

As shown in Fig. 2 the embodiment of the present invention one provides a kind of cloud platform 20 for analyzing power resource and service data, bag Include:

Acquisition module 22, for obtaining power resource and service data, and by memory module 21 by power resource and fortune Row data according to topological relation, stored in cloud platform 20 using logical tree structure, obtain power resource and the basic number of operation According to.

Wherein, Surveillance center, monitoring station, the attribute of monitoring unit and state during power resource and service data include, And the attribute and state of the communication equipment that is monitored by monitoring device of monitoring unit and power supply unit.Additionally, power resource and The service data also ambient condition including communication bureau room, such as indoor temperature in communication bureau room, indoor humidity, IAQ Deng.

In the present invention, power resource and the part that operation basic data is power resource and service data, generally by Receiver module 24 is received, and is storing mould by the topological relation of the basis of acquisition module 22, using unified logical tree structure storage In block 21.

The topological relation of the dynamic environment monitoring network is included between the superior and the subordinate's network element in dynamic environment monitoring network Cascade and attaching relation.For example, between higher level Surveillance center and Surveillance center of subordinate, Surveillance center and the Surveillance center area under one's jurisdiction Between interior all monitoring stations, between monitoring station and the local all monitoring units of the monitoring station, monitoring unit and the monitoring Cascade and attaching relation between the power supply unit that unit is monitored by monitoring device.The topology of the dynamic environment monitoring network Relation also includes the signal annexation between network element at the same level.For example, when the dynamic environment monitoring network includes multiple monitoring During center, the signal annexation between Surveillance center at the same level.Additionally, the topological relation of the dynamic environment monitoring network is also wrapped Include the monitoring between the ambient condition of monitoring device and communication equipment, power supply unit and communication bureau room and monitored relation.

Cascade and attaching relation between the superior and the subordinate's network element of dynamic environment monitoring network, with the father node in logic tree with Cascade and attaching relation between child node are the same.Therefore, acquisition module 22 is according to above-mentioned cascade and attaching relation Power resource and operation basic data distribution memory space.

For example, in dynamic environment monitoring network as shown in Figure 1, Surveillance center 11 manages multiple monitoring stations 12, each Individual monitoring station 12 manages multiple monitoring units 13.Correspondingly, as shown in figure 3, acquisition module 22 is Surveillance center 11 distributes storage Space;In the memory space distributed for the Surveillance center 11, acquisition module 22 is all monitoring of the Surveillance center 11 management Stand 12 distribution memory spaces;And in the memory space of each monitoring station 12, acquisition module 22 is managed for the monitoring station 12 All monitoring units 13 distribution memory space.

Again for example, when the dynamic environment monitoring network includes multiple Surveillance center, as shown in figure 5, being monitored as father Center, Surveillance center 11a manages 3 Ge Zi Surveillance center 11b.Correspondingly, as shown in fig. 6, acquisition module 22 is father Surveillance center 11a distributes memory space, and in the memory space distributed for father Surveillance center 11a, respectively each Ge Zi Surveillance center 11b distributes memory space.

Therefore, acquisition module 22 will be apparent that the power resource of each network element in the dynamic environment monitoring network And the storage location of operation basic data, all or part of power resource and fortune needed for being easy to the quick obtaining of acquisition module 22 Row basic data;Also, the power resource and operation basic data of all Surveillance center are deposited using unified logical tree structure Storage, when the power resource and operation basic data of the multiple Surveillance center of analysis is needed, it is not necessary to change data form, it is to avoid The substantial amounts of computing resource of occupancy and storage resource, improve obtain and analysis power resource and operation basic data efficiency.

Additionally, for the particular geographic location that above-mentioned acquisition module 22 is the memory space that each network element is distributed, the present invention Any restriction is not done, as long as power resource and operation basic data required for guarantee acquisition module 22 can be obtained easily are i.e. Can.For example, monitoring station 12 can be stored in local storage space the power resource of the monitoring station and operation basic data, and And storage location is reported the Surveillance center 11 in the place area under one's jurisdiction of monitoring station 12, still it is considered as Surveillance center 11 for 12 points of monitoring station Memory space is matched somebody with somebody.Therefore, in actual applications, power resource and operation basic data can be centrally stored in Surveillance center In 11 memory space, it is also possible to by power resource and operation basic data dispersion storage in monitoring station 12 and monitoring unit 13 In memory space.

Additionally, the geographical distribution characteristic of communication service determines that different communication bureau rooms are usually located at different geographical positions Put, and the ambient condition in the communication equipment in communication bureau room, power supply unit, monitoring device and the communication bureau room constitutes one Relatively independent logic entirety.As shown in figure 4, monitoring unit 13 is used for by communication bureau room of many monitoring devices 14 pair Many 15, many power supply units 16 and multinomial ambient condition 17 are monitored.For convenience to the communication equipment in communication bureau room and The ambient condition in the working condition of power supply unit and communication bureau room implements closed loop monitor in real time, in actual applications, generally with Monitoring unit 13 is that unit stores power resource and operation basic data, the i.e. power resource of monitoring unit 13 and the basic number of operation According to being commonly stored in same memory space.

Additionally, power resource and operation basic data are generally input into the first stage of construction of cloud platform 20 or the network capacity extension, and Storage is standby in the memory module 21 of cloud platform 20.

Acquisition module 22, is additionally operable to after the service request that terminal transmission is received by receiver module 24, from power In resource and operation basic data, the specified data needed for obtaining treatment service request specify data to include partly or entirely dynamic Power resource and operation basic data.

Wherein, receiver module 24 includes unified, the data transmission interface of specification, such as ICP/IP protocol interface, to reduce The complexity of cloud platform 20 and terminal.Power resource and service data that cloud platform 20 is sent by the receiving terminal of receiver module 24 And/or service request.Terminal includes mobile phone, panel computer, notebook computer, personal computer and cloud terminal.

Service request includes the COS of the account and service request by terminal logs in;Analysis module 23 is additionally operable to: According to the account, it is determined that by the account access power resource and operation basic data authority, and the account be authorized to COS;And the COS being authorized to according to the account, it is determined that whether being obtained by the COS of the account request Authorize.Wherein, the COS being authorized to according to the account, it is determined that whether being awarded by the COS of the account request Power, specifically includes:By the COS of the account request, if the one kind or many in the COS being authorized to for the account Kind.

Specified data needed for obtaining treatment service request, refer to when the COS for determining to pass through the account request is awarded Temporary, according to service request COS and the authority of power resource and operation basic data is accessed by the account, from depositing Power resource and operation basic data needed for the treatment service request obtained in storage module 21.

Analysis module 23, for the instruction according to service request, data are specified in analysis, obtain analysis result, and by hair Send module 25 that analysis result is sent to terminal.

Wherein, sending module 25 includes unified, the data transmission interface of specification, such as ICP/IP protocol interface, for cloud Platform 20 sends analysis result to terminal, and can reduce the complexity of cloud platform 20 and terminal.

In actual applications, analysis result includes computer instruction, sound, light, writings and image.Computer instruction bag Include the command sequence of the working condition for adjusting power supply unit.Writings and image includes the electronics and/or paper form of output Analysis report, project report, excel forms and represent for electricity consumption rule chart.

In cloud platform provided in an embodiment of the present invention 20, during the topological relation of dynamic environment monitoring network includes monitoring In cascade and attaching relation between each network element such as the heart, monitoring station, monitoring unit, the cascade and attaching relation and logic tree Relation between father node and child node is the same.Correspondingly, acquisition module 22 is used according to above-mentioned cascade and attaching relation Logical tree structure, the power resource of all Surveillance center of unification and the storage format of operation basic data, are conducive to different The data sharing of Surveillance center, it is to avoid the form of power resource and operation basic data to different Surveillance center turns Change, be conducive to specifying data required for the quick obtaining of acquisition module 22, be also beneficial to analysis module 23 according to required specified number Analysis result is obtained according to quick, the efficiency for obtaining and analyzing power resource and operation basic data is improve.

Also, the analysis result obtained based on above-mentioned specified data, reflects communication network and supply network exactly Working condition, and communication bureau room ambient condition, be easy to according to analysis result realize in communication network and supply network The accurate monitoring of the working condition of each equipment, and/or the ambient condition in communication bureau room, improves dynamic environment monitoring network Precision, so as to improve communication network and supply network operational efficiency.

Additionally, the local communication network of different Surveillance center needs the species and scale of the communication service for providing not With, it is necessary to power supply unit type and quantity it is different, cause the power resource at different monitoring center and operation basic data depositing In difference.Therefore, the analysis result that power resource and operation basic data based on different Surveillance center is obtained, can be abundant Difference between communication network that the different Surveillance center of reflection are monitored and supply network, to expand in the network planning or network The solution of differentiation is formulated during appearance, before each local communication service growth requirement of different Surveillance center is met Put, can across Surveillance center reasonable distribution construction fund, increase investment returns.

In an implementation of the embodiment of the present invention, during in order to ensure treatment service request the power resource that uses and Operation basic data it is ageing, except being input into networking initial stage or the network capacity extension and store power resource and the basic number of operation Outside, can also be according to the actual motion state renewal impetus resource of dynamic environment monitoring network and operation basic data.Example Such as, when service request also includes the power resource and running status of terminal acquisition, analysis module 23 is additionally operable to according to the account, Determine whether by the account renewal impetus resource and operation basic data;When analysis module 23 is according to the account, it is determined to During by the account renewal impetus resource and operation basic data, acquisition module 22 is additionally operable to according to power resource and operation shape State, by the renewal impetus resource of memory module 21 and operation basic data.

In another implementation of the embodiment of the present invention, when cloud platform 20 also includes that (wherein, m is m computing module Natural number) when, in order to further improve treatment service request efficiency, and improve computing module utilization rate, analysis module 23 are additionally operable to:

N idle computing module is obtained from m computing module, wherein, n is the natural number less than or equal to m, cloud platform The number of idle computing module is more than or equal to n in 20;

Service request is decomposed into n son request, and is specified at each the idle computing module in n idle computing module One son request of reason, obtains the n analysis result of son request;And

Analysis result according to n son request generates the analysis result of service request.

Wherein, computing module includes the central processing unit in Surveillance center, monitoring station and monitoring unit Common parameter, formula, algorithm, the journey used during (CentralProcessing Unit, CPU), memory space and analysis Sequence etc..

As shown in fig. 7, the embodiment of the present invention two provides a kind of method for analyzing power resource and service data, it is applied to In cloud platform 20 as described in embodiment one, the method includes:

Step 701, cloud platform 20 obtain power resource and service data, and by power resource and service data according to power The topological relation of environmental monitoring network, using logical tree structure storage in cloud platform 20, obtain power resource and operation basis Data.

Wherein, power resource and service data include the network elements at different levels in dynamic environment monitoring network, such as Surveillance center, Monitoring station, the attribute of monitoring unit and state, and the communication equipment and power supply unit that monitoring unit is monitored by monitoring device Attribute and state.Additionally, power resource and the service data also ambient condition including communication bureau room, such as room in communication bureau room Interior temperature, indoor humidity, IAQ etc..

In the present invention, power resource and the part that operation basic data is power resource and service data, generally by Terminal is uploaded to cloud platform 20, and by cloud platform 20 according to the topological relation of dynamic environment monitoring network, using unified logic Storage of data structure is in cloud platform 20.

The topological relation of dynamic environment monitoring network include power resource and operation monitoring network in the superior and the subordinate's network element it Between cascade and attaching relation.For example, between higher level Surveillance center and Surveillance center of subordinate, Surveillance center and the Surveillance center linchpin Between all monitoring stations in area, between monitoring station and the local all monitoring units of the monitoring station, monitoring unit and the prison Cascade and attaching relation between the communication equipment that is monitored by monitoring device of control unit and power supply unit.Dynamic environment monitoring net The topological relation of network also includes the signal annexation between network element at the same level.For example, when dynamic environment monitoring network includes multiple During Surveillance center, the signal annexation between Surveillance center at the same level.Additionally, the topological relation of dynamic environment monitoring network is also wrapped Include the monitoring between the ambient condition of monitoring device and communication equipment, power supply unit and communication bureau room and monitored relation.

Cascade and attaching relation between the superior and the subordinate's network element of dynamic environment monitoring network, with the father node in logic tree with Cascade and attaching relation between child node are the same.Therefore, cloud platform 20, according to above-mentioned cascade and attaching relation, is power Resource and operation basic data distribution memory space.For example, in dynamic environment monitoring network as shown in Figure 1, Surveillance center The multiple monitoring stations 12 of 11 management, each monitoring station 12 manages multiple monitoring units 13.Correspondingly, as shown in figure 3, acquisition module 22 is that Surveillance center 11 distributes memory space;In the memory space distributed for the Surveillance center 11, acquisition module 22 is the prison The distribution memory space of all monitoring stations 12 of the management of control center 11;And in the memory space of each monitoring station 12, obtain Module 22 is the distribution memory space of all monitoring units 13 of the monitoring station 12 management.

Again for example, when dynamic environment monitoring network includes multiple Surveillance center, as shown in figure 5, as father Surveillance center, Surveillance center 11a manages 3 Ge Zi Surveillance center 11b.Correspondingly, as shown in fig. 6, acquisition module 22 is father Surveillance center 11a points With memory space, and in the memory space distributed for father Surveillance center 11a, respectively each Ge Zi Surveillance center 11b points With memory space.

Therefore, cloud platform 20 will be apparent that power resource and the operation basis of each network element in dynamic environment monitoring network The storage location of data, all or part of power resource and operation basic data needed for being easy to the quick obtaining of cloud platform 20; Also, what the power resource and operation basic data of all Surveillance center were stored using unified logical tree structure, work as needs When the power resource and operation basic data of the multiple Surveillance center of analysis, it is not necessary to change data form, it is to avoid take a large amount of Computing resource and storage resource, improve obtain and analysis power resource and operation basic data efficiency.

Additionally, the geographical distribution characteristic of communication service determines that different communication bureau rooms are usually located at different geographical positions Put, and the ambient condition in the communication equipment in communication bureau room, power supply unit, monitoring device and the communication bureau room constitutes a phase To independent logic entirety.As shown in figure 4, monitoring unit 13 is used for by many of communication bureau room of many monitoring devices 14 pair Platform communication equipment 15, many power supply units 16 and multinomial ambient condition 17 are monitored.For convenience to the communication in communication bureau room The ambient condition of the working condition and communication bureau room of equipment and power supply unit implements closed loop monitor in real time, in actual applications, Power resource and operation basic data, the i.e. power resource of monitoring unit 13 and operation are stored generally in units of monitoring unit 13 Basic data is commonly stored in same memory space.

Additionally, power resource and operation basic data are generally input into the first stage of construction of cloud platform 20 or the network capacity extension, and Storage is standby in cloud platform 20.

Step 702, after the service request that cloud platform 20 receives terminal transmission, cloud platform 20 is from power resource and fortune In row basic data, obtain treatment service request needed for specified data, specify data include part or all of power resource and Operation basic data.

Wherein, service request includes the COS by the account of terminal logs in and service request, cloud platform 20 from In power resource and operation basic data, before the specified data needed for obtaining treatment service request, the method also includes:Yun Ping Platform 20 is according to the account, it is determined that the authority of power resource and operation basic data is accessed by the account, and the account is awarded The COS of power;

The COS that cloud platform 20 is authorized to according to the account, it is determined that whether being obtained by the COS of the account request Must authorize.

Specified data needed for obtaining treatment service request, refer to when the COS for determining to pass through the account request is awarded Temporary, according to service request COS and the authority of power resource and operation basic data is accessed by the account, is obtained Treatment service request needed for power resource and operation basic data.

In actual applications, COS is generally included:

Inquiry class service:According to one or more querying conditions set on the query interface of terminal device, retrieval is simultaneously The power resource and operation basic data in the authorized scope of the terminal device are counted, and statistics is sent to terminal and set It is standby.For example, the quantity of local transformer of the installation load more than 80% of one Surveillance center of inquiry and its communication bureau at place The position in room and the title in the communication bureau room.

Analysis and early warning class is serviced:Choose communication equipment, the crucial of power supply unit and supply power consumption parameter and/or critical environments parameter As alarm point, and for the alarm point presets different grades of alarm threshold, difference is reached when above-mentioned alarm point is real-time monitored During the alarm threshold of grade, different grades of alarm is sent to terminal device.For example, according to the local transformer of Surveillance center Installation rate of load condensate sets one-level, two grades, three-level and level Four alarm respectively, corresponding alarm threshold is respectively set to 95%, 90%, 85% and 80%.When the installation rate of load condensate of the local some transformers of the Surveillance center reaches 90%, by two grades alarm and There occurs that the transformer list of two grades of alarms is sent to terminal device.

Data mining class is serviced:Using analysis methods such as classification, cluster, associations, from substantial amounts of power resource and operation base Found in plinth data and supply electricity consumption rule, in the intelligent management of communication network and supply network.For example, using classification, gathering There is the power resource and fortune of multiple Surveillance center of unified network interface each other in the analysis methods such as class, association, analysis Row basic data, obtains electricity consumption rule (Time Distribution and the Rule of Geographical Distribution), the equipment event of above-mentioned multiple Surveillance center Moving law of the barrier regularity of distribution and communication network and supply network etc..

Artificial intelligence planning service:When communication network changes, the power supply capacity of supply network is also required to do corresponding Adjustment, based on the confession electricity consumption rule that data mining class service is obtained, obtain the key parameter of influence power supply capacity, provided pin To the programme of property.For example, when communication network needs dilatation, the remaining power supply capacity energy of original supply network can be analyzed first It is no to meet newly-increased need for electricity;If remaining power supply capacity meets newly-increased need for electricity, after judging to consider newly-increased need for electricity Whether load factor reaches predetermined alarm threshold;If load factor has reached predetermined Level 1Alarming threshold value 95%, Then provide corresponding supply network dilatation scheme.

Step 703, cloud platform 20 are analyzed and specify data according to the instruction of service request, obtain analysis result, and will analysis Result sends to terminal.

In actual applications, analysis result includes computer instruction, sound, light, writings and image.Computer instruction bag Include the command sequence of the working condition for adjusting power supply unit.Writings and image includes the electronics and/or paper form of output Analysis report, project report, excel forms and represent for electricity consumption rule chart.

In an implementation of the embodiment of the present invention, during in order to ensure treatment service request the power resource that uses and Operation basic data it is ageing, except being input into networking initial stage or the network capacity extension and store power resource and the basic number of operation Outside, can also be according to the actual motion state renewal impetus resource of dynamic environment monitoring network and operation basic data.Example Such as, service request also includes the power resource and running status of terminal acquisition;Cloud platform 20 is according to the account, it is determined that passing through the account Number access power resource and operation basic data authority, specifically include:Cloud platform 20 is determined whether by this according to the account Account renewal impetus resource and operation basic data;

When cloud platform 20 is according to the account, it is determined to during by the account renewal impetus resource and operation basic data, The method also includes:Cloud platform 20 according to power resource and running status, renewal impetus resource and operation basic data.

In another implementation of the embodiment of the present invention, when cloud platform 20 includes that (wherein, m is certainly to m computing module Right number) when, in order to further improve the efficiency for the treatment of service request, and the utilization rate of computing module being improved, cloud platform 20 presses According to the instruction of service request, analysis is specified data, obtains analysis result, specifically includes:

Cloud platform 20 obtains n idle computing module from m computing module, wherein, n is the nature less than or equal to m Number, the number of idle computing module is more than or equal to n in cloud platform;

Service request is decomposed into n son request by cloud platform 20, and specifies each the free time meter in n idle computing module One son request of resume module is calculated, the n analysis result of son request is obtained;

Cloud platform 20 generates the analysis result of service request according to the analysis result of n son request.

Wherein, computing module includes the CPU in Surveillance center, monitoring station and monitoring unit, memory space and analysis process In common parameter, formula, algorithm, the program used etc..

One of ordinary skill in the art will appreciate that all or part of flow in realizing above-described embodiment method, can be The hardware of correlation is instructed to complete by computer program, described program can be stored in computer read/write memory medium In, the program is upon execution, it may include such as the flow of the embodiment of above-mentioned each method.Wherein, described storage medium can be magnetic Dish, CD, read-only memory (Read-Only Memory, ROM) or random access memory (Random Access Memory, RAM) etc..

The above, specific embodiment only of the invention, but protection scope of the present invention is not limited thereto, and it is any The invention discloses technical scope in change or replacement, should all be included within the scope of the present invention.Therefore, this hair Bright protection domain should be based on the protection scope of the described claims.

Claims (8)

1. a kind of cloud platform for analyzing power resource and service data, it is characterised in that the cloud platform includes:
Acquisition module, for obtaining power resource and service data, and by the way that memory module is by the power resource and runs number Stored in the cloud platform according to the topological relation according to dynamic environment monitoring network, using logical tree structure, obtain power money Source and operation basic data;
The acquisition module, is additionally operable to after the service request that terminal transmission is received by receiver module, from the power In resource and operation basic data, the specified data needed for obtaining the treatment service request, the specified data include part Or whole power resources and operation basic data;
Analysis module, for the instruction according to the service request, analyzes the specified data, obtains analysis result, and pass through Sending module sends the analysis result to the terminal.
2. cloud platform according to claim 1, it is characterised in that the service request is included by the terminal logs in The COS of account and the service request;
The analysis module, is additionally operable to according to the account, it is determined that accessing the power resource and operation base by the account The authority of plinth data, and the authorized COS of the account;
The analysis module, is additionally operable to the COS being authorized to according to the account, it is determined that by the clothes of the account request Whether service type is authorized.
3. cloud platform according to claim 2, it is characterised in that it is dynamic that the service request also includes that the terminal is obtained Force environment state;
The analysis module, is additionally operable to according to the account, determines whether to update the power resource and fortune by the account Row basic data;
When the analysis module is according to the account, it is determined to update the power resource and operation basis by the account During data, the acquisition module is additionally operable to according to the dynamic environment state, and updating the power by the memory module provides Source and operation basic data.
4. cloud platform as claimed in any of claims 1 to 3, it is characterised in that the cloud platform also includes m and counts Module is calculated, wherein, m is natural number;
The analysis module, be additionally operable to from the m computing module obtain n free time computing module, wherein, n be less than or Natural number equal to m, the number of idle computing module is more than or equal to n in the cloud platform;
The analysis module, is additionally operable to for the service request to be decomposed into n son request, and specify described n idle calculating mould Each idle computing module in block processes a son request, obtains the analysis result of the n son request;
The analysis module, is additionally operable to be generated according to the analysis result of described n son request the analysis result of the service request.
5. a kind of method for analyzing power resource and service data, it is characterised in that be applied to as Claims 1-4 is any one In cloud platform described in, methods described includes:
The cloud platform obtains power resource and service data, and the power resource and service data are supervised according to dynamic environment Control the topological relation of network, stored in the cloud platform using logical tree structure, obtain power resource and operation basic data;
After the service request that the cloud platform receives terminal transmission, the cloud platform is from the power resource and runs base In plinth data, the specified data needed for obtaining the treatment service request, the specified data are provided including part or all of power Source and operation basic data;
The cloud platform analyzes the specified data according to the instruction of the service request, obtains analysis result, and described will divide Analysis result sends to the terminal.
6. method according to claim 5, it is characterised in that the service request is included by the account of the terminal logs in Number and the service request COS;In the cloud platform from the power resource and operation basic data, at acquisition Before specified data needed for managing the service request, methods described also includes:
The cloud platform is according to the account, it is determined that accessing the power of the power resource and operation basic data by the account Limit, and the authorized COS of the account;
The COS that the cloud platform is authorized to according to the account, it is determined that by the COS of the account request whether Authorized.
7. method according to claim 6, it is characterised in that the service request also includes the power that the terminal is obtained Resource and running status;The cloud platform is according to the account, it is determined that accessing the power resource and operation by the account The authority of basic data, specifically includes:
The cloud platform determines whether to update the power resource and operation basis number by the account according to the account According to;
When the cloud platform is according to the account, it is determined to update the power resource and operation basis number by the account According to when, methods described also includes:
The cloud platform updates the power resource and operation basic data according to the power resource and running status.
8. the method according to any one in claim 5 to 7, it is characterised in that the cloud platform includes that m calculates mould Block, wherein, m is natural number;The cloud platform analyzes the specified data according to the instruction of the service request, is analyzed As a result, specifically include:
The cloud platform obtains n idle computing module from the m computing module, wherein, n is oneself less than or equal to m So count, the number of idle computing module is more than or equal to n in the cloud platform;
The cloud platform by the service request be decomposed into n son request, and specify it is described n free time computing module in each Idle computing module processes a son request, obtains the analysis result of the n son request;
The cloud platform generates the analysis result of the service request according to the analysis result of described n son request.
CN201710283633.1A 2017-04-26 2017-04-26 The method and cloud platform of analysis power resource and service data CN106911540A (en)

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