CN102932462B - Remote experiment access device and method - Google Patents
Remote experiment access device and method Download PDFInfo
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- CN102932462B CN102932462B CN201210438923.6A CN201210438923A CN102932462B CN 102932462 B CN102932462 B CN 102932462B CN 201210438923 A CN201210438923 A CN 201210438923A CN 102932462 B CN102932462 B CN 102932462B
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Abstract
The invention provides a remote experiment access device and a method. The device comprises that a topology connector is connected with experimental facilities through a topology port and the experimental facilities are connected mutually; a central control module maintains information of the experimental facilities and connection relations between the experimental facilities and the topology port, maps the connection relations between the maintained experimental facilities and the topology port into connection relations among the experimental facilities, and provides the information of the maintained experimental facilities and the connection relations among the experimental facilities for a facility display module according to the display demands sent by the facility display module; and the facility display module receives display commands, sends the display commands to the central control module and displays the experimental facilities and the connection relations among the experimental facilities according to information provided by the central control module. According to the remote experiment access device and the method, the connection relations among the experimental facilities can be displayed directly, experimenters are helped to learn the connection relations among the experimental facilities, and the experiment efficiency is further improved.
Description
Technical field
The present invention relates to electronic communication, particularly relate to a kind of tele-experimentation access device and method.
Background technology
Laboratory is the important place of the culturing innovative talent, improves openness, the utilance in laboratory, is the problem of pendulum in face of lab managers.Common laboratory room managing mode is, experimenter enters laboratory when needed, opening power and experimental facilities, experimentally, perhaps problem carries out wiring to experimental facilities, then by terminal equipment operation experiments equipment, such as, import various data, experimental facilities is configured, then carry out experiment, obtain experimental result; After experiment terminates, close experimental facilities and power supply, dismounting wiring, leave laboratory.This laboratory room managing mode efficiency is lower, and experimenter can only at laboratory operation experimental facilities, cannot remote operation, comparatively inconvenience.
For reaching the object of efficient experiment, prior art provides a kind of method of long-range insert experiment equipment: in laboratory, set up a station server, server and other experimental facilities are placed in consolidated network, can interconnect, the various function softwares of server pre-mounting operation experimental facilities simultaneously, record the information of each experimental facilities, such as device name, type, IP address and method of operation etc.Such experimenter can use the mode such as remote desktop or telnet/ssh access server, then from this server insert experiment equipment, operates experimental facilities.The method can reach the object of remote operation apparatus, but experimenter cannot get information about the annexation between experimental facilities, and need to prepare experimental data in advance to understand, this has certain influence to conventional efficient.
Summary of the invention
The invention provides a kind of tele-experimentation access device and method, in order to show the annexation between experimental facilities intuitively, so that experimenter understands the annexation between experimental facilities, and then improve conventional efficient.
First aspect provides a kind of tele-experimentation access device, comprising:
Topological connector, described topological connector comprises multiple topological port, and described topological connector is connected with multiple experimental facilities by described multiple topological port, and it is interconnected to realize between described multiple experimental facilities;
Central Control Module, for the annexation of the information and experimental facilities and topological port of safeguarding each experimental facilities, and the display request that receiving equipment display module sends, according to described display request, the annexation of safeguarded experimental facilities and topological port is mapped as the annexation between experimental facilities and the annexation between the information of safeguarded each experimental facilities and described experimental facilities is supplied to described equipment display module;
Described equipment display module, for receiving idsplay order, described display request is sent to described Central Control Module according to described idsplay order, receive the annexation between the information of each experimental facilities that described Central Control Module provides and described experimental facilities, and show the annexation between each experimental facilities and described experimental facilities.
Second aspect provides a kind of tele-experimentation cut-in method, comprising:
Equipment display module in tele-experimentation access device receives idsplay order, sends display request according to described idsplay order to the Central Control Module in described tele-experimentation access device;
Described Central Control Module is asked according to described display, and the annexation of safeguarded experimental facilities and topological port is mapped as the annexation between experimental facilities and the annexation between the information of safeguarded each experimental facilities and described experimental facilities is supplied to described equipment display module; Wherein, multiple experimental facilities realizes interconnected by the multiple topological port of topological connector;
Described equipment display module shows the annexation between each experimental facilities and described experimental facilities.
Tele-experimentation access device provided by the invention and method, each experimental facilities is connected and to realize between experimental facilities interconnected by topological connector, Central Control Module safeguards the information of each experimental facilities and the annexation between experimental facilities and topological connector port, and equipment display module and Central Control Module mutual, annexation between experimental facilities and experimental facilities also shows by the relation between the information obtaining each experimental facilities and the experimental facilities mapped out by the annexation of Central Control Module experimentally between equipment and topological connector port, be conducive to experimenter and connect annexation between each experimental facilities intuitively, be conducive to improving conventional efficient.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The structural representation of the tele-experimentation access device that Fig. 1 provides for one embodiment of the invention;
The structural representation of the tele-experimentation access device that Fig. 2 provides for another embodiment of the present invention;
The structural representation of the tele-experimentation access device that Fig. 3 provides for further embodiment of this invention;
The flow chart of the tele-experimentation cut-in method that Fig. 4 provides for one embodiment of the invention;
The flow chart of the tele-experimentation cut-in method that Fig. 5 provides for another embodiment of the present invention;
The flow chart of the tele-experimentation cut-in method that Fig. 6 provides for further embodiment of this invention;
The flow chart of the tele-experimentation cut-in method that Fig. 7 provides for further embodiment of this invention.
Embodiment
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The structural representation of the tele-experimentation access device that Fig. 1 provides for one embodiment of the invention.As shown in Figure 1, the device of the present embodiment comprises: topological connector 11, Central Control Module 12 and equipment display module 13.
Wherein, topological connector 11 comprises multiple topological port, and topological connector 11 is connected with multiple experimental facilities by multiple topological port, and it is interconnected to realize between multiple experimental facilities.Wherein, topological connector can be anyly can be connected with multiple experimental facilities and realize connector construction interconnected between multiple experimental facilities.
Central Control Module 12 is nucleus modules of tele-experimentation access device.The information of each experimental facilities being registered in tele-experimentation access device and the annexation between each experimental facilities and topological connector, for the annexation of the information and experimental facilities and topological port of safeguarding each experimental facilities, are namely in charge of in Central Control Module 12 1 aspect.Wherein, the information of each experimental facilities includes but not limited to: device type, device name, Internet protocol (Internet Protocol, referred to as IP) address, method of operation, function etc.Wherein, device name and/or IP address etc. can the information of a unique identification experimental facilities can as the identification information of this experimental facilities.Wherein, the annexation by experiment between the topological port of equipment connection and topological port can embody the annexation between experimental facilities.
In addition, the annexation of safeguarded experimental facilities and topological port, also for the display request that receiving equipment display module 13 sends, to be mapped as annexation between experimental facilities according to display request and the annexation between the information of safeguarded each experimental facilities and the experimental facilities that maps out is supplied to equipment display module 13 by Central Control Module 12.Experimental facilities and the annexation of topological port mainly comprise the corresponding relation of the identification information of the topological port that the identification information of experimental facilities and experimental facilities are connected.In addition, if experimental facilities has multiple port, such as switch, the then corresponding relation between experimental facilities and the identification information that the annexation major experimental equipment of topological port is connected the port of topological port and the identification information of topological port connected.Wherein, the identification information of port or the identification information of topological port can be port numbers or port numbering etc.For Central Control Module 12, when topological connector 11 is determined, the annexation on topological connector 11 between each topological port can be known.Based on this, Central Control Module 12 just can map out the annexation between experimental facilities according to the annexation on the annexation of safeguarded experimental facilities and topological port and topological connector 11 between each topological port.
Equipment display module 13, be connected with Central Control Module 12, for receiving idsplay order, display request is sent to Central Control Module 12 according to idsplay order, and the annexation between the information of each experimental facilities that provides of receiving center control module 12 and the experimental facilities that maps out, and show the annexation between each experimental facilities and experimental facilities.
Optionally, equipment display module 13 can provide an interactive interface to experimenter.Then equipment display module 13 receives idsplay order and can comprise: equipment display module 13 receives the idsplay order that experimenter is sent by interactive interface, such as experimenter by the input frame input idsplay order on interactive interface, or can send idsplay order by the idsplay order button that interactive interface provides.
Optionally, equipment display module 13 can show each experimental facilities to user to graphically intuitively, such as can represent an experimental facilities with a rectangle frame, if experimental facilities there is multiple port, multiple port can be identified with the multiple little rectangle frame in large rectangle frame, such as can represent an experimental facilities with a rectangle frame again, and use the small circle in rectangle frame to represent port on experimental facilities.In addition, in order to distinguish dissimilar experimental facilities and dissimilar port, equipment display module 13 can to representing that the figure of experimental facilities carries out the process such as additive color, filling shade, so that represent more eurypalynous experimental facilities.In addition, the mode of the annexation between the display experimental facilities of equipment display module 13 and experimental facilities can do variation expansion, if support topological diagram display, the various ability such as device panel figure shows, 3 D stereo display, convergent-divergent pull.
Optionally, the annexation of safeguarded experimental facilities and topological port can also be directly supplied to equipment display module 13 by Central Control Module 12, and equipment display module 13 directly can show the annexation of experimental facilities and topological port, be conducive to the annexation that user carries out managing and checking experimental facilities and topological connector like this, the administrative staff that this mode is applicable to carrying out tele-experimentation access-in management more use.
In an Alternate embodiments, show on the basis of the annexation between experimental facilities and experimental facilities at equipment display module 13, equipment display module 13 also can be used for receiving topological alteration command, send the first topology according to topological alteration command to Central Control Module 12 and change request, this topological alteration command comprises the identification information of the first experimental facilities of request change annexation and the annexation instruction after changing, and the first topology changes the annexation instruction after the identification information and described change asking to comprise the first experimental facilities.Optionally, equipment display module 13 receives topological alteration command and comprises: equipment display module 13 receives the topological alteration command that experimenter sends.Such as, two scripts can not have the port of annexation experimental facilities to couple together by experimenter on the display interface of equipment display module 13, this is just equivalent to have issued the topological alteration command be connected by these two experimental facilities, this instruction include need connect two experimental facilities identification information and by the instruction of two equipment connections, here two experimental facilities are respectively the first experimental facilities, the instruction of two equipment connections are the instruction of the annexation after change.Again such as, the line between the port of an experimental facilities can remove by experimenter on the display interface of equipment display module 13, thus sends the topological alteration command of the annexation between deletion two experimental facilities.Again such as, the port of an experimental facilities can reconnect on the port of another experimental facilities by experimenter on the display interface of equipment display module 13, thus sends the topological alteration command of the annexation changing this experimental facilities.
Correspondingly, the first topology that Central Control Module 12 also sends for receiving equipment display module 13 changes request, according to safeguarded experimental facilities and the annexation of topological port and the identification information of the first experimental facilities, obtain the identification information of the topological port that the first experimental facilities connects, send the second topology to topological connector 11 and change request, the second topology request of changing comprises the identification information of the topological port that the first experimental facilities connects and the annexation instruction after changing.
Correspondingly, topological connector 11 also changes request for receiving the second topology, annexation instruction after the identification information of the topological port connected according to the first experimental facilities and described change, the annexation of the first experimental facilities is changed to the annexation indicated by the instruction of the annexation after described change by the topological port connected by the first experimental facilities.
By above-mentioned execution mode, experimenter Remote Dynamic can change annexation (namely changing topology) between experimental facilities, experimenter goes to change the annexation of experimental facilities without the need to entering laboratory again as prior art, be conducive to operating experimental facilities, improve conventional efficient.
Further, in an Alternate embodiments, as shown in Figure 2, the tele-experimentation access device of the present embodiment can also comprise: energy supply control module 14.Energy supply control module 14 comprises multiple power port, and a power port is connected with an experimental facilities.Energy supply control module 14 for carrying out power supply control by power port to the experimental facilities that power port connects, such as, powers on to experimental facilities in the time of setting, and the time that control powers on to experimental facilities, and in the time set to electricity under experimental facilities etc.Here power port is connected with experimental facilities and mainly refers to that power port is connected with the power port on experimental facilities.
On the basis of energy supply control module 14, the Central Control Module 12 in the present embodiment is also for safeguarding the annexation of experimental facilities and power port.The annexation of the experimental facilities that Central Control Module 12 is safeguarded and power port specifically can safeguard the corresponding relation between the identification information of experimental facilities and the identification information of power port.In addition, Central Control Module 12 is also for receiving Energy control instruction, and this Energy control instruction comprises request and carries out the identification information of the second experimental facilities of power-on and power-off control and indicate the power-on and power-off of the second experimental facilities; Further, Central Control Module 12 is according to the annexation of safeguarded experimental facilities and power port, obtain the identification information of the power port that the second experimental facilities connects, send Energy control request to energy supply control module 14, this Energy control request comprises identification information and the power-on and power-off instruction of the power port that the second experimental facilities connects.
Here the second experimental facilities can be any one in multiple experimental facilities.Indicating the power-on and power-off of the second experimental facilities can be the instruction that powers on, and also can be lower electricity instruction, can also be at the appointed time power on to the second experimental facilities and carry out the instruction of lower electricity in another fixed time to the second experimental facilities.Here Energy control instruction can be that user is sent by equipment display module 13, and the interactive interface such as provided by equipment display module 13 is inputted the identification information of the second experimental facilities and indicates the power-on and power-off of the second experimental facilities.Such as, experimenter can before the experiments were performed, the use of registration experiment equipment, such as, arrange experiment beginning, end time, and choice experiment equipment, be so just equivalent to have issued Energy control instruction to Central Control Module 12.Central Control Module 12, according to Energy control instruction, sends Energy control request to energy supply control module 14, to carry out power supply control by energy supply control module 14 to the second experimental facilities.
Correspondingly, energy supply control module 14 is for receiving Energy control request, the identification information of the power port connected according to the second experimental facilities in Energy control request and power-on and power-off instruction, power-on and power-off process is carried out, to realize controlling the power-on and power-off of the second experimental facilities to the power port that the second experimental facilities connects.
By above-mentioned execution mode, experimenter according to actual needs for experimental facilities powers on, can be electricity under experimental facilities when experimental facilities does not need to use, is conducive to reducing unnecessary energy consumption.
In an Alternate embodiments, as shown in Figure 3, the tele-experimentation access device of the present embodiment also comprises: access proxy module 15.Operate experimental facilities for the ease of experimenter, the tele-experimentation access device of the present embodiment carries out transfer and the distribution of operating process by access proxy module 15, to support that experimenter operates different experiments equipment.The operation-interface of experimental facilities has various ways, it can be such as telnet, ssh, http, vnc RDP etc., access proxy module 15 is by realizing these agreements, a bridge block is set up between experimenter and experimental facilities, make experimenter can operation experiments equipment really, access simultaneously proxy module 15 can also effective monitoring experimenter to the operation of experimental facilities.The agreement that access proxy module 15 in the embodiment of the present invention is supported is not limited to above-named several, and along with the diversity to experimental facilities way to manage, the access proxy module of the embodiment of the present invention supports respective protocol by expansion.
In order to enable experimenter's operation experiments equipment, first experimenter needs to use user terminal by access proxy module 15 insert experiment equipment, then carries out experiment.Concrete, access proxy module 15, for receiving the access request that user terminal sends, information acquisition request is sent to Central Control Module 12 according to access request, the information of the 3rd experimental facilities that receiving center control module 12 returns according to information acquisition request, establish a communications link according to the information of the 3rd experimental facilities and the 3rd experimental facilities, this access request comprises the identification information of the 3rd experimental facilities of solicit operation, and information acquisition request comprises the identification information of the 3rd experimental facilities.Wherein, the 3rd experimental facilities of solicit operation can be any one in multiple experimental facilities, and the identification information of the 3rd experimental facilities is used for unique identification the 3rd experimental facilities.Illustrate at this, physically, access proxy module 15 is realized by topological connector 11 with being connected between the 3rd experimental facilities.
Accordingly, Central Control Module 12 is also for receiving the information acquisition request that access proxy module 15 sends, according to the identification information of the 3rd experimental facilities in this information acquisition request and the information of each experimental facilities safeguarded, obtain the information of the 3rd experimental facilities and return to access proxy module 15, establishing a communications link for access proxy module 15 and the 3rd experimental facilities.
After access proxy module 15 and the 3rd experimental facilities establish a communications link, experimenter just can use the user terminal of oneself to be operated the 3rd experimental facilities by access proxy module 15, tests.Based on this, access proxy module 15 is also for receiving the experiment input data that user terminal sends, experiment input data are supplied to the 3rd experimental facilities, and receive the 3rd experimental facilities and experimentally input the experiment Output rusults that data return, this experiment Output rusults is supplied to user terminal, sees experimental result in time to enable experimenter.
Optionally, experimenter, before sending access request to access proxy module 15, can first use its user terminal to the request of equipment display module 13 transmit operation experimental facilities.In addition, in order to the fail safe of the fail safe and each experimental facilities that ensure tele-experimentation access device, operation experiments device request is sent to Central Control Module 12 by equipment display module 13, Central Control Module 12 return authentication code is to equipment display module 13, the authentication code that equipment display module 13 receiving center control module 12 returns according to operation experiments device request, and show this authentication code to be supplied to experimenter.Based on this, access proxy module 15 sends information acquisition request according to access request to Central Control Module 12 and comprises: first access proxy module 15 sends authentication code input prompt information to user terminal, then the authentication code that user terminal sends is received, then to send to Central Control Module 12 according to access request and carry the information acquisition request of this authentication code, for Central Control Module 12 this authentication code verified and after this authentication code is by checking, returns the information of the 3rd experimental facilities to access agency 15.Central Control Module 12 pairs of authentication codes are verified, and after this authentication code is by checking, return the information of the 3rd experimental facilities to access agency 15, and access agency 15 and the 3rd experimental facilities are established a communications link.Central Control Module 12 storing the information needed for verifying this authentication code, such as, can be the identification information of terminal equipment and the mapping relations of authentication code, or the mapping relations etc. of experimenter's identify label and authentication code.Based on this, access agency 15 sends to the information acquisition request of Central Control Module 12 also to comprise other information such as the identification information of terminal equipment or experimenter's identify label.
In the above-described embodiment, because experimenter will through access proxy module 15 by the process of its user terminal operations experimental facilities, therefore the tele-experimentation access device of the present embodiment can be monitored the behavior of experimenter's operation experiments equipment, is conducive to the fail safe ensureing experimental facilities.
The flow chart of the tele-experimentation cut-in method that Fig. 4 provides for one embodiment of the invention.The executive agent of the present embodiment can be tele-experimentation access device, is specially each functional module in tele-experimentation access device.Wherein, the structure of tele-experimentation access device, as shown in Fig. 1 or Fig. 2 or Fig. 3, does not repeat them here.As shown in Figure 4, the method for the present embodiment comprises:
Equipment display module in step 401, tele-experimentation access device receives idsplay order, sends display request according to idsplay order to the Central Control Module in tele-experimentation access device.
The annexation of safeguarded experimental facilities and topological port, according to display request, is mapped as annexation between experimental facilities and the annexation between the information of safeguarded each experimental facilities and the experimental facilities that maps out is supplied to equipment display module by step 402, Central Control Module; Wherein, multiple experimental facilities realizes interconnected by the multiple topological port of topological connector.
Step 403, equipment display module show the annexation between each experimental facilities and experimental facilities.
In the present embodiment, experimental facilities and annexation thereof can be shown by Central Control Module and equipment display module by tele-experimentation access device, be conducive to experimenter and connect annexation between each experimental facilities intuitively, be conducive to improving conventional efficient.
In an Alternate embodiments, as shown in Figure 5, the tele-experimentation cut-in method of the present embodiment also comprises after step 403:
Step 404, equipment display module receive topological alteration command, send the first topology according to topological alteration command to Central Control Module and change request, this topological alteration command comprises request and changes the identification information of the first experimental facilities of annexation and the annexation instruction after changing, and this first topology request of changing comprises the identification information of the first experimental facilities and the annexation instruction after changing.
Step 405, Central Control Module are according to safeguarded experimental facilities and the annexation of topological port and the identification information of the first experimental facilities, obtain the identification information of the topological port that the first experimental facilities connects, send the second topology to topological connector and change request, the second topology request of changing comprises the expression information of the topological port that the first experimental facilities connects and the annexation instruction after changing.
The identification information of the topological port that step 406, topological connector connect according to the first experimental facilities and the annexation instruction after changing, the annexation of the first experimental facilities is changed to the annexation indicated by the instruction of the annexation after change by the topological port connected by the first experimental facilities.
As can be seen here, in the present embodiment, experimental facilities and annexation thereof can be shown by Central Control Module and equipment display module by tele-experimentation access device, based on this, can change the annexation between experimental facilities further, experimenter carries out the change of annexation between experimental facilities without the need to arriving laboratory again, can long-rangely realize, improve the convenience of operation, be conducive to improving conventional efficient.
In an Alternate embodiments, as shown in Figure 6, the tele-experimentation cut-in method of the present embodiment also comprises:
Step 601, Central Control Module receive Energy control instruction, and Energy control instruction comprises request and carries out the identification information of the second experimental facilities of power-on and power-off control and indicate the power-on and power-off of the second experimental facilities.
Step 602, Central Control Module are according to the annexation of safeguarded experimental facilities and power port, obtain the identification information of the power port that the second experimental facilities connects, send Energy control request to energy supply control module, Energy control request comprises identification information and the power-on and power-off instruction of the power port that the second experimental facilities connects; Wherein, energy supply control module comprises multiple power port, and each power port is connected with an experimental facilities.
The identification information of the power port that step 603, energy supply control module connect according to the second experimental facilities and power-on and power-off instruction, carry out power-on and power-off process, to realize controlling the power-on and power-off of the second experimental facilities to the power port that the second experimental facilities connects.
What above-mentioned steps 601-step 603 mainly described is that tele-experimentation access device is by Central Control Module and energy supply control module, long-range flow process of experimental facilities being carried out to power-on and power-off control, experimenter can be powered on to experimental facilities as required, and when not using experimental facilities to electricity under experimental facilities, be conducive to energy efficient.
Illustrate between above-mentioned steps 601-603 and step 401-step 403, there is no the restriction of sequencing at this.
In an Alternate embodiments, as shown in Figure 7, the tele-experimentation cut-in method of the present embodiment also comprises:
The access proxy module of step 701, tele-experimentation access device receives the access request that experimenter is sent by user terminal, information acquisition request is sent to Central Control Module according to access request, access request comprises the identification information of the 3rd experimental facilities of solicit operation, and information acquisition request comprises the identification information of the 3rd experimental facilities.
Step 702, Central Control Module, according to the identification information of the 3rd experimental facilities and the information of each experimental facilities safeguarded, obtain the information of the 3rd experimental facilities, the information of the 3rd experimental facilities are sent to access proxy module.
Step 703, access proxy module, according to the information of the 3rd experimental facilities, establish a communications link with the 3rd experimental facilities.
Further, as shown in Figure 7, the method for the present embodiment also comprises after step 703:
Step 704, access proxy module receive the experiment input data that experimenter is sent by user terminal, and experiment input data are supplied to the 3rd experimental facilities.
Step 705, access proxy module reception the 3rd experimental facilities experimentally input the experiment Output rusults that data return, and experiment Output rusults is supplied to user terminal.
What above-mentioned steps 701-step 705 mainly described is the user terminal that experimenter uses oneself, and the access proxy module provided by tele-experimentation access device carries out remote operation to experimental facilities, carries out the process of testing.Because this process need is realized by access proxy module, so the person that is conducive to monitoring experiment to the operation of experimental facilities, is conducive to the fail safe ensureing experimental facilities.
Optionally, comprised before step 701: display module receives the operation experiments device request that experimenter is sent by user terminal, and operation experiments device request is sent to Central Control Module; Central Control Module according to operation experiments device request, to equipment display module return authentication code; Equipment display module display authentication code.Based on this, access proxy module in step 701 and comprise to Central Control Module transmission information acquisition request according to access request: access proxy module sends authentication code input prompt information to user terminal; Access proxy module receives the authentication code that user terminal sends, then to send to Central Control Module according to access request and carry the described information acquisition request of described authentication code, for described Central Control Module described authentication code verified and after described authentication code is by checking, returns the information of described 3rd experimental facilities to described access agency.Before user's insert experiment equipment, authentication code is distributed to experimenter by Central Control Module, when experimenter asks access proxy module insert experiment equipment, access proxy module requires that experimenter is by its user terminal input authentication code, then by information acquisition request, authentication code is supplied to Central Control Module, by Central Control Module, this authentication code is verified again, thus realize the checking to experimenter's identity, the safety of experimental facilities can be ensured further.
In sum, the tele-experimentation access device that the embodiment of the present invention provides and method, can check experimental facilities and annexation thereof by equipment display module, and dynamically can change the Topology connection between experimental facilities; The diversity of access way is supported by access proxy module, can the complexity of screening experiment chamber interior, improve the simplicity of experimenter's operation, and experimenter can be monitored to experimental facilities operation, be conducive to the fail safe ensureing experimental facilities; Can be used during experimental facilities at needs by energy supply control module and power on, not need to use experimental facilities electric at present, can energy efficient.
One of ordinary skill in the art will appreciate that: all or part of step realizing above-mentioned each embodiment of the method can have been come by the hardware that program command is relevant.Aforesaid program can be stored in a computer read/write memory medium.This program, when performing, performs the step comprising above-mentioned each embodiment of the method; And aforesaid storage medium comprises: ROM, RAM, magnetic disc or CD etc. various can be program code stored medium.
Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (10)
1. a tele-experimentation access device, is characterized in that, comprising:
Topological connector, described topological connector comprises multiple topological port, and described topological connector is connected with multiple experimental facilities by described multiple topological port, and it is interconnected to realize between described multiple experimental facilities;
Central Control Module, for the annexation of the information and experimental facilities and topological port of safeguarding each experimental facilities, and the display request that receiving equipment display module sends, according to described display request, the annexation of safeguarded experimental facilities and topological port is mapped as the annexation between experimental facilities and the annexation between the information of safeguarded each experimental facilities and described experimental facilities is supplied to described equipment display module;
Described equipment display module, for receiving idsplay order, described display request is sent to described Central Control Module according to described idsplay order, receive the annexation between the information of each experimental facilities that described Central Control Module provides and described experimental facilities, and show the annexation between each experimental facilities and described experimental facilities;
Described equipment display module is also for receiving topological alteration command, send the first topology according to described topological alteration command to described Central Control Module and change request, described topological alteration command comprises the identification information of the first experimental facilities of request change annexation and the annexation instruction after changing, and described first topology changes the annexation instruction after the identification information and described change asking to comprise described first experimental facilities;
Described first topology that described Central Control Module also sends for receiving described equipment display module changes request, according to safeguarded experimental facilities and the annexation of topological port and the identification information of described first experimental facilities, obtain the identification information of the topological port that described first experimental facilities connects, send the second topological change to described topological connector to ask, described second topology changes the annexation instruction after the identification information and described change asking to comprise the topological port that described first experimental facilities connects;
Described topological connector also changes request for receiving described second topology, annexation instruction after the identification information of the topological port connected according to described first experimental facilities and described change, the annexation of described first experimental facilities is changed to the annexation indicated by the instruction of the annexation after described change by the topological port connected by described first experimental facilities.
2. tele-experimentation access device according to claim 1, is characterized in that, also comprise: energy supply control module, and described energy supply control module comprises multiple power port, and a power port is connected with an experimental facilities;
Described Central Control Module is also for safeguarding the annexation of experimental facilities and power port, and receive Energy control instruction, described Energy control instruction comprises request and carries out the mark of the second experimental facilities of power-on and power-off control and indicate the power-on and power-off of described second experimental facilities, according to the annexation of safeguarded experimental facilities and power port, obtain the identification information of the power port that described second experimental facilities connects, Energy control request is sent to described energy supply control module, described Energy control request comprises identification information and the described power-on and power-off instruction of the power port that described second experimental facilities connects,
Described energy supply control module is for receiving described Energy control request, according to identification information and the described power-on and power-off instruction of the power port of described second experimental facilities connection, power-on and power-off process is carried out, to realize controlling the power-on and power-off of described second experimental facilities to the power port that described second experimental facilities connects.
3. tele-experimentation access device according to claim 1, is characterized in that, also comprise:
Access proxy module, for receiving the access request that experimenter is sent by user terminal, information acquisition request is sent to described Central Control Module according to described access request, receive the information of the 3rd experimental facilities that described Central Control Module returns according to described information acquisition request, establish a communications link according to the information of described 3rd experimental facilities and described 3rd experimental facilities; Described access request comprises the identification information of described 3rd experimental facilities of solicit operation, and described information acquisition request comprises the identification information of described 3rd experimental facilities;
Described Central Control Module is also for receiving the described information acquisition request that described access proxy module sends, according to identification information and the information of each experimental facilities safeguarded of described 3rd experimental facilities, obtain the information of described 3rd experimental facilities and return to described access proxy module.
4. tele-experimentation access device according to claim 3, it is characterized in that, described access proxy module is also for receiving the experiment input data that described experimenter is sent by described user terminal, described experiment input data are supplied to described 3rd experimental facilities, and receive described 3rd experimental facilities according to the described experiment Output rusults of testing input data and returning, described experiment Output rusults is supplied to described user terminal.
5. tele-experimentation access device according to claim 4, it is characterized in that, described equipment display module is also for receiving the operation experiments device request that described experimenter is sent by described user terminal, described operation experiments device request is sent to described Central Control Module, receive the authentication code that described Central Control Module returns according to described operation experiments device request, show described authentication code;
Described access proxy module is specifically for before sending information acquisition request according to described access request to described Central Control Module, authentication code input prompt information is sent to described user terminal, receive the described authentication code that described user terminal sends, send the described information acquisition request of carrying described authentication code according to described access request to described Central Control Module, for described Central Control Module described authentication code verified and after described authentication code is by checking, returns the information of described 3rd experimental facilities to described access agency.
6. a tele-experimentation cut-in method, is characterized in that, comprising:
Equipment display module in tele-experimentation access device receives idsplay order, sends display request according to described idsplay order to the Central Control Module in described tele-experimentation access device;
Described Central Control Module is asked according to described display, and the annexation of safeguarded experimental facilities and topological port is mapped as the annexation between experimental facilities and the annexation between the information of safeguarded each experimental facilities and described experimental facilities is supplied to described equipment display module; Wherein, multiple experimental facilities realizes interconnected by the multiple topological port of topological connector;
Described equipment display module shows the annexation between each experimental facilities and described experimental facilities;
Described equipment display module receives topological alteration command, send the first topology according to described topological alteration command to described Central Control Module and change request, described topological alteration command comprises the identification information of the first experimental facilities of request change annexation and the annexation instruction after changing, and described first topology changes the annexation instruction after the identification information and described change asking to comprise described first experimental facilities;
Described Central Control Module is according to safeguarded experimental facilities and the annexation of topological port and the identification information of described first experimental facilities, obtain the identification information of the topological port that described first experimental facilities connects, send the second topological change to described topological connector to ask, described second topology changes the annexation instruction after the expression information and described change asking to comprise the topological port that described first experimental facilities connects;
Annexation instruction after the identification information of the topological port that described topological connector connects according to described first experimental facilities and described change, the annexation of described first experimental facilities is changed to the annexation indicated by the instruction of the annexation after described change by the topological port connected by described first experimental facilities.
7. tele-experimentation cut-in method according to claim 6, is characterized in that, also comprise:
Described Central Control Module receives Energy control instruction, and described Energy control instruction comprises request and carries out the identification information of the second experimental facilities of power-on and power-off control and indicate the power-on and power-off of described second experimental facilities;
Described Central Control Module is according to the annexation of safeguarded experimental facilities and power port, obtain the identification information of the power port that described second experimental facilities connects, send Energy control request to energy supply control module, described Energy control request comprises identification information and the described power-on and power-off instruction of the power port that described second experimental facilities connects; Wherein, described energy supply control module comprises multiple power port, and each power port is connected with an experimental facilities;
The identification information of the power port that described energy supply control module connects according to described second experimental facilities and described power-on and power-off instruction, carry out power-on and power-off process, to realize controlling the power-on and power-off of described second experimental facilities to the power port that described second experimental facilities connects.
8. tele-experimentation cut-in method according to claim 6, is characterized in that, also comprise:
The access proxy module of described tele-experimentation access device receives the access request that experimenter is sent by user terminal, information acquisition request is sent to described Central Control Module according to described access request, described access request comprises the identification information of the 3rd experimental facilities of solicit operation, and described information acquisition request comprises the identification information of described 3rd experimental facilities;
Described Central Control Module, according to the information of the identification information of described 3rd experimental facilities with each experimental facilities safeguarded, obtains the information of described 3rd experimental facilities, the information of described 3rd experimental facilities is sent to described access proxy module;
Described access proxy module, according to the information of described 3rd experimental facilities, establishes a communications link with described 3rd experimental facilities.
9. tele-experimentation cut-in method according to claim 8, is characterized in that, also comprise:
Described access proxy module receives the experiment input data that described experimenter is sent by user terminal, and described experiment input data are supplied to described 3rd experimental facilities;
Described access proxy module receives the experiment Output rusults that described 3rd experimental facilities returns according to described experiment input data, and described experiment Output rusults is supplied to described user terminal.
10. tele-experimentation cut-in method according to claim 9, is characterized in that, also comprise:
Described equipment display module receives the operation experiments device request that described experimenter is sent by described user terminal, and described operation experiments device request is sent to described Central Control Module;
Described Central Control Module according to described operation experiments device request, to described equipment display module return authentication code;
Described equipment display module shows described authentication code;
Described access proxy module sends information acquisition request according to described access request to described Central Control Module and comprises:
Described access proxy module sends authentication code input prompt information to described user terminal;
Described access proxy module receives the described authentication code that described user terminal sends, send the described information acquisition request of carrying described authentication code according to described access request to described Central Control Module, for described Central Control Module described authentication code verified and after described authentication code is by checking, returns the information of described 3rd experimental facilities to described access agency.
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| CN101515948A (en) * | 2009-03-31 | 2009-08-26 | 深圳华为通信技术有限公司 | Management method, management device and management system in distributed multi-point conference system |
| CN101854303A (en) * | 2010-05-27 | 2010-10-06 | 北京星网锐捷网络技术有限公司 | Network topology linker |
| US7865718B2 (en) * | 2006-10-26 | 2011-01-04 | Fujitsu Limited | Computer-readable recording medium recording remote control program, portable terminal device and gateway device |
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| US7865718B2 (en) * | 2006-10-26 | 2011-01-04 | Fujitsu Limited | Computer-readable recording medium recording remote control program, portable terminal device and gateway device |
| CN101515948A (en) * | 2009-03-31 | 2009-08-26 | 深圳华为通信技术有限公司 | Management method, management device and management system in distributed multi-point conference system |
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