CN115604182B - Wireless communication control system and method based on double verification - Google Patents
Wireless communication control system and method based on double verification Download PDFInfo
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- CN115604182B CN115604182B CN202211594139.4A CN202211594139A CN115604182B CN 115604182 B CN115604182 B CN 115604182B CN 202211594139 A CN202211594139 A CN 202211594139A CN 115604182 B CN115604182 B CN 115604182B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L45/00—Routing or path finding of packets in data switching networks
- H04L45/60—Router architectures
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F13/00—Interconnection of, or transfer of information or other signals between, memories, input/output devices or central processing units
- G06F13/38—Information transfer, e.g. on bus
- G06F13/382—Information transfer, e.g. on bus using universal interface adapter
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F13/00—Interconnection of, or transfer of information or other signals between, memories, input/output devices or central processing units
- G06F13/38—Information transfer, e.g. on bus
- G06F13/40—Bus structure
- G06F13/4063—Device-to-bus coupling
- G06F13/4068—Electrical coupling
- G06F13/4081—Live connection to bus, e.g. hot-plugging
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V10/00—Arrangements for image or video recognition or understanding
- G06V10/70—Arrangements for image or video recognition or understanding using pattern recognition or machine learning
- G06V10/74—Image or video pattern matching; Proximity measures in feature spaces
- G06V10/75—Organisation of the matching processes, e.g. simultaneous or sequential comparisons of image or video features; Coarse-fine approaches, e.g. multi-scale approaches; using context analysis; Selection of dictionaries
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q1/00—Details of selecting apparatus or arrangements
- H04Q1/02—Constructional details
- H04Q1/04—Frames or mounting racks for selector switches; Accessories therefor, e.g. frame cover
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2213/00—Indexing scheme relating to interconnection of, or transfer of information or other signals between, memories, input/output devices or central processing units
- G06F2213/0042—Universal serial bus [USB]
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
Abstract
The invention relates to a wireless communication control system based on double verification, which comprises: the wireless router comprises an insertion detection part, a verification part and a verification part, wherein the insertion detection part is arranged in the wireless router for wireless communication and is used for updating the wireless router and suspending the wireless router to execute wireless routing operation when detecting that a USB device is inserted into a USB insertion port of the wireless router at present and receiving a verification passing instruction; the socket closing part comprises a micro motor and a closing plate body, and the micro motor is used for driving the closing plate body to close the USB inserting hole when receiving a device conflict instruction. The invention also relates to a wireless communication control method based on double verification. By the invention, when the USB device for executing unified software supply is detected to exist in the USB insertion port of the wireless router, the wireless communication of the wireless router is suspended in time, the software update of the wireless router is started, and a safe and energy-saving management mechanism is provided for the USB insertion port of the wireless router.
Description
Technical Field
The present invention relates to the field of wireless communications, and in particular, to a wireless communication control system and method based on dual authentication.
Background
The wireless router is an important component for executing wireless communication, is responsible for surfing the internet by a user and has a wireless coverage function, can be regarded as a repeater, and forwards network signals connected to a wall of a home environment or an office environment to nearby wireless network equipment, such as a notebook computer, a mobile phone supporting WIFI, a tablet and all equipment with a WIFI function, through an antenna. Meanwhile, the wireless router also has other network management functions, such as the functions of dhcp service, nat firewall, mac address filtering, dynamic domain name and the like.
Wireless routers need to update software to meet the ever-increasing network management needs and wireless communication needs. Although the user operation can be simplified by adopting the self-updating mode, the conflict between the software downloading and the wireless data routing is easily caused, when the software updating of each wireless router of the same brand is carried out by adopting a uniform USB device, a worker is required to manually suspend the wireless data routing function, otherwise, the conflict between the software updating and the wireless data routing is still caused, meanwhile, other plug-in devices other than the USB device are mistakenly plugged into the USB device for executing the software updating, and the damage exists.
The invention with application publication number CN115361381A discloses a software-definition-based regional cloud network fusion architecture, which comprises a distributed control unit: the wireless communication management module is used for carrying out ad hoc network communication in multiple modes; the cloud service module is configured to provide cloud service for other terminal nodes in the micro cloud by utilizing the existing functions of the terminal node based on the pre-programmed setting; the cloud network signal processing module is configured to allocate the cloud network resources of the terminal based on the acquired cloud network environment information of the terminal node; the information reporting module is configured to generate a control instruction for information interaction between the special access network and the access network according to a local ad hoc network control instruction formed by the current distributed control unit; and the topology state management module is configured to generate a measurement signal and a password inquiry signal according to a second period. The fusion framework enables the traditional ad hoc network framework and the current popular micro cloud framework to be mutually fused, and enables the cloud and network heterogeneous resource collaborative optimization management of the intelligent information processing terminal in the region range.
The disclosed embodiment with application publication number CN113672261a relates to a cloud software updating method, an electronic device and a storage medium. The method comprises the following steps: the software updating management platform acquires file information of installation folders corresponding to cloud software stored in an updating server at intervals of preset time; the software updating management platform acquires file information of an installation folder corresponding to each cloud software in the virtual machine; the software updating management platform matches the acquired file information in the updating server with the acquired file information in the virtual machine according to the name of the cloud software and then compares the file information with the cloud software one by one; and judging whether the comparison results of the cloud software are different, and if so, directly updating the installation folder of the cloud software in the virtual machine. According to the method, whether the installation file in the virtual machine is the latest version installation file or not is detected through the software updating management platform, the updating is carried out under the condition that the installation file is not the latest version installation file, manual operation of an administrator is not needed, on one hand, labor is saved, and on the other hand, the method is efficient and convenient.
Compared with the prior art, a communication control mechanism capable of simultaneously managing wireless communication and software update is needed, when a USB device meeting requirements is detected to be inserted into a set USB interface of a wireless router, a wireless communication function of the wireless router is suspended in time to avoid data collision and control collision between wireless communication and software update, and meanwhile, a management mechanism with a higher level and a higher energy-saving effect needs to be provided for the set USB interface of the wireless router.
Disclosure of Invention
In order to solve the technical problems in the related art, the invention provides a wireless communication control system and method based on double verification, which can suspend wireless communication of a wireless router and start software update of the wireless router in time and provide a safe and energy-saving management mechanism for a USB insertion port of the wireless router when detecting that a USB device for executing unified software supply exists in the USB insertion port of the wireless router, thereby improving software update efficiency and avoiding data conflict and control conflict between software update and wireless communication.
According to an aspect of the present invention, there is provided a wireless communication control system based on dual authentication, the system including:
the wireless router comprises an insertion detection part, a verification processing part and a verification processing part, wherein the insertion detection part is arranged in the wireless router for wireless communication and is used for entering a plug-in updating mode of reading in router software from a USB device when detecting that a USB device is inserted into a USB insertion port of the wireless router currently and receiving a verification passing instruction, and updating of the wireless router is executed in the plug-in updating mode and the wireless router is suspended from executing wireless routing operation;
the socket closing part is arranged in the wireless router and is adjacent to the USB inserting port, and comprises a micro motor and a closing plate body driven by the micro motor, wherein the micro motor is used for driving the closing plate body to close the USB inserting port when receiving a device conflict instruction;
the packaged camera is packaged in a panel of the wireless router, is packaged at a position close to the USB insertion port, and is used for generating a preview picture of a scene at the front end of the USB insertion port in a default state in a sample preview state;
the state switching equipment is positioned on the integrated circuit board of the wireless router, is electrically connected with the packaged camera, and is used for controlling the packaged camera to be switched from a preview state to a real shooting state when an object with too close depth of field exists in a received preview picture so as to obtain a real shooting picture;
the real shooting analysis equipment is respectively connected with the socket closing part and the state switching equipment, and is used for analyzing whether more than one USB device exists in the received real shooting picture based on the imaging characteristics of various USB devices and sending a device conflict instruction when more than one USB device does not exist;
the type identification equipment is respectively connected with the insertion detection part and the real shooting analysis equipment and is used for identifying whether image blocks matched with standard appearance patterns of the USB device supplied by the execution unified software exist in a real shooting picture when a device matching instruction is received, and sending a verification passing instruction when the image blocks exist, or sending a verification failure instruction;
the USB device executing the unified software supply is used for being plugged into each wireless router one by one to provide required updated router software for each wireless router in a time sharing mode.
According to another aspect of the present invention, there is also provided a wireless communication control method based on dual authentication, the method including:
the wireless router comprises a plug-in detection component, a wireless router and a verification passing instruction, wherein the plug-in detection component is arranged in the wireless router for wireless communication and is used for entering a plug-in updating mode of reading in router software from a USB device when detecting that a USB device is plugged into a USB inserting port of the wireless router currently existing and receiving the verification passing instruction, and the wireless router is suspended from executing wireless routing operation in the plug-in updating mode;
the using socket closing part is arranged in the wireless router and is adjacent to the USB inserting port, and comprises a micro motor and a closing plate body driven by the micro motor, wherein the micro motor is used for driving the closing plate body to close the USB inserting port when receiving a device conflict instruction;
the method comprises the steps that a packaged camera is packaged in a panel of the wireless router, the packaged position is close to a USB insertion port, and a preview picture of a scene at the front end of the USB insertion port is generated in a sample preview state in a default state;
the using state switching equipment is positioned on the integrated circuit board of the wireless router, is electrically connected with the packaged camera, and is used for controlling the packaged camera to be switched from a preview state to a real shooting state when an object with too close depth of field exists in a received preview picture so as to obtain a real shooting picture;
using real shooting analysis equipment, respectively connected with the socket closing part and the state switching equipment, for analyzing whether more than one USB device exists in the received real shooting picture based on the imaging characteristics of various USB devices, and sending a device conflict instruction when more than one USB device does not exist, wherein the real shooting analysis equipment is further used for sending a device matching instruction when more than one USB device exists;
the use type identification equipment is respectively connected with the insertion detection part and the real shooting analysis equipment and is used for identifying whether image blocks matched with the standard outline pattern of the USB device supplied by the execution unified software exist in a real shooting picture when a device matching instruction is received, and sending a verification passing instruction when the image blocks exist, or sending a verification failure instruction;
the USB device executing the unified software supply is used for being plugged into each wireless router one by one to provide required updated router software for each wireless router in a time sharing mode.
Drawings
Embodiments of the present invention will be described below with reference to the accompanying drawings.
Fig. 1 is a block diagram showing a configuration of a wireless communication control system based on dual authentication according to embodiment a of the present invention.
Fig. 2 is a flowchart illustrating steps of a wireless communication control method based on dual authentication according to embodiment B of the present invention.
Detailed Description
An embodiment of a wireless communication control method based on dual authentication according to the present invention will be described in detail with reference to the accompanying drawings.
Example one
Fig. 1 is a block diagram showing a configuration of a wireless communication control system based on dual authentication according to embodiment a of the present invention, the system including:
the wireless router comprises an insertion detection part, a verification processing part and a verification processing part, wherein the insertion detection part is arranged in the wireless router for wireless communication and is used for entering a plug-in updating mode of reading in router software from a USB device when detecting that a USB device is inserted into a USB insertion port of the wireless router currently and receiving a verification passing instruction, and updating of the wireless router is executed in the plug-in updating mode and the wireless router is suspended from executing wireless routing operation;
illustratively, the wireless router may have three transceiving antennas, four transceiving antennas, and six transceiving antennas;
the wireless router can adjust the overall output power of the wireless router according to the communication quality of each transceiving antenna;
the socket closing part is arranged in the wireless router and is adjacent to the USB inserting port, and comprises a micro motor and a closing plate body driven by the micro motor, wherein the micro motor is used for driving the closing plate body to close the USB inserting port when receiving a device conflict instruction;
for example, the insertion of an HDMI insertion device into the USB insertion port can be avoided by the above-described mechanism;
the packaged camera is packaged in a panel of the wireless router, is packaged at a position close to the USB insertion port, and is used for generating a preview picture of a scene at the front end of the USB insertion port in a default state in a sample preview state;
the state switching equipment is positioned on the integrated circuit board of the wireless router, is electrically connected with the packaged camera and is used for controlling the packaged camera to be switched from the preview state to the real shooting state when an object with too close depth of field exists in the received preview picture so as to obtain a real shooting picture;
the real shooting analysis equipment is respectively connected with the socket closing part and the state switching equipment, and is used for analyzing whether more than one USB device exists in the received real shooting picture based on the imaging characteristics of various USB devices and sending a device conflict instruction when more than one USB device does not exist;
the type identification equipment is respectively connected with the insertion detection part and the real shooting analysis equipment and is used for identifying whether image blocks matched with the standard outline pattern of the USB device supplied by the execution unified software exist in the real shooting picture or not when a device matching instruction is received, and sending a verification passing instruction when the image blocks exist, or sending a verification failure instruction;
the USB device executing the unified software supply is used for being plugged into each wireless router one by one to provide required updated router software for each wireless router in a time sharing mode.
Example two
The wireless communication control system based on the dual authentication may include:
the wireless router comprises an insertion detection part, a verification processing part and a verification processing part, wherein the insertion detection part is arranged in the wireless router for wireless communication and is used for entering a plug-in updating mode of reading in router software from a USB device when detecting that a USB device is inserted into a USB insertion port of the wireless router currently and receiving a verification passing instruction, and updating of the wireless router is executed in the plug-in updating mode and the wireless router is suspended from executing wireless routing operation;
the socket closing part is arranged in the wireless router and is adjacent to the USB inserting port, and comprises a micro motor and a closing plate body driven by the micro motor, wherein the micro motor is used for driving the closing plate body to close the USB inserting port when receiving a device conflict instruction;
the packaged camera is packaged in a panel of the wireless router, is packaged at a position close to the USB insertion port, and is used for generating a preview picture of a scene at the front end of the USB insertion port in a default state in a sample preview state;
the state switching equipment is positioned on the integrated circuit board of the wireless router, is electrically connected with the packaged camera and is used for controlling the packaged camera to be switched from the preview state to the real shooting state when an object with too close depth of field exists in the received preview picture so as to obtain a real shooting picture;
the real shooting analysis equipment is respectively connected with the socket closing part and the state switching equipment, and is used for analyzing whether more than one USB device exists in the received real shooting picture based on the imaging characteristics of various USB devices and sending a device conflict instruction when more than one USB device does not exist;
the type identification equipment is respectively connected with the insertion detection part and the real shooting analysis equipment and is used for identifying whether image blocks matched with standard appearance patterns of the USB device supplied by the execution unified software exist in a real shooting picture when a device matching instruction is received, and sending a verification passing instruction when the image blocks exist, or sending a verification failure instruction;
the field indicating mechanism is respectively connected with the real shooting analysis equipment and the type identification equipment and is used for executing field indicating operation corresponding to the received device conflict instruction, device matching instruction, verification passing instruction or verification failure instruction;
the on-site indicating mechanism comprises real-time playing equipment and/or an indicator light array and is used for executing on-site indicating operation corresponding to the received device conflict instruction, device matching instruction, verification passing instruction or verification failure instruction by adopting a voice playing mode and/or a light display mode.
In the dual authentication-based wireless communication control system:
when an object with too close depth of field exists in a received preview picture, controlling the packaged camera to be switched to a real shooting state from the preview state to obtain a real shooting picture comprises the following steps: the resolution of the real shooting picture in the real shooting state is a multiple of the resolution of the preview picture in the preview state;
when an excessively close depth-of-field object exists in a received preview picture, controlling the packaged camera to switch from a preview state to a real shooting state so as to obtain a real shooting picture further comprises: the shooting frame rate of the real shooting picture in the real shooting state is a multiple of the shooting frame rate of the preview picture in the preview state;
the method for providing the required router updating software for each wireless router in a time sharing mode by using the USB device for executing the unified software supply to be inserted into each wireless router one by one comprises the following steps: the USB device executing the unified software offering and the wireless router matching the USB device executing the unified software offering belong to the same router provider.
In the dual authentication-based wireless communication control system:
the insertion detection part is also used for exiting or forbidding entering a plug-in updating mode of reading in and updating router software from the USB device when detecting that the USB device is inserted into the USB insertion port of the wireless router at present and receiving a verification failure instruction;
wherein, the insertion detection component is further configured to exit or prohibit the plug-in update mode in which the USB device reads in the update router software from the USB device when detecting that there is a USB device currently inserted into the USB insertion port of the wireless router and receiving the verification failure instruction includes: when exiting or prohibiting the plug-in updating mode, suspending the updating of the wireless router and restoring or keeping the wireless router to execute the wireless routing operation;
the micro motor is also used for driving the closed board body to withdraw from the USB inserting port to open the USB inserting port when receiving a device matching instruction.
In the dual authentication-based wireless communication control system:
when a device matching instruction is received, identifying whether image blocks matched with a standard outline pattern of a USB device supplied by execution of unified software exist in an actually shot picture, and if so, sending a verification passing instruction, otherwise, sending a verification failure instruction comprises the following steps: when the edge curve of a certain image block in the real shooting picture is matched with the edge curve of the standard outline pattern of the USB device supplied by the execution unified software, judging that the image block matched with the standard outline pattern of the USB device supplied by the execution unified software exists in the real shooting picture;
when a device matching instruction is received, whether image blocks matched with standard appearance patterns of a USB device supplied by execution unified software exist in an actual shooting picture is identified, and when the image blocks exist, a verification passing instruction is sent, otherwise, the step of sending a verification failure instruction further comprises the following steps: and when the edge curve of a certain image block in the real shooting picture is not matched with the edge curve of the standard outline pattern of the USB device supplied by the execution unified software, judging that the image block matched with the standard outline pattern of the USB device supplied by the execution unified software does not exist in the real shooting picture.
EXAMPLE III
Fig. 2 is a flowchart illustrating steps of a wireless communication control method based on dual authentication according to embodiment B of the present invention, the method including:
the wireless router comprises a wireless router for wireless communication, a plug-in detection component and a verification passing component, wherein the wireless router is used for detecting that a USB device is plugged into a USB plug-in port of the wireless router at present and receiving a verification passing instruction, the wireless router is started to enter a plug-in updating mode for reading in router software from the USB device, and the wireless router is updated in the plug-in updating mode and is suspended from executing wireless routing operation;
illustratively, the wireless router may have three transceiving antennas, four transceiving antennas, and six transceiving antennas;
the wireless router can adjust the overall output power of the wireless router according to the communication quality of each transceiving antenna;
the using socket closing part is arranged in the wireless router and is adjacent to the USB inserting port, and comprises a micro motor and a closing plate body driven by the micro motor, wherein the micro motor is used for driving the closing plate body to close the USB inserting port when receiving a device conflict instruction;
for example, the insertion of an HDMI insertion device into the USB insertion port can be avoided by the above-described mechanism;
the method comprises the steps that a packaged camera is packaged in a panel of the wireless router, the packaged position is near the USB insertion port, and a preview picture of a scene at the front end of the USB insertion port is generated in a sample preview state in a default state;
the using state switching equipment is positioned on the integrated circuit board of the wireless router, is electrically connected with the packaged camera, and is used for controlling the packaged camera to be switched from a preview state to a real shooting state when an object with too close depth of field exists in a received preview picture so as to obtain a real shooting picture;
the real shooting analysis equipment is used and is respectively connected with the socket closing part and the state switching equipment, and is used for analyzing whether more than one USB device exists in the received real shooting picture based on the imaging characteristics of various USB devices and sending a device conflict instruction when more than one USB device does not exist;
the use type identification equipment is respectively connected with the insertion detection part and the real shooting analysis equipment and is used for identifying whether image blocks matched with the standard outline pattern of the USB device supplied by the execution unified software exist in the real shooting picture or not when a device matching instruction is received, and sending a verification passing instruction when the image blocks exist, or sending a verification failure instruction;
the USB device executing the unified software supply is used for being plugged into each wireless router one by one to provide required updated router software for each wireless router in a time sharing mode.
Example four
The wireless communication control method based on the double authentication may include:
the wireless router comprises a plug-in detection component, a wireless router and a verification passing instruction, wherein the plug-in detection component is arranged in the wireless router for wireless communication and is used for entering a plug-in updating mode of reading in router software from a USB device when detecting that a USB device is plugged into a USB inserting port of the wireless router currently existing and receiving the verification passing instruction, and the wireless router is suspended from executing wireless routing operation in the plug-in updating mode;
the using socket closing part is arranged in the wireless router and is adjacent to the USB inserting port, and comprises a micro motor and a closing plate body driven by the micro motor, wherein the micro motor is used for driving the closing plate body to close the USB inserting port when receiving a device conflict instruction;
the method comprises the steps that a packaged camera is packaged in a panel of the wireless router, the packaged position is close to a USB insertion port, and a preview picture of a scene at the front end of the USB insertion port is generated in a sample preview state in a default state;
the using state switching equipment is positioned on the integrated circuit board of the wireless router, is electrically connected with the packaged camera, and is used for controlling the packaged camera to be switched from a preview state to a real shooting state when an object with too close depth of field exists in a received preview picture so as to obtain a real shooting picture;
the real shooting analysis equipment is used and is respectively connected with the socket closing part and the state switching equipment, and is used for analyzing whether more than one USB device exists in the received real shooting picture based on the imaging characteristics of various USB devices and sending a device conflict instruction when more than one USB device does not exist;
the use type identification equipment is respectively connected with the insertion detection part and the real shooting analysis equipment and is used for identifying whether image blocks matched with the standard outline pattern of the USB device supplied by the execution unified software exist in a real shooting picture when a device matching instruction is received, and sending a verification passing instruction when the image blocks exist, or sending a verification failure instruction;
the field indicating mechanism is used and is respectively connected with the real shooting analysis equipment and the type identification equipment and used for executing field indicating operation corresponding to the received device conflict instruction, device matching instruction, verification passing instruction or verification failure instruction;
the on-site indicating mechanism comprises real-time playing equipment and/or an indicator light array and is used for executing on-site indicating operation corresponding to the received device conflict instruction, device matching instruction, verification passing instruction or verification failure instruction by adopting a voice playing mode and/or a light display mode.
In the wireless communication control method based on dual authentication:
when an excessively close depth of field object exists in a received preview picture, controlling the packaged camera to be switched from a preview state to a real shooting state so as to obtain a real shooting picture comprises the following steps: the resolution of the real shooting picture in the real shooting state is a multiple of the resolution of the preview picture in the preview state;
when an excessively close depth-of-field object exists in a received preview picture, controlling the packaged camera to switch from a preview state to a real shooting state so as to obtain a real shooting picture further comprises: the shooting frame rate of the real shooting picture in the real shooting state is a multiple of the shooting frame rate of the preview picture in the preview state;
the method for providing the required updated router software for each wireless router in a time-sharing manner by using the USB device for executing the unified software supply to be inserted into each wireless router one by one comprises the following steps: the USB device executing the unified software offering and the wireless router matching the USB device executing the unified software offering belong to the same router provider.
In the wireless communication control method based on dual authentication:
the insertion detection part is also used for exiting or forbidding entering a plug-in updating mode of reading in and updating router software from the USB device when detecting that the USB device is inserted into the USB insertion port of the wireless router at present and receiving a verification failure instruction;
the micro motor is also used for driving the sealing plate body to withdraw from the USB insertion port to open the USB insertion port when receiving a device matching instruction;
wherein, the insertion detection component is further configured to exit or prohibit from entering a plug-in update mode of reading in and updating router software from the USB device when detecting that there is a USB device currently inserted into the USB insertion port of the wireless router and receiving a verification failure instruction, and the plug-in update mode includes: and when the plug-in updating mode is exited or forbidden, the updating of the wireless router is suspended, and the wireless router is recovered or kept to execute the wireless routing operation.
In the wireless communication control method based on dual authentication:
when a device matching instruction is received, whether image blocks matched with standard outline patterns of a USB device supplied by execution unified software exist in an actual shooting picture is identified, and when the image blocks exist, a verification passing instruction is sent, otherwise, the step of sending a verification failure instruction comprises the following steps: when the edge curve of a certain image block in the real shooting picture is matched with the edge curve of the standard outline pattern of the USB device supplied by the execution unified software, judging that the image block matched with the standard outline pattern of the USB device supplied by the execution unified software exists in the real shooting picture;
when a device matching instruction is received, whether image blocks matched with standard appearance patterns of a USB device supplied by execution unified software exist in an actual shooting picture is identified, and when the image blocks exist, a verification passing instruction is sent, otherwise, the step of sending a verification failure instruction further comprises the following steps: and when the edge curve of a certain image block in the real shooting picture is not matched with the edge curve of the standard outline pattern of the USB device supplied by the execution unified software, judging that the image block matched with the standard outline pattern of the USB device supplied by the execution unified software does not exist in the real shooting picture.
In addition, in the wireless communication control system and method based on the double verification, when an edge curve of a certain image block in the live view matches an edge curve of a standard outline pattern of a USB device executing unified software provisioning, determining that there is an image block matching the standard outline pattern of the USB device executing unified software provisioning in the live view includes: acquiring a part on an edge curve of a certain image block in a real shooting picture, which is consistent with an edge curve of a standard outline pattern of a USB device supplied by execution of unified software, and confirming that the edge curve of the certain image block in the real shooting picture is matched with the edge curve of the standard outline pattern of the USB device supplied by the execution of the unified software when the length proportion of the consistent part on the edge curve of the certain image block in the real shooting picture, which occupies the total length of the edge curves of the certain image block in the real shooting picture, exceeds or equals a set proportion limit;
and in the wireless communication control system and method based on double verification, when the edge curve of a certain image block in the real shooting picture is not matched with the edge curve of the standard outline pattern of the USB device executing unified software supply, judging that no image block matched with the standard outline pattern of the USB device executing unified software supply exists in the real shooting picture comprises the following steps: and when the length proportion of the consistent part on the edge curve of the certain image block in the captured real shooting picture occupying the total length of the edge curve of the certain image block in the captured real shooting picture is smaller than the set proportion limit, confirming that the edge curve of the certain image block in the captured real shooting picture is not matched with the edge curve of the standard outline pattern of the USB device supplied by the execution unified software.
The invention has the following three remarkable technical effects:
when the USB device for executing the unified software supply is used for inserting each wireless router one by one to provide the required router software for each wireless router in a time-sharing manner, aiming at each wireless router, when the USB device for executing the unified software supply exists in a front-end real shot picture of a USB inserting port of each wireless router, updating of the wireless router is executed and the wireless router is suspended to execute the wireless routing operation, otherwise, updating of the wireless router is suspended and the wireless router is recovered or kept to execute the wireless routing operation, so that the conflict between the wireless routing operation and the software updating operation is avoided;
the method has the technical effects that when a certain type of wireless router does not exist in the real shot picture at the front end of the USB inserting port of the wireless router, the micro motor is controlled to drive the sealing plate body to seal the USB inserting port, otherwise, the micro motor is controlled to drive the sealing plate body to unseal the USB inserting port, and therefore damage to components caused by mistakenly inserting the USB inserting port into other inserting equipment is avoided;
and when a near field depth object exists in a front-end preview picture of a USB insertion port of the wireless router, controlling the acquisition equipment to be switched from a preview state to a real shooting state, otherwise, controlling the acquisition equipment to be maintained or switched to the preview state, thereby reducing unnecessary power consumption waste.
By adopting the wireless communication control system and method based on double verification, aiming at the technical problems that data conflict and control conflict are easy to occur in wireless communication and software updating of the wireless router in the prior art, when the USB device for executing unified software supply is detected to exist in the USB insertion port of the wireless router, the wireless communication of the wireless router is suspended in time, the software updating of the wireless router is started, and a safe and energy-saving management mechanism is provided for the USB insertion port of the wireless router, so that the speed and the efficiency of software updating are improved while stable and reliable wireless communication is realized.
Although the present invention has been fully described by way of examples and with reference to the accompanying drawings, it is to be understood that various changes and modifications will be apparent to those skilled in the art. Therefore, unless otherwise indicated, changes and modifications may be made without departing from the scope of the invention, and such changes and modifications are to be considered as included within the scope of the invention.
Claims (10)
1. A wireless communication control system based on dual authentication, the system comprising:
the wireless router comprises an insertion detection part, a verification part and a verification part, wherein the insertion detection part is arranged in the wireless router for wireless communication and is used for entering a plug-in updating mode of reading in and updating router software from a USB device when detecting that a USB device is inserted into a USB insertion port of the wireless router at present and receiving a verification passing instruction, and updating of the wireless router is executed in the plug-in updating mode and the wireless router is suspended from executing wireless routing operation;
the socket closing part is arranged in the wireless router and is adjacent to the USB inserting port, and comprises a micro motor and a closing plate body driven by the micro motor, wherein the micro motor is used for driving the closing plate body to close the USB inserting port when receiving a device conflict instruction;
the packaged camera is packaged in a panel of the wireless router, is packaged at a position close to the USB insertion port, and is used for generating a preview picture of a scene at the front end of the USB insertion port in a default state in a sample preview state;
the state switching equipment is positioned on the integrated circuit board of the wireless router, is electrically connected with the packaged camera and is used for controlling the packaged camera to be switched from the preview state to the real shooting state when an object with too close depth of field exists in the received preview picture so as to obtain a real shooting picture;
the real shooting analysis equipment is respectively connected with the socket closing part and the state switching equipment, and is used for analyzing whether more than one USB device exists in the received real shooting picture based on the imaging characteristics of various USB devices and sending a device conflict instruction when more than one USB device does not exist;
the type identification equipment is respectively connected with the insertion detection part and the real shooting analysis equipment and is used for identifying whether image blocks matched with standard appearance patterns of the USB device supplied by the execution unified software exist in a real shooting picture when a device matching instruction is received, and sending a verification passing instruction when the image blocks exist, or sending a verification failure instruction;
the USB device executing the unified software supply is used for being plugged into each wireless router one by one to provide required updated router software for each wireless router in a time sharing mode.
2. The dual authentication-based wireless communication control system of claim 1, wherein the system further comprises:
the field indicating mechanism is respectively connected with the real shooting analysis equipment and the type identification equipment and is used for executing field indicating operation corresponding to the received device conflict instruction, device matching instruction, verification passing instruction or verification failure instruction;
the on-site indicating mechanism comprises real-time playing equipment and/or an indicator light array and is used for executing on-site indicating operation corresponding to the received device conflict instruction, device matching instruction, verification passing instruction or verification failure instruction by adopting a voice playing mode and/or a light display mode.
3. A dual authentication based wireless communication control system according to any of claims 1-2, wherein:
when an excessively close depth of field object exists in a received preview picture, controlling the packaged camera to be switched from a preview state to a real shooting state so as to obtain a real shooting picture comprises the following steps: the resolution of the real shooting picture in the real shooting state is a multiple of the resolution of the preview picture in the preview state;
when an excessively close depth-of-field object exists in a received preview picture, controlling the packaged camera to switch from a preview state to a real shooting state so as to obtain a real shooting picture further comprises: the shooting frame rate of the real shooting picture in the real shooting state is a multiple of the shooting frame rate of the preview picture in the preview state;
the method for providing the required updated router software for each wireless router in a time-sharing manner by using the USB device for executing the unified software supply to be inserted into each wireless router one by one comprises the following steps: the USB device executing the unified software offering and the wireless router matching the USB device executing the unified software offering belong to the same router provider.
4. A dual authentication based wireless communication control system according to any of claims 1-2, wherein:
the insertion detection part is also used for exiting or forbidding entering a plug-in updating mode of reading in and updating router software from the USB device when detecting that the USB device is inserted into the USB insertion port of the wireless router at present and receiving a verification failure instruction;
wherein, the insertion detection component is further configured to exit or prohibit from entering a plug-in update mode of reading in and updating router software from the USB device when detecting that there is a USB device currently inserted into the USB insertion port of the wireless router and receiving a verification failure instruction, and the plug-in update mode includes: when exiting or prohibiting the plug-in updating mode, suspending the updating of the wireless router and restoring or keeping the wireless router to execute the wireless routing operation;
the micro motor is also used for driving the sealing plate body to withdraw from the USB inserting port to open the USB inserting port when receiving a device matching instruction.
5. A dual authentication based wireless communication control system according to any of claims 1-2, wherein:
when a device matching instruction is received, identifying whether image blocks matched with a standard outline pattern of a USB device supplied by execution of unified software exist in an actually shot picture, and if so, sending a verification passing instruction, otherwise, sending a verification failure instruction comprises the following steps: when the edge curve of a certain image block in the real shooting picture is matched with the edge curve of the standard outline pattern of the USB device supplied by the execution unified software, judging that the image block matched with the standard outline pattern of the USB device supplied by the execution unified software exists in the real shooting picture;
when a device matching instruction is received, whether image blocks matched with standard appearance patterns of a USB device supplied by execution unified software exist in an actual shooting picture is identified, and when the image blocks exist, a verification passing instruction is sent, otherwise, the step of sending a verification failure instruction further comprises the following steps: and when the edge curve of a certain image block in the real shot picture is not matched with the edge curve of the standard outline pattern of the USB device supplied by the execution unified software, judging that no image block matched with the standard outline pattern of the USB device supplied by the execution unified software exists in the real shot picture.
6. A method for controlling wireless communication based on dual authentication, the method comprising:
the wireless router comprises a wireless router for wireless communication, a plug-in detection component and a verification passing component, wherein the wireless router is used for detecting that a USB device is plugged into a USB plug-in port of the wireless router at present and receiving a verification passing instruction, the wireless router is started to enter a plug-in updating mode for reading in router software from the USB device, and the wireless router is updated in the plug-in updating mode and is suspended from executing wireless routing operation;
the using socket closing part is arranged in the wireless router and is adjacent to the USB inserting port, and comprises a micro motor and a closing plate body driven by the micro motor, wherein the micro motor is used for driving the closing plate body to close the USB inserting port when receiving a device conflict instruction;
the method comprises the steps that a packaged camera is packaged in a panel of the wireless router, the packaged position is near the USB insertion port, and a preview picture of a scene at the front end of the USB insertion port is generated in a sample preview state in a default state;
the using state switching equipment is positioned on the integrated circuit board of the wireless router, is electrically connected with the packaged camera, and is used for controlling the packaged camera to be switched from a preview state to a real shooting state when an object with too close depth of field exists in a received preview picture so as to obtain a real shooting picture;
the real shooting analysis equipment is used and is respectively connected with the socket closing part and the state switching equipment, and is used for analyzing whether more than one USB device exists in the received real shooting picture based on the imaging characteristics of various USB devices and sending a device conflict instruction when more than one USB device does not exist;
the use type identification equipment is respectively connected with the insertion detection part and the real shooting analysis equipment and is used for identifying whether image blocks matched with the standard outline pattern of the USB device supplied by the execution unified software exist in a real shooting picture when a device matching instruction is received, and sending a verification passing instruction when the image blocks exist, or sending a verification failure instruction;
the USB device executing the unified software supply is used for being plugged into each wireless router one by one to provide required updated router software for each wireless router in a time sharing mode.
7. The dual authentication-based wireless communication control method of claim 6, wherein the method further comprises:
the field indicating mechanism is used and is respectively connected with the real shooting analysis equipment and the type identification equipment and used for executing field indicating operation corresponding to the received device conflict instruction, device matching instruction, verification passing instruction or verification failure instruction;
the on-site indicating mechanism comprises real-time playing equipment and/or an indicator light array and is used for executing on-site indicating operation corresponding to the received device conflict instruction, device matching instruction, verification passing instruction or verification failure instruction by adopting a voice playing mode and/or a light display mode.
8. A method for controlling wireless communication based on dual authentication according to any of claims 6-7, wherein:
when an excessively close depth of field object exists in a received preview picture, controlling the packaged camera to be switched from a preview state to a real shooting state so as to obtain a real shooting picture comprises the following steps: the resolution of the real shooting picture in the real shooting state is a multiple of the resolution of the preview picture in the preview state;
when an object with too close depth of field exists in the received preview picture, controlling the packaged camera to switch from the preview state to the real shooting state so as to obtain a real shooting picture further comprises: the shooting frame rate of the real shooting picture in the real shooting state is a multiple of the shooting frame rate of the preview picture in the preview state;
the method for providing the required updated router software for each wireless router in a time-sharing manner by using the USB device for executing the unified software supply to be inserted into each wireless router one by one comprises the following steps: the USB device executing the unified software offering and the wireless router matching the USB device executing the unified software offering belong to the same router provider.
9. A method for controlling wireless communication based on dual authentication according to any of claims 6-7, wherein:
the insertion detection part is also used for exiting or forbidding entering a plug-in updating mode of reading in and updating router software from the USB device when detecting that the USB device is inserted into the USB insertion port of the wireless router at present and receiving a verification failure instruction;
the micro motor is also used for driving the sealing plate body to withdraw from the USB insertion port to open the USB insertion port when receiving a device matching instruction;
wherein, the insertion detection component is further configured to exit or prohibit the plug-in update mode in which the USB device reads in the update router software from the USB device when detecting that there is a USB device currently inserted into the USB insertion port of the wireless router and receiving the verification failure instruction includes: and when the wireless router exits or is forbidden to enter the plug-in updating mode, the updating of the wireless router is suspended, and the wireless router is recovered or kept to execute the wireless routing operation.
10. A method for controlling wireless communication based on dual authentication according to any one of claims 6-7, characterized in that:
when a device matching instruction is received, whether image blocks matched with standard outline patterns of a USB device supplied by execution unified software exist in an actual shooting picture is identified, and when the image blocks exist, a verification passing instruction is sent, otherwise, the step of sending a verification failure instruction comprises the following steps: when the edge curve of a certain image block in the real shooting picture is matched with the edge curve of the standard outline pattern of the USB device supplied by the execution unified software, judging that the image block matched with the standard outline pattern of the USB device supplied by the execution unified software exists in the real shooting picture;
when a device matching instruction is received, identifying whether image blocks matched with a standard outline pattern of a USB device supplied by execution of unified software exist in an actually shot picture, and if so, sending a verification passing instruction, otherwise, sending a verification failure instruction further comprises: and when the edge curve of a certain image block in the real shooting picture is not matched with the edge curve of the standard outline pattern of the USB device supplied by the execution unified software, judging that the image block matched with the standard outline pattern of the USB device supplied by the execution unified software does not exist in the real shooting picture.
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