CN109660770A - Intelligent scene monitors system and method - Google Patents
Intelligent scene monitors system and method Download PDFInfo
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- CN109660770A CN109660770A CN201910029001.1A CN201910029001A CN109660770A CN 109660770 A CN109660770 A CN 109660770A CN 201910029001 A CN201910029001 A CN 201910029001A CN 109660770 A CN109660770 A CN 109660770A
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- proximal end
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A10/00—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE at coastal zones; at river basins
- Y02A10/40—Controlling or monitoring, e.g. of flood or hurricane; Forecasting, e.g. risk assessment or mapping
Abstract
The present invention relates to a kind of intelligent scenes to monitor system, comprising: proximal end acquires equipment, and setting carries out Image Acquisition in coastline proximal end, for the sea to coastline proximal end, to obtain proximal end sea image；Water wave analyzing device, for being determined in the image of the proximal end sea based on water wave imaging features with the presence or absence of water wave, and in the presence of issue remote monitoring enabled instruction；Distal end acquisition equipment, setting is in coastline distal end, and link is connect with the water wave analyzing device by wireless communication.The invention further relates to a kind of intelligent scene monitoring methods.Intelligent scene monitoring system and method for the invention extends the service life of relevant device while reducing coastline monitoring device power consumption.Due to the power consumption and equipment loss in order to save wireless data transceiving and distal end picture control, the intelligentized remote equipment Initiated Mechanism based on proximal end water wave monitoring result is formulated, the equipment linkage between monitoring device is improved.
Description
Technical field
The present invention relates to scene monitoring fields more particularly to a kind of intelligent scene to monitor system and method.
Background technique
In video monitoring, the advantage of full IP video monitoring system is Web server built in video camera, and directly provides ether
Net port.These video cameras generate JPEG or MPEG4 data file, for any authorized client computer from network any position
It accesses, monitor, record and print, rather than generate continuous analog vision signal form image.Full IP video monitoring system is for he
Huge advantage.All video cameras all pass through that economical and efficient is wired or wireless ethernet is simply connected to network, enable you
Utilize existing local area network infrastructure.5 class network cables or wireless network mode can be used to transmit camera output and water
Flat, vertical, zoom (PTZ) control command (or even can directly pass through Ethernet confession).
Summary of the invention
According to an aspect of the present invention, a kind of intelligent scene monitoring system is provided, the system comprises:
Proximal end acquires equipment, and setting carries out Image Acquisition in coastline proximal end, for the sea to coastline proximal end, to obtain
Obtain proximal end sea image；
Water wave analyzing device is connect, for determining the proximal end based on water wave imaging features with proximal end acquisition equipment
In the image of sea whether there is water wave, and in the presence of issue remote monitoring enabled instruction；
Distal end acquisition equipment, setting is in coastline distal end, and link is connect with the water wave analyzing device by wireless communication,
For Image Acquisition being carried out to the sea of coastline proximal end, to obtain distal end when receiving the remote monitoring enabled instruction
Sea image；
Numerical value extract equipment, including built-in FPM DRAM memory, for reference skeletal burr degree image, institute to be stored in advance
State the below default burr degree threshold value of skeleton burr degree of each region in reference skeletal burr degree image；
The numerical value extract equipment is also connect with proximal end acquisition equipment, right for receiving proximal end sea image
Proximal end sea image executes the analysis of each pixel value based on each composition pixel, with the determination proximal end sea level chart
The skeleton burr degree of picture also executes each pixel value based on each composition pixel to the reference skeletal burr degree image
Analysis, with the skeleton burr degree of the determination reference skeletal burr degree image；
Matching treatment equipment is connect, for receiving respectively with the water wave analyzing device and the numerical value extract equipment
The skeleton burr degree of proximal end sea image and the skeleton burr degree of the reference skeletal burr degree image are stated, determines the benchmark bone
The skeleton burr degree of frame burr degree image to proximal end sea image skeleton burr degree ratio, and based on the ratio
Numeric distribution range determines the corresponding corrosion inflation policy to proximal end sea image.
According to another aspect of the present invention, a kind of intelligent scene monitoring method is additionally provided, which comprises
Equipment is acquired using proximal end, setting carries out Image Acquisition in coastline proximal end, for the sea to coastline proximal end,
To obtain proximal end sea image；
It using water wave analyzing device, is connect with proximal end acquisition equipment, described in being determined based on water wave imaging features
In the image of proximal end sea whether there is water wave, and in the presence of issue remote monitoring enabled instruction；
Equipment is acquired using distal end, and setting is in coastline distal end, link and the water wave analyzing device by wireless communication
Connection, for Image Acquisition being carried out to the sea of coastline proximal end, to obtain when receiving the remote monitoring enabled instruction
Distal end sea image；
Using numerical value extract equipment, including built-in FPM DRAM memory, for reference skeletal burr degree figure to be stored in advance
Picture, the below default burr degree threshold value of the skeleton burr degree of each region in the reference skeletal burr degree image；
The numerical value extract equipment is also connect with proximal end acquisition equipment, right for receiving proximal end sea image
Proximal end sea image executes the analysis of each pixel value based on each composition pixel, with the determination proximal end sea level chart
The skeleton burr degree of picture also executes each pixel value based on each composition pixel to the reference skeletal burr degree image
Analysis, with the skeleton burr degree of the determination reference skeletal burr degree image；
Using matching treatment equipment, it is connect respectively with the water wave analyzing device and the numerical value extract equipment, for connecing
The skeleton burr degree of proximal end sea image and the skeleton burr degree of the reference skeletal burr degree image are received, determines the base
The skeleton burr degree of quasi- skeleton burr degree image to proximal end sea image skeleton burr degree ratio, and be based on the ratio
The numeric distribution range of example determines the corresponding corrosion inflation policy to proximal end sea image.
The present invention has the inventive point of following a few place's keys:
(1) it in order to save the power consumption and equipment loss of wireless data transceiving and distal end picture control, has formulated based on proximal end
The intelligentized remote equipment Initiated Mechanism of water wave monitoring result；
(2) matching treatment equipment is introduced to determine the skeleton burr degree of reference skeletal burr degree image to the bone of present image
The ratio of frame burr degree, and determine that the corresponding corrosion to the present image expands based on the numeric distribution range of the ratio
Strategy, to guarantee to corrode expansion process effect.
Intelligent scene of the invention monitors system and method, while reducing coastline monitoring device power consumption, extends
Service life of relevant device.Due to the power consumption and equipment loss in order to save wireless data transceiving and distal end picture control, formulate
Intelligentized remote equipment Initiated Mechanism based on proximal end water wave monitoring result, improves the equipment linkage between monitoring device
Property.
Detailed description of the invention
Embodiment of the present invention is described below with reference to attached drawing, in which:
Fig. 1 is the monitoring scene figure that system is monitored according to the intelligent scene shown in embodiment of the present invention.
Specific embodiment
The embodiment of intelligent scene monitoring system and method for the invention is carried out specifically below with reference to accompanying drawings
It is bright.
Seashore (also known as shore), is divided into seashore, loke shore and riverbank, is in the water surface and land contact position, through wave, tide, sea
The Waterfront Belts formed under the effects of stream, wherein the bank for having numerous sediment piles and being formed is known as beach.Close to beach, by the sea
To land side, including seascarp, elevated bench, land side low level land band, sand dune or stable zone of vegetation.Refer to beach or strand
The land of land boundary, immediately coastal ocean.
Seashore is the area that ocean and land contact with each other and interacts.Including making by the seawater power based on wave
Broad range, i.e., the depth that can be applied to from wave (wave basal plane), to the attainable area of Lu Yanzhi storm wave institute.
Its width can generally can be divided into top area, Middle Zone (intertidal zone) and lower part area three from tens meters to tens kilometer
A part, top area, also known as land bank band, it is the past because of seawater eroding that general stormy waves and tide, which are impossible to be applied to,
And the terrace landform formed, by fluvioterrestrial erosion and sedimentation, littoral wind action forms sand dune, he is characterized in sea
Lose precipice, sea cave, abraison terrace and platform.Intertidal zone, is made of seabeach and tidal flat two parts, be somewhere around here wave activity most
Actively, most strong area is acted on.Lower part area is also known as offshore slope band, is exactly past seashore, has sunk to seawater now
Beneath place is generally counted from the place that time of low water seawater reaches, is not had the area of remarkable effect to wave, tide.
In the prior art, the mode that distant view detects and close shot detection cooperates, distant view inspection are taken to the scene detection in coastline
It surveys and close shot detection all keeps uninterrupted detection pattern, cause all to bring not in wireless data transceiving and distal end image monitoring side face
Necessary power consumption and equipment loss lack equipment linkage between each monitoring device.
In order to overcome above-mentioned deficiency, the present invention has built a kind of intelligent scene monitoring system and method, can effectively solve
Certainly corresponding technical problem.
Fig. 1 is the monitoring scene figure that system is monitored according to the intelligent scene shown in embodiment of the present invention.
The intelligent scene shown according to an embodiment of the present invention monitors system
Proximal end acquires equipment, and setting carries out Image Acquisition in coastline proximal end, for the sea to coastline proximal end, to obtain
Obtain proximal end sea image；
Water wave analyzing device is connect, for determining the proximal end based on water wave imaging features with proximal end acquisition equipment
In the image of sea whether there is water wave, and in the presence of issue remote monitoring enabled instruction；
Distal end acquisition equipment, setting is in coastline distal end, and link is connect with the water wave analyzing device by wireless communication,
For Image Acquisition being carried out to the sea of coastline proximal end, to obtain distal end when receiving the remote monitoring enabled instruction
Sea image；
Numerical value extract equipment, including built-in FPM DRAM memory, for reference skeletal burr degree image, institute to be stored in advance
State the below default burr degree threshold value of skeleton burr degree of each region in reference skeletal burr degree image；
The numerical value extract equipment is also connect with proximal end acquisition equipment, right for receiving proximal end sea image
Proximal end sea image executes the analysis of each pixel value based on each composition pixel, with the determination proximal end sea level chart
The skeleton burr degree of picture also executes each pixel value based on each composition pixel to the reference skeletal burr degree image
Analysis, with the skeleton burr degree of the determination reference skeletal burr degree image；
Matching treatment equipment is connect, for receiving respectively with the water wave analyzing device and the numerical value extract equipment
The skeleton burr degree of proximal end sea image and the skeleton burr degree of the reference skeletal burr degree image are stated, determines the benchmark bone
The skeleton burr degree of frame burr degree image to proximal end sea image skeleton burr degree ratio, and based on the ratio
Numeric distribution range determines the corresponding corrosion inflation policy to proximal end sea image；
Wherein, in the matching treatment equipment, when the numeric distribution of the ratio is between 0-0.25, determining pair
The corresponding corrosion inflation policy of proximal end sea image is repeatedly corrosion expansion mechanism, when the numeric distribution of the ratio exists
When between 0.25-0.75, the corresponding corrosion inflation policy to proximal end sea image determined is to corrode bulging die twice
Formula, when the numeric distribution of the ratio is between 0.75-1, the corresponding corrosion to proximal end sea image determined is swollen
Swollen strategy is single corrosion expansion mechanism, and when the numerical value of the ratio is more than or equal to 1, not to proximal end sea image
Execute corrosion expansion process；
Wherein, in the matching treatment equipment, the corresponding corrosion expansion plan to proximal end sea image is being determined
After slightly, corresponding pixel value is executed to proximal end sea image using corresponding corrosion inflation policy and corrodes expansion process, with
It obtains specific aim and handles image, and specific aim processing image replacement proximal end sea image is sent to the water wave solution
Desorption device；
Wherein, the water wave analyzing device is also used to issue proximal end prison when water wave being not present in the image of the proximal end sea
Control enabled instruction；
Wherein, the distal end acquisition equipment is also used to stop close to coastline when receiving proximal end monitoring enabled instruction
The Image Acquisition that the sea at end carries out.
Then, continue that the specific structure of intelligent scene monitoring system of the invention is further detailed.
In the intelligent scene monitoring system:
The matching treatment equipment further includes corrosion expansion cell, burr degree receiving unit and burr degree arithmetic element.
In the intelligent scene monitoring system:
The corrosion expansion cell, the burr degree receiving unit and the burr degree arithmetic element share same clock hair
Raw device.
Can also include: in the intelligence scene monitoring system
Proximal end shows equipment, is arranged in coastline proximal end, connect with the water wave analyzing device, for receiving the distal end
Acquire the distal end sea image that equipment returns.
In the intelligent scene monitoring system:
The proximal end shows that equipment is also used to show and refers to the remote monitoring enabled instruction or proximal end monitoring starting
Enable corresponding text information.
The intelligent scene monitoring method shown according to an embodiment of the present invention includes:
Equipment is acquired using proximal end, setting carries out Image Acquisition in coastline proximal end, for the sea to coastline proximal end,
To obtain proximal end sea image；
It using water wave analyzing device, is connect with proximal end acquisition equipment, described in being determined based on water wave imaging features
In the image of proximal end sea whether there is water wave, and in the presence of issue remote monitoring enabled instruction；
Equipment is acquired using distal end, and setting is in coastline distal end, link and the water wave analyzing device by wireless communication
Connection, for Image Acquisition being carried out to the sea of coastline proximal end, to obtain when receiving the remote monitoring enabled instruction
Distal end sea image；
Using numerical value extract equipment, including built-in FPM DRAM memory, for reference skeletal burr degree figure to be stored in advance
Picture, the below default burr degree threshold value of the skeleton burr degree of each region in the reference skeletal burr degree image；
The numerical value extract equipment is also connect with proximal end acquisition equipment, right for receiving proximal end sea image
Proximal end sea image executes the analysis of each pixel value based on each composition pixel, with the determination proximal end sea level chart
The skeleton burr degree of picture also executes each pixel value based on each composition pixel to the reference skeletal burr degree image
Analysis, with the skeleton burr degree of the determination reference skeletal burr degree image；
Using matching treatment equipment, it is connect respectively with the water wave analyzing device and the numerical value extract equipment, for connecing
The skeleton burr degree of proximal end sea image and the skeleton burr degree of the reference skeletal burr degree image are received, determines the base
The skeleton burr degree of quasi- skeleton burr degree image to proximal end sea image skeleton burr degree ratio, and be based on the ratio
The numeric distribution range of example determines the corresponding corrosion inflation policy to proximal end sea image；
Wherein, in the matching treatment equipment, when the numeric distribution of the ratio is between 0-0.25, determining pair
The corresponding corrosion inflation policy of proximal end sea image is repeatedly corrosion expansion mechanism, when the numeric distribution of the ratio exists
When between 0.25-0.75, the corresponding corrosion inflation policy to proximal end sea image determined is to corrode bulging die twice
Formula, when the numeric distribution of the ratio is between 0.75-1, the corresponding corrosion to proximal end sea image determined is swollen
Swollen strategy is single corrosion expansion mechanism, and when the numerical value of the ratio is more than or equal to 1, not to proximal end sea image
Execute corrosion expansion process；
Wherein, in the matching treatment equipment, the corresponding corrosion expansion plan to proximal end sea image is being determined
After slightly, corresponding pixel value is executed to proximal end sea image using corresponding corrosion inflation policy and corrodes expansion process, with
It obtains specific aim and handles image, and specific aim processing image replacement proximal end sea image is sent to the water wave solution
Desorption device；
Wherein, the water wave analyzing device is also used to issue proximal end prison when water wave being not present in the image of the proximal end sea
Control enabled instruction；
Wherein, the distal end acquisition equipment is also used to stop close to coastline when receiving proximal end monitoring enabled instruction
The Image Acquisition that the sea at end carries out.
Then, continue that the specific steps of intelligent scene monitoring method of the invention are further detailed.
In the intelligence scene monitoring method:
The matching treatment equipment further includes corrosion expansion cell, burr degree receiving unit and burr degree arithmetic element.
In the intelligence scene monitoring method:
The corrosion expansion cell, the burr degree receiving unit and the burr degree arithmetic element share same clock hair
Raw device.
It is described intelligence scene monitoring method can also include:
Equipment is shown using proximal end, is arranged in coastline proximal end, is connect with the water wave analyzing device, it is described for receiving
The distal end sea image that distal end acquisition equipment returns.
In the intelligence scene monitoring method:
The proximal end shows that equipment is also used to show and refers to the remote monitoring enabled instruction or proximal end monitoring starting
Enable corresponding text information.
In addition, FPM DRAM (Fast Page Mode RAM): fast page mode memory.It is a kind of commonly used
Memory (also once application is video memory).72 lines, 5V voltage, bandwidth 32bit, base speed 60ns or more.His read cycle be from
The triggering of certain a line starts in DRAM array, then moves to memory address pointed location, that is, includes required data.First
Information is deposited after must being proved effectively to system, could be got ready for next cycle." wait state " is thus introduced,
Because CPU must be stupid waiting memory complete a cycle.
It is last it is noted that each function device in each embodiment of the present invention can integrate and set in a processing
In standby, it is also possible to each equipment and physically exists alone, it can also be with two or more integration of equipments within one device.
It, can be with if the function is realized and when sold or used as an independent product in the form of software function equipment
It is stored in a computer readable storage medium.Based on this understanding, technical solution of the present invention is substantially in other words
The part of the part that contributes to existing technology or the technical solution can be embodied in the form of software products, the meter
Calculation machine software product is stored in a storage medium, including some instructions are used so that a computer equipment (can be a
People's computer, server or network equipment etc.) it performs all or part of the steps of the method described in the various embodiments of the present invention.
And storage medium above-mentioned includes: that USB flash disk, mobile hard disk, read-only memory (ROM, Read-Only Memory), arbitrary access are deposited
The various media that can store program code such as reservoir (RAM, Random Access Memory), magnetic or disk.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (10)
1. a kind of intelligence scene monitors system, which is characterized in that the system comprises:
Proximal end acquires equipment, and setting carries out Image Acquisition in coastline proximal end, for the sea to coastline proximal end, close to obtain
Hold sea image；
Water wave analyzing device is connect, for determining the proximal end sea based on water wave imaging features with proximal end acquisition equipment
In image whether there is water wave, and in the presence of issue remote monitoring enabled instruction；
Distal end acquisition equipment, in coastline distal end, link is connect with the water wave analyzing device by wireless communication, is used for for setting
When receiving the remote monitoring enabled instruction, Image Acquisition is carried out to the sea of coastline proximal end, to obtain distal end sea
Image；
Numerical value extract equipment, including built-in FPM DRAM memory, for reference skeletal burr degree image, the base to be stored in advance
The below default burr degree threshold value of the skeleton burr degree of each region in quasi- skeleton burr degree image；
The numerical value extract equipment is also connect with proximal end acquisition equipment, for receiving proximal end sea image, to described
Proximal end sea image executes the analysis of each pixel value based on each composition pixel, with the determination proximal end sea image
Skeleton burr degree also executes point of each pixel value based on each composition pixel to the reference skeletal burr degree image
Analysis, with the skeleton burr degree of the determination reference skeletal burr degree image；
Matching treatment equipment is connect with the water wave analyzing device and the numerical value extract equipment respectively, described close for receiving
The skeleton burr degree of sea image and the skeleton burr degree of the reference skeletal burr degree image are held, determines the reference skeletal hair
The skeleton burr degree of thorn degree image to proximal end sea image skeleton burr degree ratio, and the numerical value based on the ratio
Distribution determines the corresponding corrosion inflation policy to proximal end sea image；
Wherein, in the matching treatment equipment, when the numeric distribution of the ratio is between 0-0.25, determine to described
The corresponding corrosion inflation policy of proximal end sea image is repeatedly corrosion expansion mechanism, when the numeric distribution of the ratio exists
When between 0.25-0.75, the corresponding corrosion inflation policy to proximal end sea image determined is to corrode bulging die twice
Formula, when the numeric distribution of the ratio is between 0.75-1, the corresponding corrosion to proximal end sea image determined is swollen
Swollen strategy is single corrosion expansion mechanism, and when the numerical value of the ratio is more than or equal to 1, not to proximal end sea image
Execute corrosion expansion process；
Wherein, in the matching treatment equipment, after determining to the corresponding corrosion inflation policy of proximal end sea image,
Corresponding pixel value is executed to proximal end sea image using corresponding corrosion inflation policy and corrodes expansion process, to obtain needle
Image is handled to property, and specific aim processing image replacement proximal end sea image is sent to the water wave parsing and is set
It is standby；
Wherein, the water wave analyzing device is also used in the image of the proximal end sea monitor there is no sending proximal end when water wave and open
Dynamic instruction；
Wherein, the distal end acquisition equipment is also used to stop when receiving proximal end monitoring enabled instruction to coastline proximal end
The Image Acquisition that sea carries out.
2. intelligence scene as described in claim 1 monitors system, it is characterised in that:
The matching treatment equipment further includes corrosion expansion cell, burr degree receiving unit and burr degree arithmetic element.
3. intelligence scene as claimed in claim 2 monitors system, it is characterised in that:
The corrosion expansion cell, the burr degree receiving unit and the burr degree arithmetic element share same clock and occur
Device.
4. intelligence scene as claimed in claim 3 monitors system, which is characterized in that the system also includes:
Proximal end shows equipment, is arranged in coastline proximal end, connect with the water wave analyzing device, for receiving the distal end acquisition
The distal end sea image that equipment returns.
5. intelligence scene as claimed in claim 4 monitors system, it is characterised in that:
The proximal end shows that equipment is also used to show and the remote monitoring enabled instruction or proximal end monitoring enabled instruction pair
The text information answered.
6. a kind of intelligence scene monitoring method, which is characterized in that the described method includes:
Equipment is acquired using proximal end, setting carries out Image Acquisition in coastline proximal end, for the sea to coastline proximal end, to obtain
Obtain proximal end sea image；
Using water wave analyzing device, it is connect with proximal end acquisition equipment, for determining the proximal end based on water wave imaging features
In the image of sea whether there is water wave, and in the presence of issue remote monitoring enabled instruction；
Equipment is acquired using distal end, setting is in coastline distal end, and link is connect with the water wave analyzing device by wireless communication,
For Image Acquisition being carried out to the sea of coastline proximal end, to obtain distal end when receiving the remote monitoring enabled instruction
Sea image；
Using numerical value extract equipment, including built-in FPM DRAM memory, for reference skeletal burr degree image, institute to be stored in advance
State the below default burr degree threshold value of skeleton burr degree of each region in reference skeletal burr degree image；
The numerical value extract equipment is also connect with proximal end acquisition equipment, for receiving proximal end sea image, to described
Proximal end sea image executes the analysis of each pixel value based on each composition pixel, with the determination proximal end sea image
Skeleton burr degree also executes point of each pixel value based on each composition pixel to the reference skeletal burr degree image
Analysis, with the skeleton burr degree of the determination reference skeletal burr degree image；
Using matching treatment equipment, it is connect respectively with the water wave analyzing device and the numerical value extract equipment, for receiving
The skeleton burr degree of proximal end sea image and the skeleton burr degree of the reference skeletal burr degree image are stated, determines the benchmark bone
The skeleton burr degree of frame burr degree image to proximal end sea image skeleton burr degree ratio, and based on the ratio
Numeric distribution range determines the corresponding corrosion inflation policy to proximal end sea image；
Wherein, in the matching treatment equipment, when the numeric distribution of the ratio is between 0-0.25, determine to described
The corresponding corrosion inflation policy of proximal end sea image is repeatedly corrosion expansion mechanism, when the numeric distribution of the ratio exists
When between 0.25-0.75, the corresponding corrosion inflation policy to proximal end sea image determined is to corrode bulging die twice
Formula, when the numeric distribution of the ratio is between 0.75-1, the corresponding corrosion to proximal end sea image determined is swollen
Swollen strategy is single corrosion expansion mechanism, and when the numerical value of the ratio is more than or equal to 1, not to proximal end sea image
Execute corrosion expansion process；
Wherein, in the matching treatment equipment, after determining to the corresponding corrosion inflation policy of proximal end sea image,
Corresponding pixel value is executed to proximal end sea image using corresponding corrosion inflation policy and corrodes expansion process, to obtain needle
Image is handled to property, and specific aim processing image replacement proximal end sea image is sent to the water wave parsing and is set
It is standby；
Wherein, the water wave analyzing device is also used in the image of the proximal end sea monitor there is no sending proximal end when water wave and open
Dynamic instruction；
Wherein, the distal end acquisition equipment is also used to stop when receiving proximal end monitoring enabled instruction to coastline proximal end
The Image Acquisition that sea carries out.
7. intelligence scene monitoring method as claimed in claim 6, it is characterised in that:
The matching treatment equipment further includes corrosion expansion cell, burr degree receiving unit and burr degree arithmetic element.
8. intelligence scene monitoring method as claimed in claim 7, it is characterised in that:
The corrosion expansion cell, the burr degree receiving unit and the burr degree arithmetic element share same clock and occur
Device.
9. intelligence scene monitoring method as claimed in claim 8, which is characterized in that the method also includes:
Equipment is shown using proximal end, is arranged in coastline proximal end, is connect with the water wave analyzing device, for receiving the distal end
Acquire the distal end sea image that equipment returns.
10. intelligence scene monitoring method as claimed in claim 9, it is characterised in that:
The proximal end shows that equipment is also used to show and the remote monitoring enabled instruction or proximal end monitoring enabled instruction pair
The text information answered.
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| CN111474893A (en) * | 2019-11-23 | 2020-07-31 | 田华 | Intelligent pixel array control system |
| CN112911210A (en) * | 2020-11-22 | 2021-06-04 | 泰州镭昇光电科技有限公司 | Sea area monitoring system and method applying double detection modes |
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