CN112601052A - Video resource integration system applied to internal sharing platform - Google Patents
Video resource integration system applied to internal sharing platform Download PDFInfo
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- CN112601052A CN112601052A CN202011439741.1A CN202011439741A CN112601052A CN 112601052 A CN112601052 A CN 112601052A CN 202011439741 A CN202011439741 A CN 202011439741A CN 112601052 A CN112601052 A CN 112601052A
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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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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/70—Information retrieval; Database structures therefor; File system structures therefor of video data
- G06F16/71—Indexing; Data structures therefor; Storage structures
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/70—Information retrieval; Database structures therefor; File system structures therefor of video data
- G06F16/75—Clustering; Classification
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/70—Information retrieval; Database structures therefor; File system structures therefor of video data
- G06F16/78—Retrieval characterised by using metadata, e.g. metadata not derived from the content or metadata generated manually
- G06F16/7867—Retrieval characterised by using metadata, e.g. metadata not derived from the content or metadata generated manually using information manually generated, e.g. tags, keywords, comments, title and artist information, manually generated time, location and usage information, user ratings
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N5/00—Details of television systems
- H04N5/76—Television signal recording
Abstract
The invention discloses a video resource integration system applied to an internal sharing platform, which can delete videos without practical significance through a first processing module, upload simplified videos after being labeled and classified through a second processing module, accelerate the efficiency of retrieval and search of internal personnel, meanwhile, the importance of all videos retained by the first storage module is low, and the videos can be deleted in a short period, the importance of the simplified videos retained by the second storage module is high and is set to be deleted in a long period, and the load of the system is greatly reduced.
Description
Technical Field
The invention relates to the field of resource integration, in particular to a video resource integration system applied to an internal sharing platform.
Background
The existing emergency management system needs to collect social video resources for internal sharing; however, the existing resource library is lack of information, different in information standard, incapable of maximizing reasonable utilization of resources, relatively dispersed in the aspects of collection, arrangement, summarization and the like of daily dynamic information, lack of a unified information network to realize information fusion and sharing, and difficult to comprehensively monitor and pre-alarm the production safety accidents which may happen; however, because the video sources are different and the number is large, the existing video resource integration system is difficult to rapidly classify and process and screen out video resources with practical significance. After being transmitted to the internal sharing platform, a great deal of energy is still needed for screening processing, and the overall capacity of video resources is large, so that the video resources are difficult to process. Therefore, there is a need for a video resource integration system applied to an internal sharing platform capable of rapidly processing video resources.
Disclosure of Invention
Aiming at the defects in the technology, the invention provides a video resource integration system applied to an internal sharing platform, which can delete videos without practical significance through a first processing module, upload simplified videos after being labeled and classified through a second processing module, accelerate the efficiency of retrieval and search of internal personnel, meanwhile, the first storage module keeps all videos with low importance and can delete the videos in a short period, and the second storage module keeps the simplified videos with high importance and is set to delete the videos for a long period, so that the load of the system is greatly reduced.
In order to achieve the above object, the present invention provides a video resource integration system applied to an internal sharing platform, which is characterized by comprising
The access module is used for receiving videos recorded by the social video resource collector;
the first processing module is used for detecting the video received by the access module and carrying out primary analysis processing on the first processing module; the first processing module deletes the middle section of a picture without moving signs in the video, reserves and stores the video of the head section and the tail section, and marks the deleted video, wherein the marked content comprises the time length of the deleted section;
the second processing module is used for carrying out classification marking on the video after the preliminary analysis processing;
the control module is used for receiving signals of the internal sharing platform and retrieving and playing any video in the videos which are classified and marked;
the first storage module is used for storing the video received by the access module and deleting the video regularly;
the second storage module is used for storing the video processed by the first processing module and deleting the video at regular intervals; the deletion period of the first storage module is shorter than the deletion period of the second storage module. Can delete the video that does not have practical meaning through first processing module, upload after the video that will retrench carries out mark classification through second processing module for the efficiency that inside personnel's retrieval was seeked, first storage module keeps all video importance lower simultaneously and can delete in a short time, retrench video importance that second storage module kept is higher, sets up to long-term the deletion, has greatly reduced the load of system.
Preferably, the first processing module further deletes the middle section of the video without human and vehicle activities in the video, separately stores the head and tail section of the video, and marks the deleted video, where the mark content includes the time length of the deleted section.
Preferably, the access module includes an intelligent cloud gateway, and the intelligent cloud gateway records videos recorded by the video resource collector.
Preferably, the control module comprises a browsing unit, a forwarding unit, a history browsing unit and an uploading unit.
Preferably, the system comprises a financial encryption module, the financial encryption module supports access of millions of devices and millions of video concurrences, and the system further comprises a plurality of clients, and the clients can browse video resources after being checked by the financial encryption module.
Preferably, a networking module is included, the networking module comprising a session channel and a media stream channel. The callback channel is used for establishing a session between the devices and transmitting a system control command; the media stream channel is used for transmitting video and audio data, and the compressed and coded video and audio stream is transmitted by adopting RTP/RTCP.
Preferably, the control module comprises a real-time image on-demand unit, a remote control unit, an image retrieval playback unit and a video on-wall unit; the image on-demand unit can carry out real-time on-demand of images according to the designated equipment and the designated channel, supports display, zooming, snapshot and video recording of on-demand images, and supports simultaneous on-demand of multiple users on the same image resource; the remote control unit can remotely control various actions of the front-end equipment through operation; control priority can be set, and corresponding measures should be taken to ensure priority response to the user request with high level; the image retrieval playback unit can retrieve the historical image data according to the elements such as specified equipment, channels, time, alarm information and the like, and plays back and downloads the historical image data; the playback should support normal play, fast play, slow play, advance and retreat, picture pause, image capture, etc., video switching play.
Preferably, the first processing module includes a universal transcoding unit, and the universal transcoding unit is configured to convert different video formats into a unified video format.
Preferably, the system further comprises a video tool module, wherein the video tool module comprises an image marking unit, an image enhancement unit and an image measurement unit, the image marking unit marks the video, the image enhancement unit enhances the image quality of the image, and the image measurement unit measures the size of people, measurement and buildings in the image.
Preferably, the system further comprises a management module, wherein the management module is used for adding and deleting the front-end equipment, the monitoring terminal and the user of the video resource collector and managing the retrieval and viewing authority of different users.
The invention has the beneficial effects that: compared with the prior art, the invention provides a video resource integration system applied to an internal sharing platform, which is characterized by comprising an access module, a video acquisition module and a video processing module, wherein the access module is used for receiving videos received and recorded by a social video resource collector; the first processing module is used for detecting the video received by the access module and carrying out primary analysis processing on the first processing module; the first processing module deletes the middle section of the picture without the moving evidence in the video, reserves and stores the video of the head section and the tail section, and marks the deleted video, wherein the marked content comprises the time length of the deleted section; the second processing module is used for carrying out classification marking on the video after the preliminary analysis processing; the control module is used for receiving signals of the internal sharing platform and retrieving and playing any video in the videos which are classified and marked; the first storage module is used for storing the video received by the access module and deleting the video regularly; the second storage module is used for storing the video processed by the first processing module and deleting the video at regular intervals; the deletion period of the first storage module is shorter than the deletion period of the second storage module. Can delete the video that does not have practical meaning through first processing module, upload after the video that will retrench is carried out mark classification through second processing module for the efficiency that inside personnel's retrieval was seeked, first storage module keeps all video importance lower simultaneously and can delete in a short term, and retrench video importance that second storage module kept is higher, sets up to long-term the deletion, has greatly reduced the load of system.
Drawings
FIG. 1 is a principal block diagram of the present application;
FIG. 2 is a first schematic view of the present application;
FIG. 3 is a second schematic illustration of the present application;
fig. 4 is a third schematic view of the present application.
Description of the symbols of the main elements: 1. an access module; 2. a first processing module; 3. a second processing module; 4. a first storage module; 5. a second storage module; 6. a control module; 7. an internal sharing platform; 8. a video resource collector.
Detailed Description
In order to more clearly describe the present invention, the present invention will be further described with reference to the accompanying drawings.
Example 1: referring to fig. 1 to 4, the present invention discloses a video resource integration system applied to an internal sharing platform, which is characterized in that the system comprises an access module 1 for receiving a video recorded by a social video resource collector 8; the first processing module 2 is used for detecting the video received by the access module 1 and carrying out primary analysis processing on the first processing module 2; the first processing module 2 deletes the middle section of the image without the movable signs in the video, reserves and stores the video of the head section and the tail section, and marks the deleted video, wherein the marked content comprises the time length of the deleted section; the second processing module 3 is used for performing classification marking on the video after the preliminary analysis processing; the control module 6 is used for receiving signals of the internal sharing platform 7 and retrieving and playing any video in the videos with classified marks; the first storage module 4 is used for storing the video received by the access module 1 and deleting the video regularly; the second storage module 5 is used for storing the video processed by the first processing module 2 and deleting the video regularly; the erase cycle of the first memory module 4 is shorter than the erase cycle of the second memory module 5. Can delete the video that does not have practical meaning through first processing module 2, upload after the video that will retrench carries out mark classification through second processing module 3 for the efficiency that inside personnel's retrieval was seeked, first storage module 4 keeps all video importance lower simultaneously and can delete in a short time, retrench video importance that second storage module 5 kept is higher, sets up to long-term the deletion, has greatly reduced the load of system.
Example 2: the first processing module 2 of this embodiment further deletes the middle segment of the video without human and vehicle activities in the video, separately stores the head and tail segment of the video, and marks the deleted video, where the mark content includes the duration of the deleted segment. The access module 1 of this embodiment includes an intelligent cloud gateway, and receives and records a video recorded by the video resource collector 8 through the intelligent cloud gateway. The control module 6 of this embodiment includes a browsing unit, a forwarding unit, a history browsing unit, and an uploading unit. The system comprises a financial encryption module, a plurality of clients and a plurality of client sides, wherein the financial encryption module supports access of tens of millions of devices and concurrence of millions of videos, and the clients can browse video resources after being audited by the financial encryption module. The embodiment comprises a networking module, and the networking module comprises a conversation channel and a media stream channel. The call-back channel is used for establishing a session between the devices and transmitting a system control command; the media stream channel is used for transmitting video and audio data, and the compressed and coded video and audio stream is transmitted by adopting RTP/RTCP.
Example 3: the control module 6 of the embodiment comprises a real-time image on-demand unit, a remote control unit, an image retrieval playback unit and a video on-wall unit; the image on-demand unit can carry out real-time on-demand of images according to the designated equipment and the designated channel, supports display, zooming, snapshot and video recording of on-demand images, and supports simultaneous on-demand of multiple users on the same image resource; the remote control unit can remotely control various actions of the front-end equipment through operation; control priority can be set, and corresponding measures should be taken to ensure priority response to the user request with high level; the image retrieval playback unit can retrieve historical image data according to elements such as specified equipment, channels, time, alarm information and the like, and plays back and downloads the historical image data; the playback should support normal play, fast play, slow play, advance and retreat, picture pause, image capture, etc., video switching play.
Example 4: the first processing module 2 of this embodiment includes a universal transcoding unit, and the universal transcoding unit is configured to convert different video formats into a unified video format. The embodiment also comprises a video tool module, wherein the video tool module comprises an image marking unit, an image enhancement unit and an image measuring unit, the image marking unit marks the video, the image enhancement unit enhances the image quality of the image, and the image measuring unit measures the sizes of people, measurement and buildings in the image. The embodiment further includes a management module, where the management module is configured to add or delete the front-end device, the monitoring terminal, and the user of the video resource collector 8, and manage the retrieval and viewing permissions of different users.
Example 5: the method takes the layout of social video networking and the creation of dead-angle-free three-dimensional prevention and control as a core idea established by the scheme, realizes the networking application of social video monitoring and construction of global coverage, whole network sharing, full-time availability and whole process control, and has remarkable effects in the aspects of strengthening public security prevention and control, optimizing traffic travel, serving city management, innovating social management and the like. The social public safety guarantee capability is improved, and a smart city is laid. The embodiment takes the intelligent cloud gateway as a core, and the social resource image point is accessed to the social resource platform through the intelligent cloud gateway. The method does not affect the original use mode of the original unit and the original personal use mode, only occupies a part of network bandwidth of the unit and the original personal use mode, and uploads the video to the social resource platform. The social resource platform is in butt joint with the public security video private network platform, and video media streams are provided for the superior public security video private network platform. The social resource platform provides functions of video browsing, streaming media forwarding, historical video browsing, video uploading and the like, and authority distribution is uniformly distributed by public security departments. The social resource platform adopts financial level encryption, can support access of tens of millions of devices to the maximum extent, and concurrence of millions of videos, can provide social video resources for other government units, and can realize social video resource browsing by installing a client only by distributing authority.
Example 6: the video convergence core platform of the embodiment is mainly responsible for basic functions of access, convergence, forwarding, on-demand and the like of the converged video in the social area, and provides sharing of video resources to the outside. The integration platform adopts a distributed streaming media technology, can access different terminals of different networks in various registration modes, and realizes unified video resource application. The equipment access gateway and the platform access gateway are responsible for the proxy access of various front ends and platforms, and can realize the standardized access of heterogeneous equipment and platforms; the public security networking system needs to integrate front ends accessed to different types of networks, particularly front-end equipment accessed in an active registration mode through a public network (internet), and because network bandwidth, time delay and connectivity have risks in the internet environment, a protocol needs to be optimized so as to meet the requirements of various network environments in a transmission layer. The structure of the communication protocol for transmitting, exchanging and controlling the information of the social access video, audio, data and the like is shown in figure 3. The networking system should establish two transmission channels when performing video and audio transmission and control: a session channel and a media stream channel. The session channel is used for establishing a session between the devices and transmitting a system control command; the media stream channel is used for transmitting video and audio data, and the compressed and coded video and audio stream is transmitted by adopting RTP/RTCP. In the system, video compression coding and audio coding and decoding should meet the relevant requirements of GB/T28181-2011 appendix E, video coding should support H.264, SVAC or MPEG-4 video coding standard, and audio coding and decoding standard should support G.711 or G.723.1 or G.729 audio coding standard. The video resources of the social units are distributed in a plurality of different network environments (industry unit private networks or private networks, the Internet and the like), two different access modes are divided according to different construction modes of the video monitoring system of the social units, and the corresponding access mode can be selected according to actual conditions to realize the sharing access of the video monitoring resources of the social units.
Example 7: the social surface monitoring resource construction starting points are different, the equipment forms are various, and the forms of the access operators are not uniform; meanwhile, the social side monitoring resource information has different prevention and control grades for the requirements of the public security organs on the safe cities. Therefore, for a complex access scenario of society, two types of access modes are mainly included: a cloud storage access mode and an intelligent cloud gateway access mode; the device is accessed to the gateway mode, and is only suitable for a private line scene due to the consideration of the safety problem. And the social point location is accessed to the special line through the double-network-port NVR and then is accessed to the social plane resource integration platform through the equipment access gateway. If only a single-port NVR exists and the mode that double-port NVR + equipment is not required to be adopted for accessing the gateway is not required, private network penetration can be performed in a mode of configuring a three-layer switch, and the private network is converged to the resource integration platform through the equipment access gateway. In a private line scene, a third-party platform and a platform access gateway are interconnected by pulling through a private line aiming at a video network of a third-party monitoring platform adopted by a large enterprise, a public institution and the like, and the platform access gateway can share the video of the third-party platform needing to be networked to a social resource integration platform.
Example 8: with the development of social resource integration work, the number of related systems is continuously increased, which brings about much overhead. One is overhead in management, and more systems need to be maintained. Data of many systems are redundant and repeated, and the inconsistency of the data can bring great pressure to the management work. Therefore, a unified authentication system is designed from the service perspective, and unified single sign-on and unified authority distribution management with various subsequent view service systems are supported. The video wall-mounting unit realizes the video wall-mounting function by selecting the television wall scheme and binding the video channel with the television wall. The upper wall comprises a windowing mode and a multi-window mode, a certain screen of the television wall is selected, and 5 modes of 1 division, 4 division, 9 division, 16 division and 36 division are adjusted through a progress bar. The added video equipment, bayonet equipment and the like can be inquired and checked on the interface of the police electronic map, and video monitoring, alarm inquiry and video playback are carried out. If the electronic map configured by the management terminal is a vector diagram, the user can also perform comprehensive query, guard patrol, video patrol and the like on the client terminal.
Example 9: the system realizes the functions of video interception (deletion of worthless video clips), video merging (synthesis of a video from a plurality of valuable video clips), image capture, image editing and the like by a video nonlinear editing technology, so that the quality and the effectiveness of clues are guaranteed. The method effectively enables the reviewers to locate and focus on the suspected target, and the video which is analyzed and edited is more targeted. In the practical application process, in order to improve the video viewing efficiency, the universal playing needs to be supported by a high-efficiency special video investigation player, and the player at least needs to support multiple high-efficiency video investigation functions such as video circular playing, AB point circular playing (self-defined segment circular playing), 1/16-16 times speed playing, reverse playing, frame-by-frame playing and the like. The universal transcoding is used for video collected by the social side, due to the fact that different manufacturers have different video formats and the fact that the problem of time difference generally exists in social side monitoring, unified transcoding and time correction of the video formats of dozens of main stream manufacturers can be achieved very efficiently through a unified transcoding tool, and important guarantee is provided for follow-up thread investigation. The screen video recording has the advantages that since many video monitoring manufacturers exist, the video formats of many small monitoring manufacturers are private, so that case-related videos can be played only by a player unique to the manufacturers, and the research and judgment efficiency of case videos is limited. The system provides a screen recording function, and for video formats which cannot be played by a common player, the video formats are saved into standard MP4 and AVI formats and exported by using a screen recording tool, so that the conversion from the private format to the standard format is completed. And image annotation, wherein in order to effectively review and locate the key suspected target, the system can directly perform operations such as character editing, key annotation and the like on the picture, effectively enables reviewers to locate and focus on the suspected target, and enables the video which is analyzed and edited to be more targeted. Due to factors such as weather, environment and equipment, the acquired image resources are often blurred in video, and the target cannot be seen clearly. The system realizes image enhancement processing such as defogging, denoising, color cast removal, night enhancement, jitter balance and the like on the image by an intelligent analysis means, and solves the problem that the target cannot be seen clearly. Image measurement, namely, under the condition that the identification characteristics such as poor video conditions and the face of a suspect cannot help to identify the identity of the suspect, the height of a suspect target needs to be measured so as to reduce the investigation range; the system carries out 3D modeling measurement on the suspected target in the video image by utilizing image measurement, selects a reference object at a case-out place and calibrates the data of the reference object in the image, thereby measuring and calculating the real height of the suspected target according to the actual data of the reference object.
Example 10: organization mechanism: a plurality of levels of organization mechanisms on the organization tree can be defined, added, modified and deleted, and sub-mechanisms, managed front-end equipment, monitoring terminals and users can be added. Administrators may add different types of secondary organizations depending on the type of organization.
And (3) role management: specific roles and their permissions can be defined, modified, deleted, and several roles can be defined as system permissions, inclusion permissions, and exclusion permissions. Different authorizations can be performed according to different user authority requirements.
System authority: the set of certain function permissions for defining roles as specific, the inclusion permissions for defining roles having access to certain device resources, and the exclusion permissions for defining roles not having access to certain device resources.
User management: a user can be added below the corresponding mechanism, and the information of the user can be described, including the control level of the holder, the mobile phone, the mailbox, the valid time of the user name, and whether to be deactivated or activated. The added users can be modified, deleted, role-associated, cascade-set, and queried by the users.
Report and log management
And (5) counting a report form: the method supports statistics of information of all online users at a certain moment, including user names, login IP addresses, login time, affiliated organizations and the like. The method supports statistics of all the devices and channels according to the mechanisms where the devices and channels are located, and reports can be generated and exported, wherein the reports include the total number of the devices, the total number of the channels, the number of the channels which are started and the like.
System logging: the user can search and inquire the user access operation log, which comprises log source, grade, operation user, operator IP address and specific operation content, the organization of the device, the name of the device, the access port, the specific operation content and operation result, and the like, and can generate and export a report.
The user can inquire a statistical log for counting the latest equipment state inspection.
The user can inquire and retrieve the alarm information records under any one level of mechanism, and can carry out combined inquiry according to the alarm source, the alarm level, the alarm type and the alarm time, and can generate and export reports.
Device management
Equipment management: the method supports the addition of an IP camera, digital coding equipment and alarm equipment, and information such as equipment type, equipment model, manufacturer, contact person, contact telephone, purchase date, warranty period and the like needs to be selected when the equipment is added; the device parameters can be set remotely, and the settable content is determined by the support of the device manufacturer SDK.
Stream media management: the forwarding parameters of the streaming media service equipment can be configured, a system management platform can set a plurality of streaming media services, and each streaming media service needs to set a service name, an IP address, a port, a related client IP section and a maximum bandwidth parameter; the system automatically forwards the video images through a certain streaming media service device by judging the IP address range to which the client software belongs and the difference of the accessed video images, and can specify the maximum concurrent connection number and the bandwidth which can be used by a user.
And (3) equipment timing management: and manual or automatic clock synchronization can be performed between the management platform and the front-end equipment of each level of nodes.
Remote restart: and the support administrator remotely and manually restarts the specified front-end equipment through software.
Remote upgrading: and remote online upgrade of the front-end equipment software is supported.
System management
Video setting: the video stream parameters accessed by the network client can be set as a main code stream and a sub code stream. The main code stream, i.e. the code stream with higher image definition of the relative code stream value, has higher corresponding bandwidth requirement, and the sub-code stream, i.e. the relative code stream value, has lower definition but lower bandwidth requirement.
Cascade setting: in an environment constructed by a plurality of platforms, when system cascade is needed, the system cascade can be realized by specifying the upper and lower level relation in the cascade setting function.
And (3) setting a menu: the system menu is customized, the menus are added, edited, modified and deleted, the names of the self-defined menus, menu icons and actions executed by the self-defined menus can be input, the URL links are included, and the levels of the menus are selected.
And (3) task planning: the execution condition of the current mission plan is displayed, a new mission plan is defined, the name and the content description of the mission plan can be input, the types of the mission plan are selected, including timing, arming and disarming, log backup and deletion, equipment inspection, presetting bits, speed dome cruising, data and information synchronization and the like, and some new types can be developed and customized according to the requirements of users.
The above disclosure is only for a few specific embodiments of the present invention, but the present invention is not limited thereto, and any variations that can be made by those skilled in the art are intended to fall within the scope of the present invention.
Claims (10)
1. A video resource integration system applied to an internal sharing platform is characterized by comprising
The access module is used for receiving videos recorded by the social video resource collector;
the first processing module is used for detecting the video received by the access module and carrying out primary analysis processing on the first processing module; the first processing module deletes the middle section of a picture without moving signs in the video, reserves and stores the video of the head section and the tail section, and marks the deleted video, wherein the marked content comprises the time length of the deleted section;
the second processing module is used for carrying out classification marking on the video after the preliminary analysis processing;
the control module is used for receiving signals of the internal sharing platform and retrieving and playing any video in the videos which are classified and marked;
the first storage module is used for storing the video received by the access module and deleting the video regularly;
the second storage module is used for storing the video processed by the first processing module and deleting the video at regular intervals; the deletion period of the first storage module is shorter than the deletion period of the second storage module.
2. The video resource integration system applied to the internal sharing platform of claim 1, wherein the first processing module further deletes middle segments of videos without human and vehicle activities, separately stores head and tail segments of videos, and marks the deleted videos, wherein the marked content comprises the time length of the deleted segments.
3. The video resource integration system applied to the internal sharing platform of claim 1, wherein the access module comprises a smart cloud gateway, and videos recorded by the video resource collector are recorded through the smart cloud gateway.
4. The video resource integration system applied to the internal sharing platform of claim 1, wherein the control module comprises a browsing unit, a forwarding unit, a history browsing unit and an uploading unit.
5. The video resource integration system applied to the internal sharing platform according to claim 1, comprising a financial encryption module, wherein the financial encryption module supports ten million-level equipment access and million-level video concurrence, and further comprising a plurality of clients, and the clients can browse video resources after being audited by the financial encryption module.
6. The video resource integration system applied to the internal sharing platform as claimed in claim 1, comprising a networking module, wherein the networking module comprises a session channel and a media stream channel. The call-back channel is used for establishing a session between the devices and transmitting a system control command; the media stream channel is used for transmitting video and audio data, and the compressed and coded video and audio stream is transmitted by adopting RTP/RTCP.
7. The video resource integration system applied to the internal sharing platform of claim 1, wherein the control module comprises a real-time image on-demand unit, a remote control unit, an image retrieval playback unit, and a video on-wall unit; the image on-demand unit can carry out real-time on-demand of images according to the designated equipment and the designated channel, supports display, zooming, snapshot and video recording of on-demand images, and supports simultaneous on-demand of multiple users on the same image resource; the remote control unit can remotely control various actions of the front-end equipment through operation; control priority can be set, and corresponding measures should be taken to ensure priority response to the user request with high level; the image retrieval playback unit can retrieve historical image data according to elements such as specified equipment, channels, time, alarm information and the like, and plays back and downloads the historical image data; the playback should support normal play, fast play, slow play, advance and retreat, picture pause, image capture, etc., video switching play.
8. The video resource integration system applied to the internal sharing platform as claimed in claim 1, wherein the first processing module comprises a universal transcoding unit for converting different video formats into a unified video format.
9. The system of claim 1, further comprising a video tool module, wherein the video tool module comprises an image annotation unit, an image enhancement unit and an image measurement unit, the image annotation unit marks the video, the image enhancement unit performs image quality enhancement on the image, and the image measurement unit measures the size of people, measurement and buildings in the image.
10. The system of claim 1, further comprising a management module, wherein the management module is configured to add or delete the front-end device, the monitor terminal, and the user of the video resource collector and manage the retrieval and viewing permissions of different users.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113115051A (en) * | 2021-04-15 | 2021-07-13 | 广州融盛科技有限公司 | Data transmission and storage device for lossless compression coding and decoding of high-definition video |
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