CN1604530A - Network service resource framework based image lattice processing system - Google Patents
Network service resource framework based image lattice processing system Download PDFInfo
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- CN1604530A CN1604530A CN 200410067577 CN200410067577A CN1604530A CN 1604530 A CN1604530 A CN 1604530A CN 200410067577 CN200410067577 CN 200410067577 CN 200410067577 A CN200410067577 A CN 200410067577A CN 1604530 A CN1604530 A CN 1604530A
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Abstract
It is an image grid process system based on network server resources frame, which is used in grid computing technique field and image field. The invention comprises image control device, image data storage server, image process server and image display terminal. The output end of image control device is connected with the image data storage server, which transmits the image to the image data storage server after scanning. The image data storage server is connected with image process server. The image process server is connected with the image display terminal to send the image to the terminal for the browse and process of the users on terminal machine.
Description
Technical field
The present invention relates to a kind of image lattice processing system, specifically is a kind of image lattice processing system of Service Source framework Network Based.Be used for grid computing technology field and image field.
Background technology
Existing image processing system is display image, Processing Algorithm and a memory image in a computer.Image processing system is designed and developed and is based on windows platform, and the C language adopts C/S (client/server) pattern, and various algorithm process and storage all realize in a level.Certain computer should be finished the complicated algorithm processing capacity, and data storage function has Presentation Function again.
Find Chinese patent application number by prior art documents: 98122713.9, denomination of invention: image processing system, publication number: CN 1255687A, in the image processing system of this patent, processor and memory are located in the computer, are used to handle image and memory image.This computer should be finished the complicated algorithm processing capacity, has data storage function again, and various algorithm process and storage all realize in a level.Simultaneously, monitor can only display image, does not have human-computer interaction function.But this picture system: (1) does not have remote interface units, all is to move on the machine in local area network (LAN), can't the leap time go up and the region on restriction, satisfy remote operation, the purpose of long-range research.(2) system establishes the gained image processing and storage all is positioned at a system level, can make this systemic-function complexity, has increased that function is safeguarded and the difficulty of system upgrade.Increase certain processing unit, must be to system reconfiguration.(3) image processing speed is slow, and a sub-picture need spend a few minutes or several hours, and when a sub-picture was carried out multiple algorithm process, calling mutually between cannot implementation algorithm can't be carried out parallel running to image.(4) from the use angle of system, do not have interactive function, and system do not have monitoring unit, the operation conditions that can not supervisory control system and the situation of user's using system can not reasonably be charged to user's using system.(5) in the image processing, the amount of calculation and the memory space that relate to are big, and special image digitization storage system, image server, image workstation etc. all are quite expensive, if each research institution all purchases these equipment, can increase very big expense and waste.(6) from using the long-range angle of this picture system, this system transplantation can't be arrived other platform, and, be difficult to system applies to certain special dimension, field of medical images, geographic pattern field owing to non-object-oriented and non-modular designs.
Summary of the invention
The objective of the invention is to overcome deficiency of the prior art, a kind of image lattice processing system of Service Source framework Network Based is provided, make its intact problem such as solution image acquisition, demonstration, processing, storage, transmission and management.Utilize processor, memory and other available resources idle on the network to finish the big capacity storage of image algorithm processing and image, improve the image runnability, reduce the image operation time, reduce the expense of special procuring equipment.
The present invention is achieved by the following technical solutions, the present invention includes: display control apparatus, image data storage server, image processing server, graphic display terminal.The output of display control apparatus is connected to the image data storage server, behind its scan image, image is transferred to the image data storage server.The image data storage server links to each other with image processing server.Image processing server is connected to graphic display terminal, image is sent on the graphic display terminal show, at unit, terminating machine is browsed on the PDA and handled for the user.
Image processing server comprises: image management unit, task scheduling unit, graphics processing unit, monitoring unit, Charging Detail Record unit.User's task sends the task scheduling unit to by the image management unit.Operation submission, operation decomposition and operation decomposed information are carried out according to mission requirements in the task scheduling unit, and task is submitted to graphics processing unit, monitoring unit, Charging Detail Record unit respectively.Graphics processing unit carries out single step execution, serial execution and executed in parallel to two dimensional image, 3-D view.Monitoring unit supervisory control system running state.The information of Charging Detail Record unit recording user using system, and cost information.Graphics processing unit, monitoring unit, Charging Detail Record unit dispose, and the result returns to the task scheduling unit, and the task scheduling unit is sent to the image management unit with image, the image management unit again images to graphic display terminal.
The image data storage server comprises grid interface unit and memory cell.Wherein, the grid interface unit is image processing server and image data storage server, the bridge between image data storage server and the display control apparatus.The output of grid interface unit links to each other with memory cell, and display control apparatus transfers to memory cell by the grid interface unit with image, and memory cell reads, deposits view data from database.High memory space disc unit, abcoulomb are preserved original image, the image after the processing and historical record image as the memory cell of image data storage server.
During system works of the present invention, display control apparatus scan image or pickup image, the grid interface unit by the image data storage server deposits image in memory cell.Utilize various graphic display terminals, by the virtual Portal of system, Processing Algorithm is selected in the entrance management unit, and task requests is submitted to the task scheduling unit, and the task scheduling unit is given graphics processing unit according to demand, monitoring unit, and Charging Detail Record unit is handled.Task is finished, and is presented at graphic display terminal with the Applet form, and image deposits in to the memory cell of image data storage server simultaneously.
The present invention can either realize image processing function, and it is directly perceived to have user interface again, complete function, powerful flexibility, the little characteristics of maintenance costs.Can query image, handle image, the browse graph picture carries out unified charge of electronics and management to system's operating position, has avoided the interference of some human factors.Not only can carry out image processing in this locality, also can long-range use and management system, at local area network (LAN), all can accurately, stably handle and images in the wide area network.The user is simple to operate, by entering system behind IE and the identity visa, browses, handles image, checks account fees information.The algorithm process of every width of cloth image need spend a large amount of computational resources and operation time, utilize various supercomputers (as IBM690, the IBM1350 of far-end) and idle available resources in the distributed environment to realize extensive and complicated calculations and mass data storage, finish treatment of picture in the shortest time.Compare with existing technological system, saved the expense that image digitization storage system, image server, image workstation are purchased in each research center.Simultaneously, the present invention is a core with the network service, adopt distributed structure/architecture and network service resource framework standard, graphic display terminal, image processing server, image data storage server can be arranged in a computer, also can be to be distributed in the multiple devices of cross-region.System suitability and flexibility strengthen, and the maintenance costs of system reduces.Each inside, unit exists with service form, and by the predefine interface communication, transfer of data adopts the soap message based on XML mechanism between the service.System of the present invention also has remote management capability, and each user need not to install this system, only needs server to install, and the user signs in to server and gets final product.Avoided the user installation system trouble of some problems to occur.
Characteristics of the present invention and effect: 1) image processing time weak point, various supercomputers in the distributed environment (as IBM690, the IBM1350 of far-end) and idle available resources have shortened every width of cloth image processing time as processing server.2) handle in real time, display control apparatus acquisition scans and images acquired can be finished the image storage at 0.5s, simultaneously according to customer requirements, finish image processing in 0.02s～5s, need not local memory image simultaneously.3) use and convenient management, the cross-platform and region using system by the image management unit, long-distance management system, the teleprocessing image, the long distance control system operation is at local display image.4) safe, processing server provides reliable safety certification, and coded communication provides single sign-on, and far identity is discerned, and transfer of data is encrypted.5) handling procedure in the processing server and hypervisor adopt Java language, hierarchy schema, and system has professional platform independence, good transplantability.6) system flexibility is good, and maintenance costs is little, can connect various image controllers, various terminal equipments, and based on Web service and network service resource framework standard, each unit has complete function, can extract independent use.When certain unit collapsed, whole system still can be moved, and has very strong robustness.7) widely applicable, as image processing platform, realize medical image, biometric image, geographic pattern, the image processing in remote sensing images field.Based on this system, make up the medical image network treatment system at present, had important researching value and popularizing application prospect.
Description of drawings
Fig. 1 is a system architecture diagram of the present invention;
Fig. 2 is the structured flowchart of processing server of the present invention;
Fig. 3 is a workflow diagram of the present invention;
Fig. 4 is a systemic-function schematic diagram of the present invention;
Fig. 5 is a system program hierarchical chart of the present invention.
Embodiment
System of the present invention is equipment platform with the microcomputer, have perfect two dimensional image and 3-D view Treatment Analysis function, have secure network transmission and memory function, the monitoring runnability, unified electronic charging platform can receive and send image control appliance and scanning device such as view data such as CT, MR, CR.
As shown in Figure 1, the present invention includes: display control apparatus 1, image data storage server 2, image processing server 3, graphic display terminal 4.The output of display control apparatus 1 is connected to image data storage server 2, behind its scan image, image is transferred to image data storage server 2, image data storage server 2 links to each other with image processing server 3, image processing server 3 is connected to graphic display terminal 4, image is sent on the graphic display terminal 4 show, supplies the user at PC, terminating machine is browsed on the PDA and is handled.
Image data storage server 2 comprises grid interface unit 10 and memory cell 11, wherein, grid interface unit 10 is image processing server 3 and image data storage server 2, bridge between image data storage server 2 and the display control apparatus 1, the output of grid interface unit 10 links to each other with memory cell 11, display control apparatus 1 transfers to memory cell 11 by grid interface unit 10 with image, memory cell 11 reads from database, deposit view data, high memory space disc unit, abcoulomb is preserved original image as the memory cell of image data storage server 2, image after the processing and historical record image.
As shown in Figure 2, image processing server 3 comprises: image management unit 5, task scheduling unit 6, graphics processing unit 7, monitoring unit 8, Charging Detail Record unit 9.Image management unit 5 is the virtual Portal of system, and user's task sends task scheduling unit 6 to by image management unit 5.Task scheduling unit 6 is carried out operation and is submitted to, operation decomposition and operation decomposed information, task is submitted to graphics processing unit 7 respectively, monitoring unit 8, Charging Detail Record unit 9,7 pairs of two dimensional images of graphics processing unit, 3-D view carries out single step to be carried out, serial execution and executed in parallel, monitoring unit 8 supervisory control system running states, the information of Charging Detail Record unit 9 recording user using systems, and cost information, graphics processing unit 7, monitoring unit 8, Charging Detail Record unit 9 disposes, the result returns to task scheduling unit 6, task scheduling unit 6 is sent to image management unit 5 with image, image management unit 5 again images to graphic display terminal 4.
As shown in Figure 3, the user enters system at the Portal of display terminal 4 by image management unit 5.The role can be set for the user distributes authority in image management unit 5.After the user has authority, enter system, the browse graph picture is created image, and deleted image is handled image.Task scheduling unit 6 is submitted to user's request of display terminal 4 in image management unit 5, the 6 pairs of tasks in task scheduling unit are decomposed, search required service in service register center, service register center is returned the service descriptor based on service description language (sdl), and the service of calling direct and task scheduling unit 6 connects.Service in the graphics processing unit 7 is registered in service register center, and according to the task description information processing image of image management unit 5, the image after the processing deposits the memory cell 11 of image data storage server 4 in.Simultaneously, send message by Java named directory interface JNDI message call transmitter, notice task scheduling unit 6 tasks are finished, and are presented at graphic display terminal 4.If the request of graphic display terminal 4 is for to charge to user's using system situation, task scheduling unit 6 is submitted to request in image management unit 5, task scheduling unit 6 is given Charging Detail Record unit 9 with task and is handled, result deposits the memory cell 11 of image data storage server 2 in, return to task scheduling unit 6 simultaneously, and be presented at graphic display terminal 4.If the user of graphic display terminal 4 request is the supervisory control system running situation, task scheduling unit 6 is submitted to request in image management unit 5, task scheduling unit 6 is given monitoring unit 8 with task and is handled, result deposits the memory cell 11 of image data storage server 2 in, return to task scheduling unit 6 simultaneously, and be presented at graphic display terminal 4.
As shown in Figure 4, at graphic display terminal 4, can the browse graph picture by the IE browser, handle image, monitoring performance, inquiry charge information, data management.Picture browsing comprises query image, creates image and deleted image.Image processing is divided into the two dimensional image processing and 3-D view is handled.Two dimensional image is handled and is comprised image level edge extraction, image Laplce edge extraction, and image relievo is handled, and image sharpening is handled, Gauss's smoothing processing.3-D view is handled and is comprised image segmentation, picture position conversion (translation, mirror image, rotation), three-dimensional reconstruction and visual, image interception and image labeling.Monitoring comprises monitor system performance and execution status of task.The cost information of station message recording user using system.Input, the output of image is responsible in data management, and the conversion of view data.Each inside, unit exists with service form, between by predefined interface communication.
As shown in Figure 5, the image processing program of system of the present invention and image management program adopt multilayer multilevel mode structure, are made up of 5 levels, browse layer, presentation layer, dispatch layer, operation layer, data Layer.Browse layer and adopt operations such as Web page format display image, query image, establishment image, deleted image, processing image.The image management of presentation layer is responsible for distributing user permission, is divided role, maintenance customer's information.Image management also is responsible for the communication with presentation layer and dispatch layer.Dispatch layer is decomposed into each subtask with user task, searches registration center, and task is submitted to operation layer, and obtains the data that operation layer is handled.Operation layer is made up of the different disposal service, and two dimensional image is handled, and 3-D view is handled, service monitoring, service charging.Data module management data resource is carried out data transaction to the image of scanning device, access graph picture from data storage device, and messenger service and Mail service.The function of each level all realizes in service container.
Claims (4)
1, a kind of image lattice processing system of Service Source framework Network Based, comprise: image data storage server (2), image processing server (3), it is characterized in that, also comprise: display control apparatus (1), graphic display terminal (4), the output of display control apparatus (1) is connected to image data storage server (2), behind its scan image, image is transferred to image data storage server (2), image data storage server (2) links to each other with image processing server (3), image processing server (3) is connected to graphic display terminal (4), image is sent to graphic display terminal (4) goes up demonstration, at PC, terminating machine is browsed on the PDA and is handled for the user.
2, the image lattice processing system of Service Source framework Network Based according to claim 1, it is characterized in that, image data storage server (2) comprises grid interface unit (10) and memory cell (11), wherein, grid interface unit (10) is image processing server (3) and image data storage server (2), bridge between image data storage server (2) and the display control apparatus (1), the output of grid interface unit (10) links to each other with memory cell (11), display control apparatus (1) transfers to memory cell (11) by grid interface unit (10) with image, memory cell (11) reads from database, deposit view data, high memory space disc unit, abcoulomb is preserved original image as the memory cell of image data storage server (2), image after the processing and historical record image.
3, the image lattice processing system of Service Source framework Network Based according to claim 1, it is characterized in that, image processing server (3) comprising: image management unit (5), task scheduling unit (6), graphics processing unit (7), monitoring unit (8), Charging Detail Record unit (9), image management unit (5) is the virtual Portal of system, user's task sends task scheduling unit (6) to by image management unit (5), task scheduling unit (6) is carried out operation and is submitted to, operation decomposition and operation decomposed information, task is submitted to graphics processing unit (7) respectively, monitoring unit (8), Charging Detail Record unit (9), graphics processing unit (7) is to two dimensional image, 3-D view carries out single step to be carried out, serial execution and executed in parallel, monitoring unit (8) supervisory control system running state, the information of Charging Detail Record unit (9) recording user using system, and cost information, graphics processing unit (7), monitoring unit (8), Charging Detail Record unit (9) disposes, the result returns to task scheduling unit (6), task scheduling unit (6) is sent to image management unit (5) with image, image management unit (5) again images to graphic display terminal (4).
4, the image lattice processing system of Service Source framework Network Based according to claim 1, it is characterized in that, graphic display terminal (4), image processing server (3), image data storage server (2) are arranged in a computer, perhaps are distributed in the multiple devices of cross-region.
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| CNB2004100675770A CN100367706C (en) | 2004-10-28 | 2004-10-28 | Network service resource framework based image lattice processing system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105447498A (en) * | 2014-09-22 | 2016-03-30 | 三星电子株式会社 | A client device configured with a neural network, a system and a server system |
| CN106725562A (en) * | 2015-11-20 | 2017-05-31 | 上海西门子医疗器械有限公司 | Ct apparatus, computing unit and computed tomograph scanner system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101146116B (en) * | 2006-09-11 | 2010-11-10 | 河南科技大学 | A CAD graph processing system based on the network |
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| KR100760171B1 (en) * | 1999-03-12 | 2007-09-20 | 소니 가부시끼 가이샤 | Image providing device and its providing method, image processing device and processing method, and storage medium |
| JP5361103B2 (en) * | 2000-10-24 | 2013-12-04 | 株式会社東芝 | Image processing device |
| WO2004053519A1 (en) * | 2002-12-09 | 2004-06-24 | Koninklijke Philips Electronics N.V. | Distributed medical imaging system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105447498A (en) * | 2014-09-22 | 2016-03-30 | 三星电子株式会社 | A client device configured with a neural network, a system and a server system |
| CN106725562A (en) * | 2015-11-20 | 2017-05-31 | 上海西门子医疗器械有限公司 | Ct apparatus, computing unit and computed tomograph scanner system |
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