CN202856790U - Semantic web data storage system - Google Patents

Abstract

Disclosed is a semantic web data storage system, comprising a meta-data server and an application server connected between IP switch A and IP switch B, an ISCSI storage device, an NAS device, and an NAS joint which are connected to the IP switch B, a first-grade FC switch A and a first-grade FC switch B which are connected to the NAS joint, an FC disk array connected with the first-grade FC switch A via the second-grade FC switch A, an FC bridge connected to the first-grade FC switch B via the second-grade FC switch B, a tape library and optical disk juke-box connected to the FC bridge, and an object storage device connected with the first-grade FC switch A and the first-grade FC switch B via the second-grade FC switch C. The semantic web data storage system of the utility model integrates the web technology, NAS, and SAN storage technology, thereby having the low cost of the NAS, the high performance of the SAN, and the advantages of the semantic web, and accordingly providing better data storage service for the users.

Description

A kind of semantic web data-storage system

Technical field

The utility model relates to a kind of data-storage system, relates in particular to a kind of semantic web data-storage system.

Background technology

Along with the fast development of social economy and network technology and popularizing of using, the storage demand of the data message of text, webpage, Email, music, film and other type presents explosive increase, and this has proposed unprecedented challenge to the network data storage system that the source is provided as information.

Abundant and the multimedization of the information content has proposed high requirement to capacity and the performance of storage system, emerging cloud computing (Cloud Computing), cloud storage (Cloud Storage) and storage are faced the customer group of enormous quantity and the requirement of response time as service (Storage as a Service), especially harsh requirement has been proposed the performance of storage system, 24 hours * 7 days/week * continual service requirement storage system had high availability in 365 days, the continual increase of amount of information and low-cost demand require storage system to be with good expansibility and are compatible, the application of semantic WEB technology and popularize for storage system for the user provides high-quality stores service to provide may.

In a word, the development of network application has improved the requirement of capacity to storage system, performance, structure, availability, extensibility, data backup, disaster recovery, and existing storage system otherwise be the storage of the attached net of NAS(), the SAN(storage area network), be difficult to satisfy simultaneously these requirements, must merge NAS and SAN could satisfy simultaneously.And, present vast enterprise can take into account the existing investment of enterprise when all wishing the extension storage power system capacity, namely require storage system to have good compatibility, wish that simultaneously storage system can merge semantic web technologies, data message in the storage system is organized and sets up corresponding rule set in structurized mode, make the computer of access storage system carry out accurately reasoning according to rule, have intelligent retrieval, on-line storage and online backup function, thereby provide better data storage service for the user.

Therefore, be necessary for enterprise a kind of both the had good stores service performance of semantic WEB, the low cost of NAS and the high-performance of SAN, the data-storage system that has again favorable compatibility are provided.

The utility model content

For the deficiencies in the prior art, the purpose of this utility model is intended to provide a kind of semantic web data-storage system, and it had both had the good stores service performance of semantic WEB, the low cost of NAS and the high-performance of SAN, had again good compatibility.

The utility model adopts following technical scheme for achieving the above object:

A kind of semantic web data-storage system comprises:

IP switch A and IP switch b;

Be connected in meta data server, application server between IP switch A and the IP switch b;

The ISCSI(that is connected in the IP switch b is the Internet small computer system interface) memory device, NAS equipment, NAS joint;

The one-level FC(that is connected in the NAS joint is Fibre Channel, optical-fibre channel) switch A, one-level FC switch b;

Be connected in the secondary FC switch A of one-level FC switch A;

Be connected in the secondary FC switch b of one-level FC switch b;

Be connected in the FC disk array of secondary FC switch A;

Be connected in the FC bridger of secondary FC switch b;

Be connected in tape library and the CD server of FC bridger; And

Also comprise secondary FC switch C and object storage device, this secondary FC switch C is connected with one-level FC switch A, one-level FC switch b, and object storage device is connected with secondary FC switch C.

A kind of semantic web data-storage system that the utility model is set forth, its beneficial effect is: in native system, NAS equipment, ISCSI memory device, SAN memory device, object storage device are also deposited, consisted of a unified storage pool, not only have the advantage of NAS and SAN concurrently, also has simultaneously good compatibility, and, be combined with meta data server by application server, native system has also merged semantic web technologies, can independently carry out effective unified management and optimization to various memory devices and resource, for the user provides good stores service.

Description of drawings

Fig. 1 is the configuration diagram of the utility model embodiment.

Description of reference numerals:

10, IP switch A; 20, IP switch b; 30, meta data server; 40, application server; 50, ISCSI memory device; 60, NAS equipment; 70, NAS joint; 80, one-level FC switch A; 90, one-level FC switch b; 100, secondary FC switch A; 110, secondary FC switch b; 120, FC disk array; 130, FC bridger; 140, tape library; 150, CD server; 160, secondary FC switch C; 170, object storage device.

Embodiment

Come the utility model is further described below in conjunction with accompanying drawing and specific embodiment.

Please refer to shown in Figure 1ly, it has demonstrated the concrete structure of the utility model embodiment, and a kind of semantic web data-storage system comprises:

IP switch A 10 and IP switch b 20.

Be connected in meta data server 30, application server 40 between IP switch A 10 and the IP switch b 20.

Be connected in ISCSI memory device 50, NAS equipment 60, the NAS joint 70 of IP switch b 20.

Be connected in one-level FC switch A 80, the one-level FC switch b 90 of NAS joint 70.

Be connected in the secondary FC switch A 100 of one-level FC switch A 80.

Be connected in the secondary FC switch b 110 of one-level FC switch b 90.

Be connected in the FC redundant array of inexpensive disks 1 20 of secondary FC switch A 100.

Be connected in the FC bridger 130 of secondary FC switch b 110.

Be connected in the tape library 140 and CD server 150 of FC bridger 130.

In addition, native system also comprises secondary FC switch C160 and object storage device 170, and this secondary FC switch C160 is connected with one-level FC switch A 80, one-level FC switch b 90, and object storage device 170 is connected with secondary FC switch C160.

During use, user's upload file data resource flow process is as follows:

At first, the user proposes File Upload request by IP switch A 10 to application server 40 with B/S or C/S mode in client;

Then, application server 40 is given to meta data server 30 with this request, and meta data server 30 connects by IP switch A 10 and client;

Then, after connect setting up, client is namely extracted and editing meta-data by the metadata of meta data server 30 according to the default semantic rules editor upload file of application server 40;

Follow, after metadata editor finished, client was uploaded and is temporarily stored in metadata and file data in the buffer memory of application server 40 together again;

At last, meta data server 30 leaves metadata in the local storage system of meta data server 30, and application server 40 is with in the some corresponding memory device of file data classified and stored in ISCSI memory device 50, NAS equipment 60, FC redundant array of inexpensive disks 1 20, object storage device 170, tape library 140 or CD server 150.

In native system, NAS equipment 60, ISCSI memory device 50, SAN memory device (comprising FC redundant array of inexpensive disks 1 20, tape library 140 and CD server 150), object storage device 170 are also deposited, consisted of a unified storage pool, not only have the advantage of NAS and SAN concurrently, also have simultaneously good compatibility.And by application server 40 and meta data server 30 combinations, native system has also merged semantic web technologies, can independently carry out effective unified management and optimization to various memory devices and resource, for the user provides good stores service.

The above, it only is the utility model preferred embodiment, be not that technical scope of the present utility model is imposed any restrictions, so every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any trickle modification, equivalent variations and modification that above embodiment does.

Claims (1)

1. a semantic web data-storage system is characterized in that, comprising:

IP switch A and IP switch b;

Be connected in meta data server, application server between IP switch A and the IP switch b;

Be connected in ISCSI memory device, NAS equipment, the NAS joint of IP switch b;

Be connected in one-level FC switch A, the one-level FC switch b of NAS joint;

Be connected in the secondary FC switch A of one-level FC switch A;

Be connected in the secondary FC switch b of one-level FC switch b;

Be connected in the FC disk array of secondary FC switch A;

Be connected in the FC bridger of secondary FC switch b;

Be connected in tape library and the CD server of FC bridger; And

Also comprise secondary FC switch C and object storage device, this secondary FC switch C is connected with one-level FC switch A, one-level FC switch b, and object storage device is connected with secondary FC switch C.

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