CN1152318C - Active concentrating server - Google Patents
Active concentrating server Download PDFInfo
- Publication number
- CN1152318C CN1152318C CNB021140111A CN02114011A CN1152318C CN 1152318 C CN1152318 C CN 1152318C CN B021140111 A CNB021140111 A CN B021140111A CN 02114011 A CN02114011 A CN 02114011A CN 1152318 C CN1152318 C CN 1152318C
- Authority
- CN
- China
- Prior art keywords
- concentrator
- user
- server
- application server
- request
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Computer And Data Communications (AREA)
Abstract
The present invention discloses an active cluster server. The present invention cancels the equalization treatment of concentrated load in the cluster server, enhances the service response performance of the cluster server and avoids service response lag increase caused by the load equalization treatment. The present invention has the technical scheme that the present invention is composed of a concentrator and a plurality of application servers; response messages can be forwarded by the concentrator or be directly transmitted by the application servers for users; a tight coupling and a loose coupling storage channel type cluster interconnection modes are arranged inside the concentrator and the application server; according to personal idle conditions, the application server actively applies user's service request to the concentrator, instead of the concentrator to dispatch the service. The allocation and the load equalization calculation of user's request is changed from that the front terminal of the cluster server carries out centralized treatment into that the application servers actively carry out decentralized treatment; the present invention reduces the treatment request difficulty of the concentrator and effectively shortens the time of user's request response.
Description
Technical field: the present invention relates to computer network cluster server architecture and service scheduling method thereof, especially the architecture of active concentrating server and service scheduling method thereof.
Background technology: along with advancing by leaps and bounds of computer and network mechanics of communication, computer network, television network, communication network are popularized in the world, and the trend of unification of three nets becomes clear day by day.The network information service is indispensable resource and an instrument in national economy and the daily life.Ecommerce, E-government, e-education, all be badly in need of wanting the computer website---the high performance network server.Cluster server is the effective way that realizes the high performance network service.
Divide by architecture, at present cluster server with the most use mainly contains two classes, promptly based on the cluster server (Round-Robin DNS) of domain name dispatching method with based on the cluster server (Dispatcher Based Cluster Server) of distributor dispatching method.Their characteristics are:
1. occupy certain status based on the cluster server of domain name dispatching method such as the scalable redundant servers of NCSA group and DEC WRLgroup in market product, it is made up of a name server (DNS Server) and a plurality of application server of same services content that provides.Application server each has different IP addresses.When the user visits server by domain name, name server goes out different IP addresses by the load balance scheduling policy resolution, and the user that passs on, the IP address that the user provides according to name server is to the corresponding application server request, thereby obtain transparent service, its architecture is: a name server links to each other with a plurality of application servers by internal interconnection network, and user side links to each other with cluster server by external network.Cluster server internal network based on the domain name scheduling generally adopts the universal network agreement, its request service process is the network communication process of two separation, once inquire to name server by user side, another time by user side to IP address corresponding application server request that the load balance scheduling policy resolution goes out, its service dispatch process is: at first carry out the application server IP address of serving by the user to the name server inquiry, after treating that name server is resolved domain name, serve to the application server request according to the IP address of replying by the user again.
2. based on the cluster server of distributor dispatching method such as the NetDispatcher of IBM Corporation, it is made up of a Distributor (Dispatcher Server) and a plurality of application server.Its service dispatch process is to user transparent, when the user visits cluster server by domain name corresponding virtual IP address, all user's requests all focus on the Distributor, distributor is according to the busy not busy situation of application server report, carry out load balance scheduling, user's request is transmitted to the light application server of some loads the request service is provided, the response message of cluster server can be transmitted to the user through distributor, also can directly return to the user by application server, its architecture is directly returned two kind by distributor forwarding and response message by application server to response message should be arranged.The former user links to each other with distributor by external network, and distributor links to each other with a plurality of application servers by internal network, and the user does not directly link to each other with application server; Latter user links to each other with distributor by external network, and distributor links to each other with a plurality of application servers by internal network, and application server returns to the user to response message by external network.Its service dispatch process is: at first send out services request by the user to distributor, distributor is according to the busy not busy situation of application server report, carry out load balance scheduling, user's request is transmitted to the light application server of some loads the request service is provided, response message or be transmitted to the user by distributor, or return to the user by application server.Transmit the service response message by distributor and cause bottleneck easily, can avoid this bottleneck and directly response message is returned to the user by application server.Though the cluster server based on the distributor scheduling is followed based on the cluster server of domain name the same, once ask service process to exist two network communication processes, once by the user to distributor, another time is by the application server of distributor to distribution, but the secondary network communication is all relevant with distributor, to user transparent, and the secondary network communication has overlappingly distributor, can save time to the scheduling process of application server.
But, based on the cluster server of domain name dispatching method with all will carry out load balance based on the cluster server of distributor dispatching method and handle, comprise the loading condition of application server, the Time Forecast of serving, load balance calculating etc., the former handles in name server, and the latter carries out in Distributor.User request service is gone to finish according to the application server that the real-time condition of load is assigned to some reality by name server or distributor respectively.The inevitable disadvantage of Chu Liing is like this: service response postpones owing to concentrate and carry out the load balance processing and increase.
Summary of the invention:
The technical problem to be solved in the present invention is the point-load Balance Treatment by cancellation cluster server inside, improve cluster server service response performance, the service response of avoiding causing because carry out load balance to handle postpones to increase, be that front end one concentrator no longer carries out service dispatch, and initiatively strive for user's services request according to the idle condition of self to the concentrator of cluster server by application server, become and wait for passively that by application server the request of concentrator distribution services is into striving for services request to concentrator on one's own initiative by application server.
Technical scheme of the present invention is:
Architecture of the present invention is made up of front-end server one concentrator (Collector) and several application servers, and its service response message has by the concentrator forwarding with by application server directly issues user's dual mode.Architecture was when response message was transmitted by concentrator: the user links to each other with the concentrator of cluster server by external network, and concentrator links to each other with a plurality of application servers by internal interconnection network, and the user does not directly link to each other with application server; Architecture is when directly issuing the user by application server: the user links to each other with concentrator by external network, and concentrator links to each other with a plurality of application servers by internal network, and application server returns to the user to response message by external network.Service process of the present invention is: the user is by the service of domain name corresponding virtual IP Address requests, all request messages all focus on the concentrator, concentrator is placed in request message in the buffer zone of self, initiatively go to strive for that concentrator does not need to carry out load balancing strategy and calculates to the concentrator buffer zone according to the busy not busy situation of self by application server.Different with the mode of application server intraconnection according to concentrator, the present invention has two kinds of cluster interconnection modes:
1. tight coupling memory channel type
Front-end concentrator and back end application server are realized by tightly coupled memory channel interconnection, be its essence is shared drive.Its request service dispatch workflow is: the user sends TCP (Transmission Contral Protocol transmission control protocol) request by network to concentrator, concentrator is placed on request in buffer zone one internal memory, the buffering queuing, application server is according to busy not busy situation, independently ask for user's request and be user's service to the concentrator buffer zone of sharing, the service response message is placed in the concentrator buffer zone, gives user with service response message in the buffer zone by forwarded by concentrator again.To the user request service process, has only a single network communication process, being the user files a request and concentrator will be replied and is transmitted to the user to concentrator, wherein concentrator is responsible for the state of network communication, and application server is responsible for the requested service response message, have only four shared drive visits between the two, the time spent is very short.
2. the interconnected type of loosely-coupled network
Adopt network to interconnect loose coupling that Here it is between front-end concentrator and the back end application server.Its request service process has comprised the network communication process of two juxtapositions, and is access object with the concentrator all, and concrete communication process is:
Client → concentrator
1. the client is to the concentrator connection of filing a request; 2. concentrator allows request to connect; 3. the client further submits the request service message to; 4. concentrator will ask service message to be put in the buffer zone to wait for to ask for, and the corresponding answer service message of simultaneously application server being sent here is transmitted to the user; 5. the user receives the answer service message and finishes; 6. concentrator is cancelled this connection.
Application server → concentrator
1. application server is initiatively sent out the request connection to concentrator according to the busy not busy situation of self; 2. concentrator allows request to connect; 3. application server is asked for user's request service message, transmits the request service response message of having handled well simultaneously; 4. concentrator is submitted the request message that is fit to this application server to; 5. application server receives and answers; 6. concentrator is cancelled this connection.
The present invention has the characteristic of the control that distributes, and concentrator does not need to carry out point-load balance and scheduling.Especially adopt shared drive mechanism in tight coupling memory channel type because between concentrator and the application server, do not need to carry out net connection, reduced the network communication delay.In the interconnected type of loosely-coupled network, the user is identical with the status of application server to concentrator, all is client (client) end of active to concentrator request communication, and application server provides the function of response message in addition simultaneously.In the interconnected type of loosely-coupled network, if interconnected and external network adopt unified universal network, then form the active concentrating server of unified network: the user links to each other with concentrator by universal network with application server, user and application server the physics mode that links to each other with concentrator still with the logic status of concentrator on all be equality, the network communication of cluster server does not need to distinguish in-house network and extranets, therefore concentrator and application server all only need a network interface, and control is succinct.
Adopt the present invention can produce following useful technique effect:
1. the front end (name server or distributor) that the distribution of client requests and load balance are calculated by cluster server focuses on, change into by the autonomous dispersion treatment of a plurality of application servers, reduce concentrator and handled the difficulty of asking, effectively shortened the time of client requests response.
2. in tight coupling memory channel type of the present invention, the user request service process has only
A network communication process makes cluster server as single server, does not need to carry out the internal network contact, has reduced the network communication delay.
3. in the interconnected type of loosely-coupled network of the present invention, though the client requests service process is dispatched the same two the network communication processes of having forgiven with domain name scheduling and distributor, but two communication processs of domain name scheduling are separate serials, two communication processs of distributor scheduling only overlap, and two communication process separation, the intersection, overlapping of the interconnected type of loosely-coupled network of the present invention, under the heavy situation of application server load, be convenient to stream treatment.
4. the present invention unifies the network active mode cluster server external network and internal network is united, and the concentrator of cluster server and application server have only a network interface, and control is succinct.
5. the user obtains the service response time difference in different cluster servers, and its computing formula is as follows:
| Based on the domain name dispatching method | t＝2t c+t b+t s | ?250-1100ms |
| Based on the distributor dispatching method | t＝2t c-t d+t b | ?200-1050ms |
| Active concentrating server scheduling (loose coupling) method | t＝2t c-t d+t s | ?150-1000ms |
| Active concentrating server scheduling (tight coupling) method | t＝t c+4t m+t s | ?100-700ms |
Have in the table:
The means of communications time-delay of ■ universal network is t
c(being about 50-200ms)
The ■ load balancing strategy is consuming time with scheduling to be t
b(being about 50-200ms)
The average service time of ■ application server is t
s(being about 50-500ms)
■ shared drive (memory channel) access time is t
m(be ns (10
-9S) magnitude), with respect to ms (10
-3S) can ignore.
The time that the overlapping flowing water of ■ secondary network service process is saved is t
dIt is relevant with the content of request that (being about 50-100ms) obtains time of service response, and the active concentrating dispatching method is than based on the domain name dispatching method with obtain the service response delay based on the distributor dispatching method and reduced load balancing strategy and dispatch t consuming time as seen from the above table
b, reduced the about 50-200ms of operating lag.
Description of drawings:
Fig. 1 is based on domain name dispatching method cluster server architecture;
Fig. 2 is based on the cluster server service dispatch workflow of domain name dispatching method;
Architecture when the cluster server response message that Fig. 3 is based on the distributor dispatching method is transmitted by distributor;
The cluster server response message that Fig. 4 is based on the distributor dispatching method directly returns architecture by application server;
Fig. 5 is based on the cluster server service dispatch workflow of distributor dispatching method;
Fig. 6 is response message of the present invention architecture when being transmitted by concentrator;
Fig. 7 is that response message of the present invention directly returns architecture by application server;
Fig. 8 is a tight coupling storage channel-style workflow of the present invention;
Fig. 9 is the interconnected type workflow of loosely-coupled network of the present invention;
Figure 10 is the present invention's system assumption diagram when unifying network mode;
Figure 11 is a scheduling model of the present invention;
Figure 12 is based on the traditional type scheduling model of load balancing strategy;
Figure 13 is the present invention and comparison based on the traditional type cluster server average response time of load balancing strategy;
Figure 14 is the present invention and comparison based on the traditional type cluster server resource utilization of load balancing strategy;
Figure 15 is the present invention and comparison based on the traditional type cluster server waiting list average length of load balancing strategy;
Figure 16 is the present invention and the regularly comparison of system's retractility of traditional type cluster server service capacity one based on load balancing strategy.
Embodiment: Fig. 1 shows based on domain name dispatching method cluster server architecture; Fig. 2 shows the cluster server service dispatch workflow based on the domain name dispatching method; Architecture when Fig. 3 shows and transmitted by distributor based on the cluster server response message of distributor dispatching method; The cluster server response message that Fig. 4 shows based on the distributor dispatching method directly returns architecture by application server; Fig. 5 shows the cluster server service dispatch workflow based on the distributor dispatching method.
Fig. 6 is response message of the present invention architecture when being transmitted by concentrator: the user links to each other with the concentrator of cluster server by external network, and concentrator links to each other with a plurality of application servers by internal interconnection network, and the user does not directly link to each other with application server; Fig. 7 is that response message of the present invention directly returns architecture by application server: the user links to each other with concentrator by external network, concentrator links to each other with a plurality of application servers by internal network, and application server returns to the user to response message by external network.
Fig. 8 is a tight coupling storage channel-style workflow of the present invention: the user sends the TCP request by network to concentrator, concentrator is placed on request in buffer zone one internal memory, the buffering queuing, application server is according to busy not busy situation, independently ask for user's request and be user's service to the concentrator buffer zone of sharing, the service response message is placed in the concentrator buffer zone, gives user with service response message in the buffer zone by forwarded by concentrator again; Fig. 9 is a loose coupling of the present invention internet type workflow: its request service process has comprised the network communication process of two juxtapositions, and is access object with the concentrator all, and concrete communication process is:
Client → concentrator
1. the client is to the concentrator connection of filing a request; 2. concentrator allows request to connect; 3. the client further submits the request service message to; 4. concentrator will ask service message to be put in the buffer zone to wait for to ask for, and the corresponding answer service message of simultaneously application server being sent here is transmitted to the user; 5. the user receives the answer service message and finishes; 6. concentrator is cancelled this connection.
Application server → concentrator
1. application server is initiatively sent out the request connection to concentrator according to the busy not busy situation of self; 2. concentrator allows request to connect; 3. application server is asked for user's request service message, transmits the request service response message of having handled well simultaneously; 4. concentrator is submitted the request message that is fit to this application server to; 5. application server receives and answers; 6. concentrator is cancelled this connection.
Figure 10 is the system assumption diagram of the present invention when unifying network mode: interconnected and external network adopt unified universal network, the user links to each other with concentrator by universal network with application server, user and application server the physics mode that links to each other with concentrator still with the logic status of concentrator on all be equality, the network communication of cluster server does not need to distinguish in-house network and extranets, concentrator and application server all have only a network interface, and control is succinct.
From the viewpoint of waiting line theory, based on server initiatively the cluster network service body architecture of scheduling mechanism embodied different queue theory models with traditional architecture based on load balancing strategy.By the comparison of queue theory model, can do an analysis roughly to the performance of two kinds of architectures, the performance potential that the dispatching method architecture of active concentrating server has is described.
In the cluster server that has adopted the active concentrating server dispatching method, user's request all waits distribution at the concentrator place, application server obtains request according to the processing power of reality from concentrator, be actually single formation (concentrator place), the queuing system of many information desks (each application server), as shown in figure 11.In traditional cluster server architecture based on load balancing strategy, user's request is directly transmitted at name server or distributor place, form waiting list at the application server place, be actually the compound queuing system that the simple queuing system by a plurality of single formations, single information desk combines, as shown in figure 12.
Suppose that the user asks arrival rate to obey Poisson distribution, the single request time obeys index distribution of server process, adopted the active concentrating server scheduling model of the present invention can be with the queuing system approximate representation of M/M/c, can be with the queuing system approximate representation of a plurality of M/M/1 based on the traditional type cluster server scheduling model of load balancing strategy.
Wherein, 3 λ represent that the user asks average arrival rate, and μ represents server average treatment speed.Suppose that every station server processing power is identical, and under two kinds of different scheduling mechanisms, user's request can both be distributed to each server equably.By the waiting line theory theoretical analysis as can be known, under Figure 11, condition shown in Figure 12, there is significant superiority in single team than manying team.Relatively being given among Figure 13-16 of two kinds of different architecture cluster key performances.For Figure 13, the processing speed of supposing server remains unchanged, in fact when load increases gradually, tradition will be subjected to the interference of user's request of constantly arrival based on the processing of request content in the cluster server of load balancing strategy, cause the decline of processing speed, this will influence average response time greatly.And adopted active concentrating of the present invention not influenced by this.Figure 14 has adopted cluster server of the present invention and comparison diagram based on the traditional type cluster server resource utilization of load balancing strategy, and this figure reflects that to adopt cluster server resource utilization of the present invention obviously high.Traditional type cluster waiting list average length based on load balancing strategy shown in Figure 15 is the queue length on the separate unit server, and its whole resource consumption will be much larger than having adopted active concentrating server of the present invention.Figure 16 illustrates and has adopted active concentrating server of the present invention can use many low-end servers to substitute the high-end server of negligible amounts and the cluster performance is unaffected, can obtain the higher ratio of performance to price, then descend to some extent based on the performance of the traditional type cluster server of load balancing strategy.
Adopt the architecture of active concentrating server dispatching method, cluster will have the advantage on the potential performance, and particularly in the load of cluster server during near its service capacity, this point is more obvious.
Claims (4)
1. the dispatching method of an active concentrating server, form by a front-end server and several application servers, its service response message has by the front-end server forwarding with by application server directly issues user's dual mode, its front-end server is called concentrator (Collector), the dual mode of issuing the user according to response message has response message directly to issue two kinds of user's architectures by concentrator forwarding architecture and response message by application server, transmitting architecture by concentrator is: the user links to each other with the concentrator of cluster server by external network, concentrator links to each other with a plurality of application servers by internal interconnection network, and the user does not directly link to each other with application server; Directly issuing user's architecture by application server is: the user links to each other with concentrator by external network, and concentrator links to each other with a plurality of application servers by internal network, and application server returns to the user to response message by external network; It is characterized in that: concentrator and application server intraconnection have tight coupling memory channel type and two kinds of cluster interconnection modes of the interconnected type of loosely-coupled network; Its service process is: the user is by the service of domain name corresponding virtual IP Address requests, all request messages all focus on the concentrator, concentrator is placed in request message in the buffer zone of self, initiatively goes to strive for user's services request to the concentrator buffer zone by application server according to the busy not busy situation of self.
2. the dispatching method of a kind of active concentrating server as claimed in claim 1, it is characterized in that: described tight coupling memory channel type cluster interconnection mode is meant that front-end concentrator and back end application server promptly pass through Sharing Memory Realization by tightly coupled memory channel interconnection, its request service dispatch workflow is: the user is by the service of domain name corresponding virtual IP Address requests, all request messages all focus on the concentrator, concentrator is placed in request message in the buffer zone of self, initiatively go to strive for that concentrator does not carry out load balancing strategy and calculates to the concentrator buffer zone according to the busy not busy situation of self by application server.
3. the dispatching method of a kind of active concentrating server as claimed in claim 1, it is characterized in that: the interconnected type cluster interconnection of described loosely-coupled network mode is meant and adopts network to interconnect between front-end concentrator and the back end application server, its request service process has comprised the network communication process of two juxtapositions, be access object with the concentrator all, concrete communication process is:
Client → concentrator
1. the client is to the concentrator connection of filing a request; 2. concentrator allows request to connect; 3. the client further submits the request service message to; 4. concentrator will ask service message to be put in the buffer zone to wait for to ask for, and the corresponding answer service message of simultaneously application server being sent here is transmitted to the user; 5. the user receives the answer service message and finishes; 6. concentrator is cancelled this connection;
Application server → concentrator
1. application server is initiatively sent out the request connection to concentrator according to the busy not busy situation of self; 2. concentrator allows request to connect; 3. application server is asked for user's request service message, transmits the request service response message of having handled well simultaneously; 4. concentrator is submitted the request message that is fit to this application server to; 5. application server receives and answers; 6. concentrator is cancelled this connection.
4. as the dispatching method of claim 1 or 3 described a kind of active concentrating servers, it is characterized in that: when adopting the interconnected type cluster interconnection of described loosely-coupled network mode, if interconnected and external network adopt unified universal network, then form the active concentrating server of unified network: the user links to each other with concentrator by universal network with application server, user and application server the physics mode that links to each other with concentrator still with the logic status of concentrator on all be equality, the network communication of cluster server does not need to distinguish in-house network and extranets, concentrator and application server all only need a network interface, and control is succinct.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB021140111A CN1152318C (en) | 2002-03-25 | 2002-03-25 | Active concentrating server |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB021140111A CN1152318C (en) | 2002-03-25 | 2002-03-25 | Active concentrating server |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1371060A CN1371060A (en) | 2002-09-25 |
| CN1152318C true CN1152318C (en) | 2004-06-02 |
Family
ID=4742909
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB021140111A Expired - Fee Related CN1152318C (en) | 2002-03-25 | 2002-03-25 | Active concentrating server |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1152318C (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100394726C (en) * | 2005-06-30 | 2008-06-11 | 西安交通大学 | Method for raising reliability of software system based on strucural member |
Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7552215B2 (en) * | 2004-09-29 | 2009-06-23 | International Business Machines Corporation | Method, system, and computer program product for supporting a large number of intermittently used application clusters |
| JP4885463B2 (en) * | 2005-03-03 | 2012-02-29 | 株式会社日立製作所 | Sensor network system, sensor data processing method and program |
| CN101945130B (en) * | 2010-09-15 | 2012-12-26 | 中国人民解放军国防科学技术大学 | Composite domain name based service array load balancing method |
| CN102970379A (en) * | 2012-12-19 | 2013-03-13 | 中国电子科技集团公司第十五研究所 | Method for realizing load balance among multiple servers |
| CN105100935B (en) * | 2015-08-29 | 2018-05-08 | 天脉聚源（北京）科技有限公司 | The treating method and apparatus of interactive signal |
| CN106899671B (en) * | 2017-02-23 | 2019-09-03 | 江苏徐工信息技术股份有限公司 | A kind of method that virtual link realizes cluster server respond request |
| CN109660633A (en) * | 2019-01-30 | 2019-04-19 | 北京云端智度科技有限公司 | A kind of cluster system based on distributed scheduling scheme |
-
2002
- 2002-03-25 CN CNB021140111A patent/CN1152318C/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100394726C (en) * | 2005-06-30 | 2008-06-11 | 西安交通大学 | Method for raising reliability of software system based on strucural member |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1371060A (en) | 2002-09-25 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN108509276B (en) | Video task dynamic migration method in edge computing environment | |
| US7694009B2 (en) | System and method for balancing TCP/IP/workload of multi-processor system based on hash buckets | |
| CN1206600C (en) | Full distribution type aggregation network servicer system | |
| EP0859496B1 (en) | Method and system for a hybrid peer-server communications structure | |
| US7117242B2 (en) | System and method for workload-aware request distribution in cluster-based network servers | |
| WO2003100648A1 (en) | Parallel processing system | |
| Tong et al. | A load balancing strategy based on the combination of static and dynamic | |
| CN1495634A (en) | Server clustering load balancing method and system | |
| CN1622549A (en) | Method and apparatus for sharing applications using p2p protocol | |
| CN1152318C (en) | Active concentrating server | |
| CN111124662A (en) | Fog calculation load balancing method and system | |
| CN1819523A (en) | Parallel interchanging switching designing method | |
| CN101034362A (en) | Method for implementing network job scheduling using mobile proxy | |
| CN1284094C (en) | Distributed parallel scheduling wide band network server system | |
| CN1208939C (en) | Network calling center system and network calling processing method | |
| CN1272724C (en) | No.7 layer load equalization method based on socket butt joint in kernel | |
| CN1433545A (en) | Method and apparatus for anonymous subiject-based addressing | |
| CN103176850A (en) | Electric system network cluster task allocation method based on load balancing | |
| TWI296387B (en) | Scheduling method for remote object procedure call and system thereof | |
| CN102073548A (en) | Method for executing task, and system thereof | |
| CN1599351A (en) | Method for constructing high cost performance machine group network load equilization converter | |
| CN1222882C (en) | Realization method for communication between tasks | |
| CN1392701A (en) | General dispatching system based on content adaptive for colony network service | |
| CN115858152B (en) | DNS load balancing performance optimization scheme based on single port | |
| Goswami et al. | Service oriented load balancing framework in computational grid environment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20040602 Termination date: 20110325 |