41results about How to "Reduce deployment complexity" patented technology

The invention discloses a method, device and system of data migration of a distributed type storage system. The method includes the steps that a source storage server receives data which are from a client-side and need to be written into, and the data is written into a target storage server by the source storage server when the data are determined to need to be written into the target storage server by the source storage server according to preset routing algorithm. In the implemented cases, in the process of migrating the data to the target storage server by the source storage server, the data which need to be written into are still sent to the source storage server by the client-side, the source storage server acts on behalf of the client-side in a responsibility position and stores the data onto the target storage server provided that the memory address of the data is the target storage server, and thereby the distributed type storage system can achieve smooth linear scale in real time, improve performance of the system, improve usability and reduce deployment complexity.

The invention discloses an expansion connector, a detection system and a detection method, and relates to the technical field of detection. The expansion connector includes: a first end, used for connecting to the controller and taking power from the controller, including a signal output terminal; and a second end, used for connecting the detector and supplying power to the connected detector, and from The detector obtains the detection signal, including a signal input terminal, wherein the signal output terminal of the first end is connected to the signal input terminal of the second end; wherein, the first end or the second end has more than two branch ends . Therefore, the number of independent components used in the detection process is reduced, and the deployment complexity in the detection process is reduced.

The invention provides an SDN-based gateway configuration method and an SDN controller. The gateway configuration method is used by the SDN controller for configuring a combination gateway. The combination gateway comprises a hardware gateway and at least one software gateway. The method comprises the following steps: according to IP address and forwarding configuration information of a host in an SDN, determining a software gateway in charge of forwarding a message for the host from the at least one software gateway, wherein the forwarding configuration information comprises a preconfigured corresponding relation between network segment information including the IP address and the software gateway; issuing a host router for the software gateway; and issuing a first inter-gateway forwarding router for the hardware gateway communicating with the software gateway so as to enable the hardware gateway to forward the message whose destination IP is the IP address, sent by an external network, to the software gateway according to the first inter-gateway forwarding router, wherein the router comprises the IP address of the host and gateway information of the corresponding software gateway. According to the invention, the disposition complexity of the SDN is reduced, and the convenience is improved.

The present invention provides a configuration method for cloud platform switch port aggregation, including: configuring at least two physical machine switches as a stacking switch forming at least one stacking link; dividing a stacking switch composed of several virtual ports and supporting north-south direction LACPDU Two groups of LACP link aggregation ports for message unicast, when LACPDU messages are unicast and responded between the physical machine switch and the server, modify the SYSTEM_ID field of the LACPDU message and response message to the local MAC address through the application program . In the present invention, there is no need to use two sets of physical stacking switches to complete the LACP protocol negotiation for load balancing of physical server clusters and link monitoring, which reduces the complexity of network deployment in the data center and saves the cabinet space of the data center, thereby significantly reducing It reduces the cost of network equipment in the data center, realizes the effects of load balancing and bandwidth expansion, and improves the scalability of the cloud platform.

The present application provides a traffic classification guidance method and system. The method includes: the local agent receives and parses the first network request to determine whether the original data in the first network request needs to be guided, and obtains a guide mark from the first network request; The original data is encapsulated into a second network request and sent to the transport layer component; the transport layer component sends the original data to the source station according to the guide mark; or, the transport layer component sends the original data to the application layer component according to the guide mark, through Application layer components send raw data to the origin server. The traffic classification guidance method and system provided by this application reduces the deployment complexity of the client and server; cancels HTTP authentication, significantly reduces server resource consumption; is compatible with all application layer protocols based on the TCP / IP protocol stack, and realizes all type traffic steering.

The present invention provides a message transmission method, MEC equipment and system. The message transmission method is used for message transmission of MEC equipment. The method includes: judging whether the destination IP of the message conforms to the local IP rule , if the destination IP of the message does not conform to the local IP rule, transparently forward the message; if the destination IP of the message conforms to the local IP rule, process the message locally A MEC device, the MEC device includes: a message receiving module, a judgment module, a transparent transmission module, a local processing module, the design of the MEC device makes the message transmission system more flexible and secure, through The technology of the system reduces the deployment complexity of the MEC equipment, reduces equipment costs and operation and maintenance costs; a message transmission system, the message transmission system includes a base station, a core network, a local network, and the MEC equipment.

This invention relates to a method for carrying out communication connection in a LAN including: 1, a first computer sends a request to a second computer, 2, the second one examines if the connection number has reached to the maximum, if so, step 3 is done, otherwise, the local server program sets up connection with the first one, 3, the second one transfers requests orderly to servers of adjacent computers and examines if it has reached to the maximum connection number, if so, step 4 is carried out, otherwise, the server program sets up connection with the first one, 4, the extended server module in any server program expands the local server programs automatically to be connected with the first one.

The disclosure provides a multimedia data processing method and device, electronic equipment, and a storage medium; it relates to the technical field of communication. The multimedia data processing method includes: establishing a session between a terminal device and a media processing module through a signaling processing module deployed on a remote node, and controlling the session; A processing module, after establishing a session with the terminal device, receives the multimedia data sent by the terminal device and processes the multimedia data. The disclosure can reduce system deployment complexity and deployment cost, improve operation and maintenance efficiency and reduce operation and maintenance cost.

The invention discloses a service integration and delivery system, comprising: a service generation module, a service execution module, a service delivery and management module, and a resource scheduling and adaptation module; wherein, the service generation module provides developers with a development environment for application generation ;The business execution module processes the request from the upper-layer application, triggers the corresponding resources through the interaction with the resource scheduling and adaptation module, and returns the execution result to the upper-layer application; the business delivery and management module provides support for the business generation module and the business execution module, Complete application delivery and billing functions; the resource scheduling and adaptation module receives resource-triggered requests during business execution, and schedules and adapts resources. The present invention also correspondingly discloses a service integration and delivery method. The service integration and delivery system and method provided by the present invention can be applied to heterogeneous networks such as telecommunication networks and the Internet, thereby shortening the application development cycle and reducing the complexity of deployment ,cut costs.

The invention provides a parallel file system and a management method thereof. The parallel file system comprises a terminal, a management node, a data server, a metadata server and a client server. The management method comprises two parts, namely a deployment method and a configuration modification method. By the invention, a web-based function for automatically installing and deploying the parallel file system is realized, the deployment operation flow is simplified and the deployment complexity of the large-scale parallel file system is reduced; due to the web-based parallel file system configuration function, the deployment complexity of the large-scale parallel file system is reduced; a uniform cluster operation interface is provided and the complexity in management of a single node in a cluster is isolated, so that a manager can manage the whole parallel file system through a uniform management interface; and aims of reducing the management cost and improving the efficiency can be fulfilled.