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

The invention discloses a business integration and delivery system, which comprises a business generating module, a business executing module, a business delivering and managing module and a resource scheduling and matching module. A development environment for generating application is provided for a developer by the business generating module, the business executing module processes request from upper-layer application, triggers corresponding resources by the aid of interaction with the resource scheduling and matching module and returns an execution result to the upper-layer application, the business delivering and managing module supports the business generating module and the business executing module and completes application delivering and billing functions, and the resource scheduling and matching module receives a resource triggering request when business is executed and realizes scheduling and matching of the resources. The invention further correspondingly discloses a business integration and delivery method. The business integration and delivery system and the business integration and delivery method can be applied to heterogenous networks including the telecommunication network, the internet and the like, an application development period can be shortened, deployment complexity is reduced, and cost is lowered.

The invention relates to the field of online software services and discloses an online upgrade method for a distributed deployment service software program. According to the online upgrade method, a solution capable of reducing the deployment complexity of a sever and the upgrade difficulty of a subsequent server side can be provided; on one hand, by employing a Docker application container technology and running each application sub-program of the service software program in a distributed manner, not only can the resource consumption rate be reduced, the horizontal expansion of a hardware system be facilitated and the deployment difficulty of the server be reduced, but also the stability of an online service system may further be improved and the all-weather continuous operation is implemented; on the other hand, by employing a Jenkins server and a program version management server, the automatic delivery and the gray level upgrade of an upgraded program code can be implemented, and the upgrade difficulty of the server side is greatly reduced; and in addition, by employing a polling mode to perform restart upgrade on each application sub-program, a service business can be guaranteed not to be interrupted in an upgrade process, thereby being convenient for actual application and promotion.

The invention discloses a distributed type system log inquiry and analysis method. The method includes the steps that a main node responds to an inquiry instruction after receiving the inquiry instruction of a system log and inquires about system log data locally stored in the main node; the inquiry instruction is forwarded to all working nodes of server clusters; an inquiry result is obtained, wherein the inquiry result at least comprises the locally-inquired system log data; the working nodes of the server clusters respond to the forwarded inquiry instruction and return system log data; thelocally-inquired system log data and the system log data returned by the working nodes of the server clusters are integrated to obtain integrated data; an instruction for analyzing the integrated datais received, and the analysis instruction is responded to, the integrated data is analyzed, and the analysis result is output. The invention further discloses a distributed type system log inquiry and analysis device and a computer readable storage medium.

The invention provides a multimedia data processing method and device, electronic equipment and a storage medium, and relates to the communication technology. The multimedia data processing method comprises the following steps: establishing a session between terminal equipment and a media processing module through a signaling processing module deployed at a remote node, and controlling the session; and after establishing a session with the terminal equipment through the media processing module deployed at the edge computing node, receiving multimedia data sent by the terminal equipment and processing the multimedia data. According to the invention, the system deployment complexity and deployment cost can be reduced, the operation and maintenance efficiency is improved, and the operation and maintenance cost is reduced.

The invention provides a network access control method and system and related equipment. According to the method, the priorities of service types corresponding to controlled ports in network equipmentare preset, and the priorities of service types capable of being authorized are preset in an authentication server; in the authentication process of network access control, for users executing different service types, only the users passing authentication and executing the service types of which the priorities are consistent with those of the controlled ports in an authorized state can access thenetwork, therefore, it is guaranteed that different services do not intervene one another, and the purpose of enhancing the isolation among different services is achieved; compared with the mode thatonly one user is authenticated, the purpose of greatly improving the network access security is achieved; and by means of the mode of authenticating all the users, the purpose of reducing the networkdeployment complexity is achieved.

The invention provides a multi-node server system. A plurality of computational nodes which are mutually independent in physics and logic are arranged in one server system frame body, wherein each computational node is provided with a dedicated IO (input output) unit; and the nodes share functional units including structure units, heat dissipation units and the like. The system architecture comprises a server frame body, a shared functional unit and computational nodes, wherein the server frame body is the foundation of the system architecture and is responsible for providing a fixing device, deploying space and providing a better system layout for each functional unit in the system; the shared functional unit is responsible for providing functional support for the normal operation of the computational node, including heat dissipation and power supply; the computational nodes are the core part in the multi-node server system and can realize the functions including data calculation, storage and input and output.

The invention discloses a distributed task scheduling method and system, and relates to the technical field of computers. One specific embodiment of the method comprises the steps of receiving one ormore query requests of one or more servers for task locking objects of a task; querying the task locking object in a database; in response to the queried task locking object, sending a record to the one or more servers, the record comprising a task locking state and a specific version number; receiving first update data of a first server for the task, wherein the first update data comprises a first version number; in response to determining that the first version number is the same as the specific version number, executing a first update on the database; and when an error event occurs in a second server in the one or more servers, enabling other servers in the one or more servers to trigger a monitoring event. According to the embodiment, the reliability of the distributed system is improved, and the scheme deployment complexity is reduced.

The invention discloses a method and device for managing resources in a cluster, and the method comprises the steps: receiving resource request information transmitted by a resource user, determininga first resource class to which the resource attribute of a to-be-requested resource belongs, determining a first resource provider from the cluster, and judging whether the resource provided by the first resource provider meets the to-be-requested resource or not. According to the technical scheme, according to resources which can be provided by all servers in the cluster, resources structural realtions are set. wherein the relationscomprise a plurality of resource classes and the plurality of resource classes have the inheritance relationships, the resource attributes of the child classes inthe inheritance relationship comprise the resource attributes of the parent class, the resource attributes of the servers in the cluster are intercommunicated, the resources which can be provided byall the servers in the cluster are fully and comprehensively considered, and the management efficiency of the resources in the cluster is improved.

The invention discloses an edge network node deployment method and system for an automobile welding workshop, and the method comprises the steps: analyzing intelligent sensing equipment of the automobile welding workshop, and determining a deployable network node set, edge computing node equipment information and network parameter information; establishing a network node deployment multi-target optimization model according to the equipment, the network related information and the constraint relationship, and solving the network model by adopting the combination of a multi-target genetic algorithm and an SPT algorithm to obtain an optimal network node deployment scheme; the method overcomes the defects of unreasonable artificial experience and random deployment of network node positions, and optimizes multiple targets of intelligent sensing equipment calculation time delay, network hardware deployment cost and edge calculation node load balancing; in addition, time sensitivity requirements of different intelligent sensing devices on task calculation are considered, so that network node deployment is more reasonable.

The invention discloses a device and a method for water quality detection and intervention, and relates to the field of water quality monitoring. The device and the method for water quality detectionand intervention are used to achieve refined management and operation for water quality. The device comprises a water unit and an underwater unit; the underwater unit comprises a water body collectingmodule, a water quality monitoring module, and a drug delivery module; the water unit comprises a wireless communication module, a positioning module, a power module, and a control module; the wireless communication module is used to perform two-way wireless communication with a remote end; the positioning module is used to acquire a current location of the device for water quality detection andintervention; the power module is used to drive the device for the water quality detection and intervention to move in water; the control module is used to acquire a control instruction from the remote end by using the wireless communication module; and the power module is controlled to move to a designated position according to the control command and the current position.

The invention discloses a wireless timing method and system for swimming competition, electronic equipment and a storage medium. The method comprises the following steps: acquiring starting time from a starting device and time information from a plurality of wireless timers; determining a timing result of each wireless timer according to the order issuing time, the timing ending time and the per-second error value; sequencing the timing results of the wireless timers to obtain competition result information; and sending the competition result information to the client. According to the method, the wireless timing is adopted to reduce the complexity of timing site deployment, the time error caused by system time modification is reduced by calculating the time error between each wireless timer and the clock server, and the accuracy of wireless timing is improved.