63results about How to "Improve load uniformity" patented technology

To avoid packet out-of-sequence problems, while providing good load balancing, each input port of a switch monitors the outstanding number of packets for each flow group. If there is an outstanding packet in the switch fabric, the following packets of the same flow group should follow the same path. If there is no outstanding packet of the same flow group in the switch fabric, the (first, and therefore subsequent) packets of the flow can choose a less congested path to improve load balancing performance without causing an out-of-sequence problem. To avoid HOL blocking without requiring too many queues, an input module may include two stages of buffers. The first buffer stage may be a virtual output queue (VOQ) and second buffer stage may be a virtual path queue (VPQ). At the first stage, the packets may be stored at the VOQs, and the HOL packet of each VOQ may be sent to the VPQ. By allowing each VOQ to send at most one packet to VPQ, HOL blocking can be mitigated dramatically.

The invention provides a method for allocating service scheduling in a CDN node, which is applied to a cache server. The method comprises the following steps: when a request message for obtaining content resources is received, a uniform resource locator of the content resources is extracted from the request message; an ID of a content resource is determined according to a uniform resource locator;according to the ID of the content resource and the preset selection algorithm, all the cache servers in the CDN node are selected to obtain the root cache server for obtaining the content resource.The invention also provides a distribution device and a storage medium for service scheduling in a CDN node, Compared with the prior art, the technical proposal of the invention greatly reduces the SLB scheduling load, avoids the problems caused by inconsistent content index, delayed synchronization and SLB abnormality, and simultaneously improves the load balance degree of each cache server in the CDN node.

The invention discloses a particle swarm algorithm-based virtual-machine deployment method under a cloud environment, and belongs to the field of resource scheduling under cloud computing environments. For solving problems of only carrying out optimization of a single objective and lacking consideration of multiple objectives; the invention provides the particle swarm algorithm-based virtual-machine deployment method under a cloud environment. According to the method, deployment mapping between virtual machines and physical machines is established at an IaaS (Infrastructure as a Service) layer. The method of deployment mapping includes: a user-oriented virtual-machine deployment method, which includes receiving an application of a user for a virtual machine, and deploying the same to an objective physical-host on the basis of an improved multi-objective-optimization particle swarm optimization algorithm of congestion degree judgment; and a platform-oriented virtual-machine dynamic-management method, which includes deploying a virtual machine to an objective physical-host, and then judging whether status of the objective physical-host is above or below a normal threshold value, anddetermine a mapping relationship of the objective physical-host and the virtual host on the basis of an improved multi-objective-optimization particle swarm algorithm of sharing degree judgment. The virtual-machine deployment method is used for deploying the virtual machines on the objective physical-hosts.

The invention relates to a method for preparing a Mn-Ce/Al2O3 catalyst and catalyzing ozonized organic wastewater difficult to degrade.The method for preparing the Mn-Ce/Al2O3 catalyst and catalyzing ozonized organic wastewater difficult to degrade is high in efficiency, utilizes general aluminum oxide and composite metal oxides Mn and Ce playing a synergistic effect to support a carrier, the two added metals strengthen the supporting effect and increase load evenness, the catalytic activity of active components is fully played, and the method is remarkably improved in ozonization catalyzing and phenol degradation effect compared with a non-supported method and other methods.

The invention relates to a message routing method and system of an enterprise service bus (ESB), wherein the message routing method of the enterprise service bus comprises the following steps that: an inbound router receives a service request message, analyzes and processes the service request message according to a preset service routing rule and transmits the processed service request message to an outbound router or asynchronous subscription router; the asynchronous subscription router transmits an asynchronous event message to the outbound router according to a preset subject/subscription rule table and a subscription requirement; and the outbound router analyzes the content of the received message, extracts routing identification information and transmits the message to an external service providing system according to a preset target address routing table. By using the message routing method and system of the enterprise service bus, provided by the invention, the convenience, the rapidness and the safety in the process that a client side accesses a core service are improved, and the message routing load balancing capability of the ESB is enhanced.

The embodiment of the invention discloses a load balancing processing method and device, and the method comprises the steps that a load balancing node receives a first creation request of a first client, and the first creation request is used for requesting the creation of a first load balancing instance; the load balancing node creates a first load balancing instance for the first client; in a first stage when the load balancing node operates the first load balancing instance, scheduling N service nodes according to a round-robin balancing algorithm, and obtaining operation data of the N service nodes in the first stage; the load balancing node calculates the weight of the operation data according to the operation data of the N service nodes in the first stage; and in a second stage of operating the first load balancing instance, the load balancing node schedules the N service nodes according to the weight of the operating data. According to the load balancing scheme configured for the client side, the actual requirement of the client side and the actual performance of the service node are considered, and the load balancing effect is improved.

The invention discloses a parallel construction method of a Delaunay triangulated network, belonging to the technical field of computer networks. The method comprises the following steps: a host node judges whether input point set data exceeds a set threshold P; if the point set data exceeds the set threshold P, the number n of available nodes is acquired; if the point set data exceeds n*P, n*P numbered data points in the point set data are reserved; the point set data is divided into two parts, one part is reserved for the host node, and the other part is distributed to child nodes; the host node and the child nodes thereof respectively judge whether the data distributed to the host node and the child nodes thereof exceeds the set threshold P; if the data exceeds the set threshold P, the host node and the child nodes continue to distribute the data points until the data point of each node does not exceed the threshold P; if the data does not exceed the set threshold P, each node carries out triangulated network construction on the finally reserved data; a leaf node sends the constructed triangulated network to a father node to be combined until the host node; and the host node combines the constructed triangulated network with the received triangulated networks. The invention fully utilizes the computer node resources and maximizes the parallelization of the construction process of the triangulated network.

The invention discloses a load balancing processing method and equipment. The method comprises the following steps of acquiring operation time information of each task in one iteration period of one working node; according to the obtained operation time information of each task and an analysis strategy of a task to be migrated, determining a task to be migrated of the working node in the iteration period; when times of the task to be migrated exceed a setting value, migrating the task to be migrated to a working node whose task processing quantity is less than a setting threshold except for the working node. By using a task mode, a task migration in multiple iterative operations of working points is executed so that task load balancing between the working points is effectively realized; a problem that time consumption exists in a load balancing strategy in Giraph is avoided and simultaneously a problem that message communication network cost is increased in a speculative execution strategy in Hadoop is avoided; task migration efficiency in a BSP model is increased and a load balance property of the system is improved.

The invention relates to a load balancing method for Internet of Vehicles edge calculation, and belongs to the field of Internet of Vehicles. The method comprises the steps that an MEC server is initialized; the MEC server periodically updates the index weight, calculates the performance and the load rate of the server, judges the load state of the server and uploads related information to a dispatching center; the dispatching center receives the information uploaded by each MEC server, and performs table storage, updating and other operations on the information; if the scheduling center receives task migration requests of the servers, the servers are classified, the servers capable of receiving the migration tasks are screened out, and the transition probability of each server is calculated; the scheduling center arranges task migration according to the transition probability, an eNodeB receives scheduling arrangement of the scheduling center and transmits the task to the target eNodeB through an X2 port, and after task calculation is completed, a calculation result is returned; and a next cycle is waited for. The load balance degree of the server cluster can be effectively improved, and the task completion time is shortened.

The invention provides a preparation process of a catalyst for a proton exchange membrane fuel cell. The catalyst for the proton exchange membrane fuel cell is prepared through enhanced activation treatment of activated carbon, reduction loading of platinum particles, combined purification, drying, multi-stage crushing and heat treatment. The method is simple in process, the platinum particle loading uniformity of the prepared catalyst for the proton exchange membrane fuel cell is effectively improved, the effective utilization rate of the catalyst for the proton exchange membrane fuel cell isincreased, and the prepared catalyst for the proton exchange membrane fuel cell has the characteristics of high activity, high purity and high dispersity.

The invention discloses a task scheduling-based load balance method and system. A central task scheduler adopts a load balance algorithm; executors establish Deques and store received tasks in the Deques; and the thief executor captures the tasks at the head of the Deque of the Victim executor through a bisection method according to a received address of the Victim executor, and inserts the tasksinto the own Deque. Through modes of task distribution, task extraction and the like, the executor with a relatively small task quantity is scheduled to execute the tasks of the executor with a maximum task quantity, so that dynamic distribution and migration of the tasks are realized, the load imbalance phenomenon of each executor is eliminated, and the task execution becomes efficient and parallel; and each executor stores the tasks through the Deque and extracts the tasks through the bisection method, so that the problem of task execution deadlock caused by resource contention is avoided, the higher load balance degree is obtained, and the parallel resource utilization rate and the overall performance of the system are improved.

The invention discloses a bearing structure for an axle. The bearing structure comprises rollers, an inner ring, a check ring, a spring retainer ring, a paper container, a planet gear and a sun wheel, wherein the rollers are symmetrically arranged on the outer surface of the inner ring, and are matched and connected with the inner ring; the spring retainer ring is arranged in the middle of the check ring, two ends of the spring retainer ring are tightly connected with the paper container and the inner ring; the check ring is arranged between the spring retainer ring and the rollers, the check ring is adhered with the side walls of the rollers; the outer side surface of the paper container is tightly connected with the planet gear; the outer surface of the planet gear is tightly connected with the interior of the sun wheel. The bearing structure is simple and is strong in bearing capability, an optimized design of the bearing is realized, compared with a common mechanical bearing mechanism which is designed by experiment, the bearing capability of the bearing structure disclosed by the invention is increased by 9.6 percent, so that the deflection error is favorably reduced, the contact stress of the rollers and the inner ring is relatively uniformly distributed; the bearing structure is compact in structure, stable to run, long in service life, light in weight and suitable for being popularized and used.

The invention discloses a method and device for obtaining the next route, which belongs to the network managing field. The method comprises: receiving message; inquiring the next route number of the message according to the address inquiring router meter of the destination if the message; the next route has at least two pieces; while meter number of the router information meter of the next route can not be divided by the next route, calculating the hash value of the message; the value number of the hash value is greater than the meter number of the route information meter of the next; obtaining the corresponding route index according to the hash value; obtaining the next route information according to the corresponding route index. The device comprises: a receiving module, a route obtaining module for the next jump, a hash calculating module, a route index obtaining module and the next route obtaining module. The technical solution of the invention can enhance the load uniformity on the basis of the present device.

The embodiment of the invention provides a load balance method and device. The method comprises the steps of: if a high-load state notification message from a service cell is received, modifying a default value corresponding to a personalized migration parameter OCN of a target cell itself, wherein the target cell and the service cell are adjacent cells, and the high-load state notification message is sent by the service cell to the target cell when the service cell detects that the service cell itself is in a high-load state; and configuring the modified OCN to a new access user and/or a switch-in user, wherein the switch-in user is a user being balanced from the service cell to the target cell. The load balance method and device effectively improve the load balance effect, the user perception and the network service quality.

The invention relates to a wireless sensor network clustering routing method and system based on maximum between-class variance. The method comprises the following steps: calculating a node angle according to a base station coordinate and a node coordinate; based on a wireless sensor network node energy consumption model, determining the optimal position and the optimal number of cluster heads; determining an inter-cluster node angle variance according to a node angle based on the optimal number of cluster heads; determining the number of nodes in each cluster according to the inter-cluster node angle variance; determining an inter-cluster node number variance according to the optimal number of cluster heads and the number of nodes in each cluster; determining a clustering multi-objective optimization function according to the inter-cluster node angle variance and the inter-cluster node number variance, and solving an optimal solution; segmenting all the arranged nodes into a plurality of optimal clusters according to the optimal angle segmentation threshold; and determining an optimal cluster head position circle which takes the base station as a circle center and takes the optimal cluster head position as a radius, and node residual energy, and selecting an optimal cluster head in each optimal cluster. According to the invention, the network energy consumption is effectively reduced and equalized.

The invention relates to an integrated type lifting scaffold. The integrated type lifting scaffold comprises a main body mechanism and a connecting unit, wherein the connecting unit is arranged at the upper end of the main body mechanism. The integrated type lifting scaffold is installed and used according to the combined design concept, the adopted combined connecting mode facilitates rapid building and dismounting of the whole scaffold, the X-shaped arrangement structure in the main body mechanism can improve the stability and the bearing performance of the scaffold which is preliminarily built, and the connecting units have the function of adjusting the overall height of the scaffold according to actual use requirements and environments.

The invention relates to a preparation method of a zinc-iron composite oxide loaded activated carbon desulfurizer, which comprises the following steps: impregnating activated carbon with the water content of 0.1-0.5 wt% in a zinc-iron mixed solution at 60-80 DEG C, and controlling the impregnation time according to the bulk density of the activated carbon; drying the impregnated activated carbon,and controlling the drying rate according to the adsorption saturation of the activated carbon during the period; and roasting the dried activated carbon at 500-700 DEG C for 2-4 hours to obtain the finished product of the zinc-iron composite oxide loaded activated carbon desulfurizer. By improving and innovating the preparation process, the loading uniformity and dispersity of the active components on the carrier are greatly improved, and the sulfur capacity and desulfurization precision of the loaded activated carbon desulfurizer are effectively improved, so that hydrogen sulfide in the chemical production process is efficiently and stably removed, equipment corrosion is prevented, and the environment is protected.

The invention relates to a Web 3D virtual scene peer-to-peer transmission data scheduling method and platform; the method is used for realizing data block transmission of node avatars in a virtual scene and comprises the following steps: 1 ) a request node maintains a first queue of data block resources which are ordered from high to low according to the priority of the data blocks in a region ofinterest, and a data block inquiry request is sent to a super node in sequence from the head of the first queue; 2 ) the super node searches for all nodes with corresponding data blocks according to the data block query request, and the node with the minimum total loading pressure of the nodes in all the nodes is used as an optimal download source; 3 ) the request node receives return informationof the super node, and a data block downloading request is sent to the optimal download source based on a self-adaptive request data volume method, a downloading connection is established and the corresponding data block is downloaded. Compared with the prior art, the method in the invention has the advantages of improving data transmission efficiency and improving user roaming experience and thelike.

The invention discloses a novel thresher feeding flow control device, and provides the novel thresher feeding flow control device with good flow control uniformity. The novel thresher feeding flow control device comprises a feeding pipe located above a feeding inlet of a thresher. The novel thresher feeding flow control device is characterized by further comprises a discharging device mounted at the lower end of the feeding pipe and three photoelectric sensors which are mounted on the feeding pipe at intervals in the length direction of the feeding pipe and used for detecting a material levelin the feeding pipe; the discharging device comprises a shell, two material-uniformizing conveyer belts which are vertically and parallelly mounted in the shell and correspondingly located on the twosides of the feeding pipe and a motor connected with the two material-uniformizing conveyer belts in a driving mode through a transmission mechanism; a plurality of material-uniformizing partition plates are arranged on the belt surfaces of the two material-uniformizing conveyer belts at intervals; and the material-uniformizing partition plates on the adjacent sides of the two material-uniformizing conveyer belts are close to each other. The novel thresher feeding flow control device is suitable for the feeding using of various threshers.

The invention provides a front-end system for performing mass data interaction based on a distributed message queue, and relates to a front-end system. The original system data receiving and sending of a front-end processor lacks a unified data cache mechanism, thereby being subjected to a bottleneck of processing ability while processing mass data. The front-end system comprises a communication gateway cluster used for maintaining various communication channel links of an on-site terminal, a front-end processor connected with the communication gateway cluster and used for scheduling message receiving and sending, and a message queue cluster connected with the front-end processor and used for performing queue processing on data; the message queue cluster is connected with an application cluster and a data layer, the message queue cluster functions as a data bus in the front-end system, uplink and downlink data are inserted in the distributed message queue at first, each processing nodeobtains a corresponding number of data from the message queue according to the own processing ability for processing. The technical scheme solves the cache difficulty of mass data and the linear extension problem of the processing ability of the front-end processor system, avoids data loss and improves the load balancing ability of the front-end processor system.

The invention discloses a cloud computation load balancing method based on an improved PSO algorithm. By sufficiently improving the PSO algorithm, the computation speed of the algorithm is increased; moreover, relevant cloud nodes are processed by adopting a red and black tree algorithm, so that compared with the traditional algorithm, the speed for processing relevant cloud computation node tasks in a cloud computation environment is greatly increased, and the load balancing effect in the cloud computation environment is greatly improved.

The invention discloses a display panel and a display device, and relates to the technical field of display. The display panel comprises a display area and a non-display area surrounding the display area, wherein the display area comprises an arc-shaped edge; the display panel comprises a plurality of touch electrode columns and a plurality of touch wires; the touch electrode columns are located in a display area; the touch electrode columns are arranged along a first direction, the touch electrodes in each touch electrode column are arranged along a second direction, and the first direction and the second direction are intersected; the touch electrode columns are symmetrical along the center line of the display panel, and the center line extends in the second direction; the touch electrodes form a plurality of touch electrode groups, each touch electrode group comprises the same number of touch electrodes, the touch electrodes located in the same touch electrode group are located in at least two touch electrode columns, and the touch electrodes located in the same touch electrode group are electrically connected with the same touch wire; at least a part of the touch wires are arc-shaped wires. Therefore, the load of each touch wire can be balanced, and the risk that the touch electrodes are visible is reduced.