573 results about "Service load" patented technology

Configuration of a virtual service network by a configuring node includes: determining that the virtual service is to be configured; determining a configuration associated with the virtual service and including packet forwarding policies associated with the virtual service, each packet forwarding policy including a virtual service network address and a destination; and sending the packet forwarding policies in the configuration to a network node. The network node: stores the packet forwarding policies; receives a data packet for the virtual service and including a virtual service network address; determines a match between the virtual service network address in the data packet with the virtual service network address in a given packet forwarding policy of the stored packet forwarding policies; obtains a given destination in the given packet forwarding policy; and sends the data packet to a service load balancer associated with the given destination by the network node.

A marine power distribution arrangement includes a turbine-driven AC generator which supplies AC power at a frequency of 240 Hz through a switchgear unit to a transformer and a first power converter by which the power is converted to a variable frequency, variable voltage AC output for ship propulsion and to a second power converter by which the AC power is converted to a fixed voltage, fixed AC frequency or DC power to supply the ship service loads. A battery backup power supply may be switched in an emergency. In another embodiment four turbine-driven AC generators and two emergency power supplies are provided to drive two propulsion shafts as well as to supply the ship service loads.

The invention provides an adaptive management method for the power consumption of a data center. The method comprises the following steps of: partitioning a computer room according to functions of each part, arranging N+1 precision air conditioners in each function area, and sorting by priority according to the importance of a refrigerating action; adjusting the power consumption of a server in real time by using monitoring software according to a service load in the computer room; accomplishing generation of an air conditioner adjustment strategy with the help of a computational fluid dynamics (CFD) simulation computed result; and controlling the air conditioners of the computer room by using a fuzzy neural network control strategy. By the method, an optimum value can be achieved under the conditions of good radiation effect and low energy consumption.

Structures based upon periodic cellular materials that provide a potential for defeating combinations of both air blast loading and ballistic attack either sequentially or simultaneously, or combination of both. The cellular structures may also be configured to meet the stiffness and strength support requirements of particular vehicle or other applications, systems or structures. The armor is therefore potentially able to support normal service loads and defeat blast and ballistic threats when necessary. The structure provides for using efficient load support capabilities of the material (without a high armor protection level) in low threat conditions, as well as the ability to modify the system to increase its level protection to a desired or required level. This would reduce the weight of the protection system in normal (low threat) conditions which reduces vehicle wear and tear, as well as cost savings in fabrication of applicable structures or systems.

The invention discloses a route system for content distribution network. The content distribution network comprises a core layer for executing CDN protocol of a content distribution system, and the core layer includes a core node, a trunk layer for executing switching between CDN protocol and P2P protocol and including a trunk node, and a P2P autonomous region connected with the trunk layer and positioned at the edge of the P2P autonomous region. The trunk node at the edge serves as the server of the P2P autonomous region, and the core layer and the trunk layer share an implementation application distribution layer. The trunk layer achieves a service load layer, and the P2P autonomous region achieves a P2P client. The route system comprises a two-stage route device including a global server load balancing device GSLB and a local server load balancing device SLB, wherein the GSLB is positioned on the trunk node on a trunk network for achieving redirection of the service load layer; and the SLB is positioned on the trunk node at edge of the trunk network for achieving redirection in the P2P autonomous region based on P2P route algorithm and the distribution condition of P2P client Peer.

The invention is a content distribution network system, comprising a content distribution system based on domain name service (DNS) provided with a local service load balancer (GSLB) based on DNS and an application layer reoriented content distribution network system provided with an application reoriented GSLB, characterized in: a exchange device is provided between the DNS-based GSLB and the application reoriented GSLB, which is coupled to a client, receives DNS domain name resolution request from the client or content access request with content uniform resource locator, and forwards the request to the DNS-based GSLB and the application reoriented GSLB according to the service type of the request. The invention also provides a related method. The invention realizes the integration of DNS-based CDN network and application layer reoriented CDN network.

The invention provides an implementation method for high availability of cluster microservices, comprising the following steps: deploying a service architecture to synchronously sense the newly-published microservices by all the nodes in the cluster; performing load balancing adjustment on the microservices by establishing an IPTABLES forwarding rule by the service agents of each node in the cluster; running the service load monitoring program on each node in the cluster, periodically collecting and integrating the load status of all microservices of each node, and accordingly performing the operation for dynamically increasing or deleting the backend instances of the microservices. So that, after the new service is released, all the nodes in the cluster may be perceived, and an adaptive load balancing policy is implemented on this basis, so as to dynamically adjust the local IPTABLES forwarding rule according to the adaptive load balancing policy when performing capacity expansion andshrinkage, thereby ensuring load balancing after the capacity expansion and shrinkage, that is, playing a role to realize the high availability of cluster microservices from different stages and perspectives.

A method for predicting performance of an application software under production environment based on low-end stimulation environment performance test and capacity planning comprises the following steps: establishing a service load model of an application software to be tested according to service load information; converting the service load model of the application software to be tested to a service load pressure model of the application software based on Little law; making a performance test plan of the application software under a low-end stimulation environment according to the service load pressure model of the application software and a deduced scene; carrying out the performance test of the application software by stimulating the pressure of a real service load under the low-end stimulation environment and collecting performance data of the application software; and inputting the performance data of the application software into a capacity planning tool and predicting the performance of the application software under the production environment based on the capacity planning prediction.

An energy storage system for a substation on an electrical power network is provided. The energy storage system is coupled to receive and store electrical power. The stored electrical power may then be used to either charge vehicles or meeting the needs of other discretionary or interruptible loads with an electric propulsion, or to provide electrical power a feeder connected to essential service loads such as police stations, hospitals and traffic control. In one embodiment, the substation also utilizes the energy storage system in a peak shaving mode of operation.

The invention discloses a server load balance method based on the strategy, solving the problem that the prior content transport network is incapable of knowing the differences of servers, learning the current statuses of the servers, and leading the customer to the equipment which has a lighter load. The server load balance method based on the strategy includes the steps as follows: (1) the turn process records the load condition of each server; (2) when the customer demands to the service, the invention chooses the server which has the lightest load serving for the customer. The present invention provides a high efficiency load balance method and has a low cost, making the whole loads in the node are distributed uniformly, achieving a real load balance.

The invention discloses a method for controlling a machine type communication (MTC) device to access to a network. An access level for the MTC device or a MTC group is set, and a corresponding access parameter is configured for the MTC device or the MTC group according to the access level; and the method comprises the following steps of: notifying or configuring the access parameter to the MTC device; initiating an access request according to the access parameter by the MTC device or, configuring an access priority for the MTC device or the MTC group; and the method further comprises the following steps of: obtaining the access priority of the MTC device or the MTC group by a network side after receiving the access request of the MTC device, and performing access control on the MTC device according to the current network load. The invention also discloses a system for implementing the method. The method and the system provided by the invention can ensure that service load of a core network side is controlled in certain range, so that the service currently accessed to the network cannot be influenced. The method and the system provided by the invention are particularly suitable for being used in a communication system under an M2M (Machine to Machine) mechanism.

A method of allocating resources in a network is disclosed. The method includes accessing data from a fixed wireless loop network having a plurality of stations that are each associated with a plurality of remote units. Each plurality of remote units is assigned to receive communication service from an associated station. The method also includes comparing communication service load data associated with one or more stations to a communications load criteria to identify a potentially overloaded station; and reducing the number of remote units assigned to receive communication service from the potentially overloaded station.

The invention discloses a modularized JAVA application software online updating system. The system comprises a software resource information mining sub-system and a software dynamic updating sub-system, wherein the software resource information mining sub-system comprises a system file monitor, a source code loading analyzer, a system class analyzer, a class dependence relationship generator, a tree or directed graph dependence relationship generator and a module division generator; the software dynamic updating sub-system comprises an interface, a general agent unit, a module agent unit and a management platform; the general agent unit comprises a plant module, a time chop stamp module and a registration center; the module agent unit comprises an object manager, a class loader and a module describer. The system can realize service loading without restarting the service system. The invention also discloses a modularized JAVA application software online updating method. By adopting thesystem and the method, service loading is realized under a condition of not restarting the system.

The invention discloses a control processing method for an energy-saving cell and a base station. The method comprises: the base station to which a basic coverage area belongs judges whether the current load state is higher than a preset energy-saving threshold according to the current load state, if so, more cells need to participate in the service, wherein the basic coverage area means a cell for ensuring that the continuity cannot be closed or entering an energy-saving state; when the current load state is higher than the preset energy-saving threshold, the base station to which the basic coverage area belongs determines the distribution state of the current service load of the serving cell; the base station to which the basic coverage area belongs determines the energy-saving cell to be activated according to the energy-saving cell information and the distribution state of the current service load, wherein the energy-saving cell is a cell capable of entering the energy-saving state; and the base station to which the basic coverage area belongs activates the determined energy-saving cell. The invention provides an activation and deactivation scheme of the energy-saving cell with selectivity between different systems, the conventional energy-saving technology can be optimized, and the energy utilization rate of the whole network is further improved.

The invention is a fiber communication network service route configuration method used in electric power. The services loaded on the electric power communication network are classified and sequenced based on priorities according to importance. The services are removed in order to carry out a work route path search. After the path search is successful, a path search is carried out towards the protection route in the protection manner set by the service. If the path search of the protection route is successful, then it is determined that the service is successfully routed. The invention is directed to the electrical network operation control service which has the highest priority grade and puts forward a specially-used protection route method against cable breaking risks. According to the invention, the electric power fiber network can satisfy the reliability bearing requirements from different electrical network services and the network resource utilization rate of the whole network is raised as well. The invention provides special protection towards A type services, the sustainable communication capacity of the electric power fiber communication network in great natural disasters is improved and the high availability of the important electrical network production control services loaded on the electric power communication network is ensured on occasions of cable breaking faults.

The invention relates to the technical field of communication, in particular to a sensor node distribution density control method based on information flow accumulation. The method mainly includes the following steps that first, according to the information flow-rate needing to be forwarded by sensor nodes at different positions in a network, the average service load condition of the sensor codes in different monitored areas is estimated; then, by the means of the average service load condition of the sensor codes, total energy consumption for sensing, receiving and sending data in different monitored areas is calculated; finally, according to the average energy consumption ratio in different monitored areas, the deployment density of the sensor nodes in all the monitored areas in the network is estimated. Through the network constructed with the sensor node distribution density control method based on information flow accumulation, the energy hole problems existing in the wireless sensor network can be effectively solved, and the method has good adjustability and can meet the requirement for energy consumption balance of the wireless sensor network and the coverage degree in the monitored areas in different environments.

The invention discloses an application service scheduling method with power consumption consciousness for a data center, comprising the steps of S1, S2, S3 and S4, wherein S1 is used for acquiring the conditions of all node servers in the current data center and the distribution of application services on nodes and resources occupation situations; S2 is used for predicting the load of each application service in the data center by adopting a multi-scale time series regression analysis method and utilizing historical log data and the current application load condition; S3 is used for performing application service scheduling optimized calculation with power consumption consciousness according to the predicted load and the current application load situation; and the S4 is used for managing the nodes and scheduling the application services according to the application service scheduling optimized calculation results. In the invention, the selection of execution nodes for service is realized and the operation state of the nodes is regulated through unified monitoring and management on the server load, and thereby the power consumption of the overall data center is effectively reduced.

The invention discloses a method and a system for implementing the bidirectional auto scaling service of virtual machines. According to the method, the bidirectional auto scaling service requests monitoring data from a monitoring service, the monitoring service monitors application service virtual machine clusters and feeds the monitoring data back, and meanwhile, a load balancing service loads application requests on different application service virtual machines; according to configuration parameters and the feedback monitoring data, the bidirectional auto scaling service determines whether to perform virtual machine cluster scaling and determines to perform the virtual machine cluster scaling in a transverse mode or a longitudinal mode; when required, the virtual machine cluster scaling is performed by calling virtualization service interfaces, the transverse mode comprises start-stop control of the virtual machines, and the longitudinal mode comprises sequentially and dynamically adjusting computing resources and storage resources of the virtual machines according to the serial number of the virtual machines. By means of bidirectional auto scaling, the method and the system for implementing the bidirectional auto scaling service of the virtual machines can automatically adjust the resources of the virtual machines as well as the number of the virtual machines, thereby being more flexible to serve for applications and support application running in all directions.

The invention discloses a home service robot cloud multimode dialogue method, device and system. The method includes the steps: receiving user voice information and scene image information in real time; converting the user voice information into text information, and performing word segmentation and named entity identification to determine dialogue types; preprocessing the scene image information;screening preprocessing image information and processed text information, adding the information into an incremental knowledge base, performing incremental model training when dialogue service load rate is smaller than a threshold value, and updating a dialogue service model; performing scene perception, user perception and emotion perception on the preprocessing image information and / or processed text information to obtain scene perception information, user perception information and emotion perception information; combining the processed text information with the scene perception information, the user perception information and / or the emotion perception information according to different dialogue types to generate interactive dialogue information of a user and a robot through the dialogue service model.

A marine power distribution arrangement utilizes generators driven at standard or higher than normal speeds and / or having a number of poles to produce electric power at a standard 50 / 60 Hz frequency or substantially higher than the standard 50 / 60 Hz frequency, such as 400 Hz. Each generator is a multi-phase, multi-circuit generator supplying isolated outputs on a plurality of lines to a propulsion power converter having isolated inputs to provide variable frequency, variable voltage power to a ship propulsion motor and to a service power converter to provide ship service power at a standard AC frequency or DC and at standard voltage for a service load. With this arrangement, power conversion transformers can, for the most part, be eliminated, thereby reducing the size and weight of the distribution system.

The invention discloses an MME (mobility management entity) / UPE (user plane entity) reselection method and system of UE (user equipment) which are applied to an evolved network. The system comprises an eNodeB (evolved NodeB) and an MME / UPE connected with the eNodeB, wherein the eNodeB is used for receiving a tracking area update request message initiated by the UE, selecting one MME / UPE meeting the highest quality of service from the MME / UPEs connected with the eNodeB to serve as the target MME / UPE after reselection, and sending an access request to the target MME / UPE; and the target MME / UPE is used for interacting with a service MME / UPE of the UE before reselection to obtain the mobility management context of the UE, and executing a position update register process of the UE to become the service MME / UPE of the UE after reselection. By adopting the method and system disclosed by the invention, the problem of communication quality drop or communication interrupt caused by excessively heavy load of the original service MME / UPE can be effectively avoided.

The invention provides a triangular satellite configuration comprising a configuration body and a solar battery array. The solar battery array is arranged on the outer side of the configuration body. The configuration body comprises a propulsion cabin and a service load cabin which are connected. The configuration body comprises a conical frame tube, a cylindrical frame tube, a start arrow butt joint ring and a triangular plate. The conical frame tube is connected with the cylindrical frame tube. The triangular plate is arranged between the conical frame tube and the cylindrical frame tube. The start arrow butt joint ring is arranged on the lower side of the periphery of the conical frame tube. The propulsion cabin is defined by the lower side face of the triangular plate, the conical frame tube and the start arrow butt joint ring. The service load cabin is defined by the upper side face of the triangular plate and the cylindrical frame tube. The invention further provides a corresponding system and an assembly method. By adoption of the integrated design concept, effective loads and a storage box are embedded into the configuration body of the satellite integrated configuration, the structure is compact, the center of mass is low, and inertia is small.

The invention relates to a prestress rubber earthquake isolation support and belongs to the field of structural earthquake isolation control. The tensile prestress rubber earthquake isolation support consists of upper and lower connecting steel plates, an internal thin steel plate, an internal rubber layer, a prestress steel strand and an anchorage device. The internal thin steel plate and the internal rubber layer are alternately overlapped; and the internal thin steel plate, the internal rubber layer and an external rubber protective layer are connected with the upper and lower connecting steel plates by high-temperature and high-pressure vulcanization, and the internal prestress steel stand is connected with the upper and lower connecting plates by the anchorage device. In the prestress rubber support, the insufficient tensile strength is compensated by the large tensile pressure bearing capacity of the rubber support; and before the support bears a service load, a pressure stress is applied in advanced, so that the support, in high-level earthquake, maintains a pressed or low-tensile stress state for ensuring the safety of a earthquake isolation structure system. The support has a simple structure, applies a clear earthquake isolation mechanism and is suitable for earthquake isolation control of large structures with high earthquake-resistance requirements, such as high-rise buildings, tower structures and large-span bridges.

The invention discloses a method for controlling admission of a beehive network based on a relay and a beehive network system adopting the method. The method comprises the following steps: in step one, sending current service load and resource requirement information required to access a user to a base station ruling the relay by the relay; in step two, according to the current service load and the resource requirement information and the combination of the sum of the residual resource of the base station and the residual resources of other relays ruled by the base station, comprehensively judging whether to accept an access request of the user or not and feeding back a judging result to the relay by the base station; and in step three, informing the user of the judging result by the relay. The method and the network system introduce the base station for admission judgment, and are used for effectively improving the success rate of user access, increasing the satisfaction degree of the user access and simultaneously improving the utilization rate of system resource.

The invention discloses a stress sensor based electronic device functional profile feature point displacement field reconstruction method. The method includes: determining a structural parameter and a material attribute of an electronic device functional profile and distribution positions and the number of stress sensors; acquiring a stress value measured by functional profile stress sensors under the action of service loads; establishing a structural finite element model of a functional profile; performing modal analysis on the functional profile; acquiring a modal shape and a stress modal shape of the functional profile; extracting a stress modal shape matrix corresponding to position nodes of the stress sensors; calculating a generalized modal coordinate; extracting a modal shape matrix corresponding to feature points of the functional profile; and reconstructing displacement of the feature points of the functional profile. Based on a modal analysis theory, the method can use stress values measured by the few stress sensors to reconstruct a displacement field of the feature points of the electronic device functional profile in the condition of unknown structural load information, and can direct structural distortion compensation and electrical performance compensation of the electronic device functional profile.