46 results about "Resource policy" patented technology

A method of load balancing for packet data flows in a packet data network is provided. According to one embodiment, the method includes the steps of receiving a packet data flow and verifying whether the packet data flow belongs to one of the existing packet data delivery categories. The method also includes the steps of assigning a first delivery path indicator for the packet data delivery category, retrieving load conditions prevailing in the network, and checking whether one of the existing packet data delivery categories conforms to prescribed resource policy rules for one of the existing packet data delivery category. When the step of checking generates a negative result, the method involves the step of assigning an alternative delivery path indicator for the packet data delivery category. The invention also provides a method of categorizing packet data flows as belonging to a certain packet data delivery category.

A method, system, and computer program product for controlling customer resources for Internet protocol (IP) traffic delivery are disclosed. The network utilization of a group of endpoints on a network is tracked to generate group utilization level information corresponding to a current amount of network resource consumption by the group of endpoints. A request for network resources for a data flow for an endpoint in the group is received from a router associated with that endpoint. The request for network resources includes an identifier associated with the endpoint. A determination is made whether to accept the request based on the group utilization level information, the identifier, and a first predetermined profile associated with the group and including a first network utilization limit.

A determination is made, based at least in part on a computing resource policy regime specification associated with a computing resource, that an assessment of the computing resource should be initiated. The assessment is associated with a plurality of tests. A pre-scan associated with the computing resource is performed. The pre-scan is configured to assess functionality provided by the computing resource. The assessment is dispatched. Dispatching the assessment includes selecting, as a test, based at least in part on the pre-scan, a subset of the tests associated with the assessment.

In a framework of networks including at least a service policy decision point S-PDP (4), a network resource policy decision point NR-PDP (8), a user resource policy decision point UR-PDP (14), a P-CSCF or S-CSCF (13 or 7), a SGSN (12), and a GGSN (11), the method includes the following steps:

• • transmitting the characteristics corresponding to the qualities of service QoS as provided for in a home network (2) to a visited network (3);
  • extending the SIP/SDP messages to pass QoS characteristics related to a user, between a home network S-CSCF (7) and a visited network P-CSCF (13) or between a user equipment (15) and a visited network P-CSCF (13);
  • using QoS received for a user calling from visited network (3), to enforce a visited network resource policy consolidated with the home network service policy, in the visited network during a multimedia communication session.

A computing resource policy regime specification is received from a first user. The computing policy regime specification comprises a plurality of rules. The received computing resource policy regime specification is associated with a computing resource. An assessment of compliance by the computing resource with the computing resource policy regime specification is dispatched.

A module may include interface logic to receive information identifying a state related to a client device via logic related to a controlled environment, and to send a valid policy result to a host device, where the valid policy result is related to the state. The module may include processing logic to process policy content according to a resource policy, where the processing is based on the information, and to produce the valid policy result based on the processing using the resource policy, where the valid policy result is adapted for use by the host device when implementing the network policy with respect to a destination device when the client device attempts to communicate with the destination device.

The invention discloses a method for scheduling resource based on cloud computing. The method comprises the following steps that: a visualization policy management interface is provided for a user; each policy is partitioned in the visualization policy management interface and is set into the minimum atom policies; the atom policies interacted with the user are provide and operations including modification, addition, delete, combination and priority determination are carried out on the atom policies, and an extensive makeup language (XML) file editor with which the user can edit a user-defined resource allocation policy is provided on the visualization policy management interface; the visualization policy management interface receives the operations of the user to the resource policy and transmits the requests of the user to the resource policy operations to a cloud server; the cloud server receives the requests submitted by the visualization policy management interface and stores the requests into corresponding resource scheduling policy information in a mode that the user is taken as a unit; and the cloud server receives the resource requests of the user and allocates the resource according to the stored corresponding resource policy information of the user. By utilizing the method, a scheduling policy defined by a third party can be supported under a cloud computing environment.

A rules evaluation engine that controls user's security access to enterprise resources that have policies created for them. This engine allows real time authorization process to be performed with dynamic enrichment of the rules if necessary. Logging, alarm and administrative processes for granting or denying access to the user are also realized. The access encompasses computer and physical access to information and enterprise spaces.

The invention discloses an open and distributed system resource management and task scheduling system and an open and distributed system resource management and task scheduling method. The open and distributed system resource management and task scheduling system comprises a task manager, a resource policy optimization scheduler, a resource manager and a plurality of node managers. A central scheduling function is simplified, the problem that in the prior art a resource management and scheduling system is relatively hard to directly use in an isomerism hardware environment to manage and execute isomerism tasks is solved, a frame for managing isomerism hardware resources and scheduling and executing the isomerism tasks is provided, and dynamic variation of hardware resources and scheduling management of different types of tasks can be supported.

A system and method is described for providing policy-based Network Address Translation (NAT) configurations wherein each user/resource policy within a network protection device may use a different set of address translation mappings.

The present disclosure relates generally to improving the management and provisoning of configurable computing resources. Certain techniques are disclosed herein for managing and provisoning the configurable computing resources based on resource policies. One of the techniques includes determining a value indicating a real-time demand for a resource within a resource pool based on an aggregate of request data. The aggregate of the request data is obtained from any number of previously received orders for services that included the resource as at least a part of enabling the service. The technique may also include generating or updating one or more demand policies for allocation of the resource based on the determined value indicating the real-time demand for the resource, pre-creating the resource based on the one or more demand policies, and allocating the pre-created resource to one or more users based on the one or more demand policies.

The invention relates to a method for implementing QoS management of a group of specific flows, and its kernel comprises: firstly, in the next-generation network (NGN) structure, service control layer sends a resource request to carrying control layer, where the resource request message carries flow relation indication information for indicating the relation between service flow corresponding to the request and other service flows; then, the carrying control layer makes resource policy decision on the service flow according to the flow relation information and specific flow information and issuing the resource policy to data carrying layer, and the data carrying layer manages QoS of the service flow. And it adds flow relation information into flows with specific relation, and RACS explains the flow relation information and controls service flows according to the flow relations, implementing QoS control and management and saving network resources.

A method for managing communication resource assignment includes: determining a resource assignment policy based on information for requesting resource assignment policy in a session setup request for a multiparty communication service from a User Equipment, and assigning, according to the resource assignment policy, communication resources; A method for managing communication resource assignment includes: modifying a resource assignment policy based on information for requesting resource assignment policy in a session modification request for modifying a resource assignment policy and assigning, according to the modified resource assignment policy, the communication resources. A communication resource policy system is also provided. With the method and system above, the communication resources of multiparty communication services can be managed flexibly according to the resource assignment policies.

The invention relates to a method of realizing user require mode resource reservation in next generation network. The method mainly includes: customer premises equipment (CPE) sends out resources request message with resource request parameter information to a quorum resource policy decision function entity by a border gateway function entity; the quorum resource policy decision function entity makes admittance decision according to operation policy rules, user configuration files and resources availability; if passing the admittance, the quorum resource policy decision function entity sends out an admittance equipment order to and sets up and preserves the admittance decision parameter information on the border gateway function entity, which controls user flow transfer behavior in the network according to the admittance decision parameter information, in order to guarantee the service quality level required by the user. Therefore, by the realization of the invention, NGN resources and the admittance control system permit the customer premises equipment to directly launch resources reservation, modification and release by special signaling.

A cross-domain, integration architecture to allow service providers to provide end to end services is presented. The architecture relates to communication networks having a plurality of domains including their management and enables the effecting of policies on policy-enabled resources across domains by using PEP virtualisation. Policy management is separated from the management of policy-enabled resources. Policy management is performed by a resource policy layer which establishes services across domains in the communication network. A network resource controller in each domain locates within its domain policy-enabled resources that are required to implement the services. The controller also manages those resources. A method of implementing the invention is also discussed.

A method for implementing resource and admission control in PUSH mode in nomadism scenario of NGN comprises the following steps: after a subscriber accesses NGN in a visited network, initiates a service request to AF of a home network thereof, and receives a resource request transmitted by AF, SPDF of the home network transmitting the resource request to A-RACF of the visited network through SPDF of the visited network; A-RACF of the visited network making a resource policy decision on the resource request, and transmitting the decision result to RCEF of the visited network for policy installation; A-RACF of the visited network transmitting a resource request response to SPDF of the home network through SPDF of the visited network; in these steps, after receiving the resource request, SPDF of the home network and/or SPDF of the visited network perform authorization examining for the resource request.

The invention relates to a distributed data-based optimal resource policy determination method and system. The method comprises the steps of collecting current resource information, and building an intelligent training model; calculating a used resource growth rate of each micro-server in any time period currently, and optimizing the intelligent training model; calculating out a resource quantityneeded to be used by each micro-server in any time period in the future; repeating the process until the current used resource growth rate is equal to the previous used resource growth rate through calculation; determining an optimal node distribution policy scheme of the micro-server; and finally generating a control instruction, and performing real-time adjustment on node resources. The invention furthermore relates to the system. Through the method and the system, the resource information is obtained in real time; the optimal distribution policy is automatically and intelligently calculatedout according to the resource information; and the resources required by micro-services are distributed according to the optimal policy, so that the resource usage is maximized and the resource costis reduced for enterprises.

The invention provides a cluster resource scheduling method and system. The cluster resource scheduling system receives resource requests which are based on a preset resource policy and are sent by tenant administrator users; the cluster resource scheduling system allocates resource segments for tenants to which tenant administrators belong according to the resource requests; then the tenant administrator users send secondary allocation instructions to the cluster resource scheduling system, the cluster resource scheduling system allocates resources in the resource segments to the users underthe tenants according to the secondary allocation instructions so that the users can run predetermined tasks on the resources. According to the invention, the resources of each node of a cluster are divided into resource segments for allocation to the tenants through primary allocation, then the resources are allocated to the users through secondary allocation, and the users run the tasks by use of the allocated resources, such that the resource allocation efficiency is improved. In addition, during the primary allocation, the resources on the different nodes can be integrated in one resourcesegment so that the resource allocation is more flexible, and the utilization rate of the resources is improved.