30results about How to "Implement resource scheduling" patented technology

The embodiment of the invention discloses a network slice processing method, device and system, which are used for realizing slice-level resource control processing, so that a network slice can provide a slice-level service function. The embodiment of the invention provides a network slice processing method, which comprises the following steps that: a network management system generates slice-level QoS (Quality of Service) parameters for a network slice, and the slice-level QoS parameters are used by the network management system for indicating slice processing equipment to control and processa first resource corresponding to the network slice; And the network management system sends the slice-level QoS parameters to the slice processing equipment.

The invention provides an improved C-RAN network architecture and a resource dispatching method. The method comprises the following steps of receiving user request information through a remote wireless unit, and sending the request information to a baseband processing unit; receiving the request information through the baseband processing unit, and sending the request information to a controller; calculating the load size required by the request through the controller, and comparing the load size with a load threshold value of a local baseband processing unit; if the required load is larger than the load threshold value of the local baseband processing unit, mapping a user request to other baseband processing units in a baseband processing pond so as to carry out resource processing through the local baseband processing unit according to a dispatching mechanism. Through the method, the problem of resource dispatching between the baseband processing units in the communication field can be effectively solved.

The embodiment of the invention relates to the technical field of wireless communication, in particular to a method, system and device for buffer area state report. The method, system and device for buffer area state report are used for conducting buffer area state report according to the scene of inter-eNB aggregation. The method for buffer area state report comprises the following steps that user equipment aggregating resources of multiple network side devices determines buffer area state information; the user equipment reports the buffer area state information to at least one network side device which participates in aggregation. Due to the fact that the user equipment aggregating the resources of the multiple network side devices reports the buffer area state information to at least one network side device which participates in aggregation, and therefore buffer area state report based on the scene of inter-eNB aggregation is achieved; further, multiple base stations can obtain the buffer area state information in the situation of aggregation between the base stations, and therefore resource scheduling is achieved.

The invention discloses an adaptive scheduling method for inverse synthetic aperture radar imaging resources in networking. On the basis of feature recognition on a target by each radar, three-dimensional information fusion is firstly carried out on the target; the time resource demand of the target in each radar is then analyzed; a radar for realizing target imaging is further determined according to constraint conditions for radar selection; and finally, a target imaging target resource scheduling model is established, the radar time resources are allocated reasonably, the resource scheduling for the imaging target is realized, and the working efficiency of the radar is improved.

The invention discloses a subframe selecting method of a multimedia broadcast multicast service (MBMS) transmitted by a single cell. The method comprises the following steps of: preferentially selecting a subframe which cannot be used by multi-cell transmission of MBMS service by a base station; then selecting a subframe which is not used by multi-cell transmission of MBMS service and sending a single-cell MBMS service; or only selecting the subframe which cannot be used by multi-cell transmission of MBMS service and sending the single-cell MBMS service. By adopting the method, the conflicts of subframe configurations during single-cell transmission of MBMS service and multi-cell transmission of MBMS can be avoided so as to ensure that the resource scheduling of the MBMS service in the whole system is more convenient, which is beneficial to realizing the resource scheduling during multi-cell transmission of MBMS service and realizing the high efficiency of the whole MBMS system.

The application discloses a resource scheduling method and device. The method comprises that: at least one first HUE in one set of HUEs is judged according to the preset condition, an HUE first set is formed by the at least one first HUE, and total number n1 of first RBs occupied by all the HUEs in the set is confirmed; if the total number n2 of idle RBs is not less than n1, n1 idle RBs are selected from the n2 idle RBs, and the selected n1 idle RBs are allocated for the HUEs in the HUE first set; when n2 is less than n1, n3 HUEs are selected from the HUE first set, m0 idle RBs are selected from the n2 idle RBs, and the selected m0 idle RBs are allocated for the n3 HUEs; and (n1-m0) first RBs are selected from the n1 first RBs, and the selected (n1-m0) first RBs are allocated for the HUEs apart from the n3 HUEs in the HUE first set.

The invention provides a two-out-of-three security computer platform based on cloud computing. The platform comprises a cloud management center, a service node, a security computer virtualization container and a physical infrastructure from top to bottom; and the number of the cloud management center is one, the service nodes are hosts, the cloud management center carries out signaling and data communication with the three hosts, the hosts correspond to the security computer virtualization containers one to one, the security computer virtualization containers correspond to the physical infrastructures one to one, the hosts carry out data communication with the corresponding security computer virtualization containers, and a secure computer virtualization container is in data communication with a corresponding physical infrastructure. The application and operation environment is packaged in a containerization mode, light in weight and easy to migrate and deploy; the distributed cloud management center realizes real-time monitoring, resource scheduling, platform self-diagnosis, immediate fault recovery and inheriting of historical variables and state data on lower-layer physical service nodes; and the platform provides basic functions of the 2-out-of-3 secure computer and can also be used for developing peripheral applications.

The present invention relates to a user device and a network node. The user device (10) comprises a transceiver (11) configured to broadcast an access signal SA when not being connected to any radio communication networks, wherein the access signal SA comprises identity information of the user device (10), receive an access response signal SR from a radio communication network in response to broadcasting the access signal SA, wherein the access response signal SR comprises an indication of at least one assigned frequency spectrum segment for communication in the wireless communication system (30), communicate with at least one network node (20a, 20b,..., 20n) of the radio communication network using the at least one assigned frequency spectrum segment. The network node (20) comprises a transceiver (21) and a processor (22); wherein the transceiver (21) is configured to receive a broadcasted access signal SA from a user device (10), wherein the broadcasted access signal SA comprises identity information of the user device (10); wherein the processor (22) is configured to assign at least one frequency spectrum segment for communication for the user device (10) based on the broadcasted access signal SA and wherein the transceiver (21) is further configured to transmit an access response signal SR to the user device (10), wherein the access response signal SR comprises an indication of the at least one assigned frequency spectrum segment for communication in the wireless communication system (30), that is assigned according to a performance indicator associated to the frequency spectrum segment. The network node may collaborate with other network nodes that provide a further performance indicators associated to a further frequency spectrum segments, so as to select the most appropriate serving network node and frequency spectrum node, so as to maximize overall network performance in terms of throughput and spectrum efficiency and energy consumption.

The invention belongs to the field of radiotherapy and computer computing, and relates to a cloud Monte Carlo state machine architecture method, a storage medium and a cloud Monte Carlo state machinesystem. The cloud Monte Carlo state machine system comprises a main control end, a data processing center and an operation center, wherein the main control end is suitable for dividing a calculation task into a plurality of sub-tasks, distributing the sub-tasks to the operation center for execution, informing the data processing center of the distribution state and task content of the calculationtask executed by the operation center, transmitting input data required by the calculation task to the data processing center, and monitoring the operation center. According to the cloud Monte Carlo state machine architecture system and method provided by the invention, resources can be dynamically allocated, so that the whole Monte Carlo computing system runs in a balanced manner, and the computing efficiency is improved, and cross-platform cross-machine resource scheduling can be realized. Besides, even if the Monte Carlo calculation task is partially completed, for example, a certain operation center cannot complete the calculation task, as long as the completion rate of the calculation task reaches a preset threshold value, task failure cannot be caused.

The present invention relates to a method and device for scheduling resources. The method includes: acquiring process group information, the process group information including: information indicating process groups obtained through process grouping in cloud applications; The resource scheduling policy corresponding to the group performs resource scheduling for the process group. By using the method or device, resources can be scheduled more flexibly and efficiently.