223 results about "Autonomous management" patented technology

A system for autonomous management of risk transfer is provided, comprising a network-connected server configured to provide an interface for a requester to submit a request; an automated underwriting processor configured to: create a contract block by compiling the request into a computational graph-based format, link the contract block to the requester, store the contract block into memory, retrieve a plurality of available underwriting agreements from memory, and create an offer list by perform computational graph operations on the contract block to determine viable risk-transfer agreements; and presenting the offer list to the requester.

A method and apparatus for autonomously managing operation of an unmanned aerial vehicle. Sensor data is received by a computer system located onboard the unmanned aerial vehicle. The sensor data is processed by the computer system to generate information of interest related to at least one target, while the unmanned aerial vehicle is out of a communications range of a control station. A number of actions to be performed is identified by the computer system based on the information of interest related to the at least one target, while the unmanned aerial vehicle is out of the communications range of the control station.

The invention relates to an on-orbit autonomous management system for a satellite and an autonomous management method. Through a method of innovatively leading a bus data monitoring unit and performing state data issuing through unified scheduling for a sub-system on each satellite, state information is directly collected to the bus data monitoring unit, and data extraction by a satellite mission central computer is not required. The bus data monitoring unit directly combines related information for forming alarm information and transmits the alarm information to the satellite mission central computer, thereby saving time in time-sharing acquisition remote sensing and state information data extraction, buying expensive time for treating the fault in time, and improving a fault treating efficiency. A distributed data management method is used for optimizing the operation process of the satellite mission central computer and can simultaneously treat multiple fault alarms which simultaneously occur, thereby realizing intelligent operation for sequencing according to the damage degree and emergency degree of the fault, and maximally ensuring in-time recovery of key system states such as satellite energy and satellite gesture when multiple faults simultaneously occur.

A method and system is provided to dynamically adjust system administration criteria based upon current conditions of a transaction processing system. Granular autonomic administrative action relative to varying conditions results in more flexible response to particular system or transactional conditions. As certain criteria are met, at a system level, a transactional level, or a combination, appropriate action may be taken suitable to the particular condition encountered. A response more suited to a particular granular condition, provides for more focused event handling on a case by case basis rather than on a system-wide or undesired transient conditions. As a result, more efficient use of system resources occurs along with more reliable management of transactional processing.

The invention discloses an autonomous management system of a satellite lithium-ion battery pack power supply subsystem. The autonomous management system comprises an in-orbit management module, an emergency protection module, a balance control module and a lower computer module, wherein the in-orbit management module is used for preventing a lithium-ion battery pack from being excessively charged; the emergency protection module is used for preventing the lithium-ion battery pack from being excessively discharged; the balance control module is used for balancing the voltage among various single lithium-ion batteries in the lithium-ion battery pack; and the lower computer module is used for sampling and comparing the voltage of various single lithium-ion batteries in the lithium-ion battery pack. Through charging and discharging adjustment control on the battery pack and shunt adjustment of excessive power output by a solar cell array, transform control on the power supply subsystem is finished; the power supply stability of a busbar and various subsystems is kept; and the power supply and distribution requirements of load on the satellite are met. According to the autonomous management system, in-orbit full-autonomous control on the satellite lithium-ion battery pack power supply subsystem is achieved; and the reliability of the system is also greatly improved fundamentally.

The invention relates to a spacecraft autonomous delay telemetering method adapted to parameter characteristics. The method includes the following steps of: (1) classifying telemetering parameters of a spacecraft into a key parameter, a common parameter, an autonomous management alarm parameter, a command parameter, a constant value parameter, a key monitoring parameter and scientific test data according to the characteristics of the telemetering parameters; (2) processing the parameters respectively according to the characteristics of the parameters so as to optimize the storage resource and the downlink channel resource of the spacecraft; (3) distributing different storage areas for various delay telemetering data respectively by using a spaceborne computer to store; and (4) determining the delay telemetering download method by using the spaceborne computer according to the remote control command transmitted by a ground measuring and control station and storing and downloading the delay telemetering data.

The invention discloses a Mars capture process autonomous management method which comprises a Mars detector rover Mars capture former management series, a Mars detector Mars capture process management series and a Mars detector Mars capture later management series which are used for managing an attitude control subsystem, a power supply subsystem, an integrated electronic subsystem and a measurement and control data transmission subsystem. Through the rational planning of detector management events before capture, in the capture and after the capture, through the multidisciplinary design optimization of energy, communication, attitude, lighting and the like, a completed capture process autonomous management series is established, and the autonomous management of the detector capture process is realized.

An autonomous management cluster of network elements serves as a distributed configuration repository. Network elements sharing a common pre-determined shared identifier autonomously form themselves as a management cluster. The network elements in the cluster exchange configuration files. In the event of a loss, destruction, or corruption of one of the network element's configuration file, the network element recovers its configuration file from its closest neighbor in its management cluster. The management cluster can also be used to efficiently disseminate configuration changes by simply communicating the changes to one or more elements in the cluster, and allowing the other nodes in the cluster to discover and retrieve their updated configuration files.

The present invention relates to a sensor network, and more particularly, to a device and method for managing sensor nodes, in which with respect to predictable events and unpredictable events detected by sensors, the predictable events can be managed as existing policies and the unpredictable events can be managed by receiving policies for the unpredictable events from peripheral sensor nodes or peripheral sensor networks, i.e., both predicted events and unpredicted events can be intelligently managed. According to the method device for managing events detected by sensor nodes according to the present invention the present invention, in the case where unpredictable events are detected, policies for the detected unpredictable events received automatically from peripheral sensor nodes or peripheral sensor networks, so that both predictable and unpredictable events can be managed. Each time unpredictable events are detected, new policies for the detected unpredictable events are automatically generated, so that a manager does not need to update the policies for the unpredictable events every time. In addition, since both predictable and unpredictable events can be managed, the event management method of the present invention can be widely used in a variety of application fields requiring stability and accuracy.

The invention discloses and provides a dynamically constructed and autonomously managed mobile cloud storage cluster system, which provides and enhances the characteristics of availability, expansibility, resource utilization rate, maintainability and the like of a cloud storage system by dynamically constructing a mobile node system, dynamically entering or exiting backbone cloud storage cluster systems and realizing a certain degree of autonomous management and joint collaboration. The dynamically constructed and autonomously managed mobile cloud storage cluster system comprises the backbone cloud storage cluster systems and at least one mobile node system, wherein the interconnection between the two backbone cloud storage cluster systems, between the backbone cloud storage cluster systems and the mobile node system or between two mobile node systems can be realized by the conventional general or special network systems. By using the system, a distributed resource cluster platform is combined with a distributed application platform, so that the low-cost rental and application expansion are realized. The system can be applied to the field of cloud computation and cloud storage.

The present invention provides a MKV interceptor including multiple kill vehicles with autonomous management capability and kinematic reach to prosecute a large threat extent. Each KV can self-manage its own KV deployment and target engagement for a determined target volume assigned by a designated master KV. At least one KV is master capable of managing the post-separation of all of the KVs without requiring updates to the mission plan post-separation. The autonomous capability and increased kinematic reach provides for a more efficient use of boosters and more effective engagement of the threat.

A resource agent facing to a lighting heterogeneous equipment is provided. The resource agent is design into a physical communication protocol adapter, a service communication protocol adapter, a task execution scheduler and a uniform access interface from top to bottom by adopting hierarchical architecture design on the basis of unified description model of virtual device resources to shield thephysical communication protocol heterogeneity and service communication protocol heterogeneity( of devices. Shielding heterogeneous nature of devices layer by layer and providing uniform interface for accessing, controlling and monitoring devices make distributed, heterogeneous and autonomous static physical devices packed into a unified and dynamic virtual device grid service resource for being invoked by the upper layer for application. The devices provided by the invention can solve the problems of diverse access methods of the devices, monitoring of global devices and difficult cross-region management resulted from different purchase periods of devices, different information degree of each unit, autonomous management of each region and other factors.

The invention discloses a dynamic strategy-driven intelligent network resource planning and configuration method, which comprises (1) a strategy management module, (2) a network planning module, (3) asimulation evaluation module, (4) a reconfiguration management module and (5) cognitive computing based autonomous management module, wherein the reconfiguration management module is used for completing automatic configuration of network elements based on a planning scheme and network operation situation information. The invention provides an implementation method of network resource planning andconfiguration based on cognitive computing and dynamic strategy generation, and the planning fulfillment success rate and the automatic configuration level are improved. The method proposes to perform automatic and intelligent planning process management and control on the whole life cycle including demand reception and decomposition, automatic planning and simulation evaluation, dynamic servicedeployment, dynamic bottom resource planning and scheduling and dynamic optimization of the operation process, feeds back the actual operation condition to the planning module, carries out expansion and optimization compared with the traditional network resource planning and configuration, and effectively gives consideration to local adjustment and overall optimization.

In one embodiment, the invention is a method and apparatus for distributed policy evaluation. One embodiment of a method for evaluating a systems management policy, where the policy includes a condition and an action to be taken when the condition evaluates to TRUE, includes forwarding the policy, by a first autonomic manager, to at least a second autonomic manager and receiving at least partial evaluation results for the policy from at least the second autonomic manager.

The invention proposes an autonomous-management spacecraft information system and an operation method thereof. The system employs a ground and spacecraft combined working mode to execute the autonomous task management. The system comprises five hardware subsystems: a task subsystem, a propulsion control management subsystem, a looped heating management subsystem, an energy source management subsystem, and a load management subsystem. The task subsystem is used for carrying out the task analysis, task planning and task evaluation for a spacecraft, and carrying out the real-time monitoring of each subsystem. The propulsion control management subsystem, the looped heating management subsystem, the energy source management subsystem and the load management subsystem are used for task execution and the feedback of a task execution result. Therefore, the invention provides a solution for the design of a spacecraft information system which is used for the long-time and superlong-distance spacecrafts and meets the requirements of hiding performances and high real-time performances. Meanwhile, the system reduces the manual control of an astronaut, effectively reduces the task cost, and provides a technological base for the subsequent autonomous or semi-autonomous formation cooperative work among the spacecraft.

The invention relates to an autonomous queue management method based on context awareness, comprising the following steps of: firstly, distinguishing the priority of each subgroup of service flow according to the semanteme of an application layer by a service source-end host, and premarking when a network layer is packaged and grouped; when the service flow reaches the entrance of a DiffServ network, mapping the premarked semanteme priority of each subgroup into network priority by the edge route node of the entrance according to a set strategy; then respectively executing the autonomous queue management operations of autonomous control cycles comprising awareness, analysis, decision and execution by the edge route node and a core route node to realize the following functions of correspondingly placing each subgroup into virtual queues with different discard priorities according to the network priority and then carrying out the autonomous management on the virtual queues according to the discard priority of the queues and the context information of the network. An alternative discard mode is adopted to discard the subgroups to ensure that the probability of the transmission success of the subgroups which have higher importance and greatly contributes to service QoS (Quality of Service) in the service flow is higher under the same network congestion state.

A machine assistance platform for management, analysis, and transaction of intellectual property assets is described herein. In an example implementation, a system provides automated analysis of intellectual assets using machine learning techniques. In an example, a software program is provided to continuously manage and monitor government intellectual property office data. In the context of asset analysis, a virtual data room (or deal room) is provided to strategically organize assets. In an intellectual asset analysis example, a machine learning program is provided to interpret intellectual assets. The machine learning program provides insights into the innovation landscape, relevant organizations, products, research and the like. The machine learning program performs tasks analogous to a professional intellectual asset analysis.

The invention discloses a sidereal hour angle based attitude control method. The method comprises S1) a Julian century corresponding to present onboard time of a satellite is obtained; S2) a sidereal hour angle is calculated; S3) an attitude conversion quaternion between a track coordinate system and an inertia coordinate system is obtained by calculation; S4) an attitude quaternion, relative to a track system, of a satellite body system is obtained by calculation; S5) an Euler angle of the satellite body system in a pitching-rolling-yawing turn order is calculated, and an attitude determining angle based on star sensor information is obtained; S6) a PD control algorithm is executed, and a control moment is obtained by calculation; and the steps S1) to S6) are repeated to realize autonomous continuous navigation and attitude control of the satellite. According to the invention, autonomous navigation and attitude control for the aircraft position are carried out only by calculating the sidereal hour angle, the problem that ground or GNSS measuring track information cannot be obtained in an abnormal state is solved, autonomous management of the satellite is realized, and the reliability and survival capability of the satellite are improved.