30results about How to "Improve decision speed" patented technology

An Internet-based integrated technology platform that simultaneously supports the management of Public Information Sites—Web sites used to both (1) inform the public; and (2) capture and manage public comment (including submission of images)—while at the same time providing support for electronic communication for project teams that manage public involvement projects. The support includes sharing of graphic, text and collaborative tasks. The system and method allow revisions to comments and dynamic feedback in agency decision making based on comments with greater responsiveness. The system is also suited for implementing charettes with a large number of participants.

The present invention relates to the field of mobile edge computing, in particular to a user terminal task offloading method of an edge computing service system, comprising steps: a local edge node receives a task offloading request from a local terminal, obtains computing resource usage information of itself and adjacent edge nodes, and according to the task The required resource situation, and the current available edge node resource usage, adopt the local resource priority strategy based on the resource threshold, select the local edge node, the adjacent edge node or the computing node of the cloud computing center to perform the task; the local edge node sends the selected The edge node or computing node requests confirmation and execution of the task; the edge node or computing node carrying the task returns the task execution result to the terminal, and sends the task execution record to the cloud computing center. In the present invention, the offloading task allocation is decided by the local edge nodes, and the rationality and balance of resource usage among the edge computing nodes are optimized under the condition of ensuring user experience quality and service quality.

The invention relates to a decision modeling and collaborative control method and system for a human-in-the-loop multi-robot system, comprising the steps of: acquiring output information values ​​after robots perform tasks, selecting robot position deviation information as human decision-making information; using human As a modeling method, the drift-diffusion model is used to model human decision-making behavior according to human decision-making information; design artificial decision-making tasks, when the robot cannot rely on the autonomous control system to complete the task, execute the artificial decision-making task to help the robot successfully complete the task. . The invention combines the drift-diffusion model with the behavior control method based on null space, proposes a human drift-diffusion model, and obtains the corresponding decision threshold formula through the speed-accuracy criterion, and the method can improve the human decision-making accuracy.

The invention discloses a business service request processing method and device. The business service request processing method includes: receiving a business service request, wherein the business service request comprises a plurality of business characteristic items; if the business characteristic item which is matched with a characteristic index in a service decision set is existed in the business characteristic items, calling a sub-service decision set corresponding to the characteristic index in the service decision set or a service plug-in to process the business service request. Through carrying out hierarchical classification on the business characteristic items and leading in the characteristic items in the service decision process to serve as the decision index, the original total characteristic matching is changed into characteristic matching in hierarchical range, and accordingly the decision speed is improved, and the system efficiency is improved; the decision result precision is reinforced, and the business requirement satisfaction degree of the system is improved; through distributing index rules to the referenced sub-sets when constructing the service decision, the service plug-in can be used repeatedly in different scenarios, and accordingly the reuse rate of the system components is improved.

The embodiment of the invention discloses a decision-making assistant method, device, equipment, storage medium and system. The method includes acquiring state information of the aircraft, the state information including environment information, pose information, and system information; inputting the state information into an auxiliary decision-making model stored in an airborne terminal device to obtain the pilot information of the aircraft For the target operation that needs to be performed in the current flight phase, the auxiliary decision-making model is trained by the ground terminal device and uploaded to the airborne terminal device; it guides the pilot to perform the target operation in real time. The embodiments of the present invention can assist pilots to make decisions by adopting the above-mentioned technical solution, thereby reducing the accident rate of aircraft.

The invention discloses a dynamic behavior decision-making method for an autonomous vehicle in a networked environment. The method includes: step one, acquiring ambient environment information by a surrounding road user in a V2X network connection environment of an own vehicle; with the center of mass of the own vehicle as the center, carrying out regional division at different radiuses and predicting a risk area; step two, carrying out first-stage behavior decision making based on the ambient environment information of the surrounding road user and the predicted risk area, and determining anavailable feasible action set for ensuring the own vehicle driving safety; and S3, carrying out second-stage behavior decision making; to be specific, selecting a finally performed action preferably from the available feasible action set with consideration of the non-safety constraint conditions, and carrying out driving behavior decision making.

The invention relates to a commitment process for efficiently generating a jointly supported decision. The commitment process comprises the following steps: Generating requirements for the commitment process, at least including a decision whether a quality of a call of decision is sufficient; when the call of decision quality criteria is met, deciding about a comprehension in the commitment process; when a common comprehension on the commitment is agreed, deciding about a first commitment; when no commitment is achieved: discovering objections concerning the first commitment; transforming the discovered objections into measures; deciding about the first commitment including the transformed measures; if no commitment is achieved, decide whether a commitment can be achieved at all and, if the commitment cannot be achieved, abort the commitment processed; or in all other cases repeat the steps of discovering, transforming and deciding about the commitment including the transformed measures; if a commitment is achieved, generate the jointly supported decision. A decision making software application for leading the Commitment-Process, designing and generating questions, collecting and protocolling each answer from each participant as a cloud based service is also provided herewith.

The invention discloses a 4G-and-DSRC-technology-based vertical handover decision-making method of a heterogeneous network. A decision tree is formed by using four parameters to carry out decision making of heterogeneous network handover; and the algorithm complexity is low. The four parameters are parsed rapidly from a parameter file of a base station or a message packet of a roadside node, so that the decision making speed is increased and the calculation becomes simple. With full consideration of the radiation radius of a DSRC network signal, multi-step decision making is carried out on heterogeneous network handover of a vehicle-mounted unit in a ping-pong effect and then two parameters of a relative driving direction D and a signal intensity difference delta d of the vehicle-mounted unit and the roadside node are introduced, so that the decision making speed is increased and the ping-pong effect during the handover process is avoided. According to the invention, on the basis of multi-factor consideration, connecting time of a vehicle-mounted unit with a DSRC port of a roadside node is prolonged and thus the time of access to a DSRC network is prolonged.