8 results about "Problem domain" patented technology

An integrated method for supporting complex system design and optimization selects first graphical-textual model frameworks in a problem domain; implements functional requirement verification in a validation domain and guides a physical architecture model; selects second graphical-textual model frameworks in a solution domain to establish a physical architecture model; generates an integrated simulation model oriented towards functional and non-functional requirements in the validation domain; selects third graphical-textual model frameworks in an optimization domain to establish a multidisciplinary optimization model, and establishes binding with preset subsystem parameters in the physical architecture model of the solution domain and output values of variables related to an objective function; automatically feeds an optimal optimization scheme obtained through iterative solving based on intelligent optimization algorithms to a system design model for automatic verification. The integrated method breaks down barriers between models of various stages, improves the development efficiency, and avoids the difficulty of seamless integration.

A method for determining a quantum neural network (QNN) configuration for classification in a problem domain by generating a population of candidate QNN configurations based on a number of feature val

The application discloses a model-based deep space exploration communication constellation system design method, and belongs to the field of spacecraft digitization technology.The method comprises the following steps: constructing a unified digital model as a single data source throughout the whole life cycle; capturing stakeholders and their interaction interfaces through business scenario analysis, and obtaining top-level service indicators by decomposition to construct a problem domain model; taking the problem domain model as input driving, performing white-box analysis on system capability and architecture, generating a preliminary design scheme containing key parameters, and associating the key parameters to the top-level service indicators; taking the preliminary design scheme as input, performing refined design on system behavior and physical architecture; integrating professional simulation tools to perform computable verification on the key parameters, and automatically updating the corresponding parameters in the preliminary design scheme; and automatically generating a satellite development task book based on the iteratively converged design scheme.The application realizes full-chain digital forward design of a deep space exploration constellation system from demand to satellite.

This application provides a method and apparatus for evaluating comprehension and innovation inspiration capabilities based on multi-person discussion texts, relating to the field of comprehension and innovation inspiration capability evaluation technology. The method includes: acquiring multiple dialogue texts obtained from multi-person discussions, and constructing an influence graph representing the problem domain and solution domain based on the multiple dialogue texts; one dialogue text per participant; employing a heuristic method, utilizing a natural language model to process the multiple dialogue texts, evaluating the comprehension ability of each participant, and evaluating each participant's problem-solving ability and creative thinking based on the influence graph. The method and apparatus provided in this application for evaluating comprehension and innovation inspiration capabilities based on multi-person discussion texts are used to comprehensively and accurately evaluate the comprehension and innovation inspiration capabilities of each participant in a multi-person discussion scenario.

The invention relates to the technical field of electric digital data processing, in particular to an AI large model calling load balancing method, device and equipment and a medium. The method comprises the following steps: determining a skilled field label of each alternative AI large model, and screening out a preset problem field category matched with the skilled field label; when a to-be-processed problem request set is detected, screening out a problem domain category of each problem request through a problem request classification model; grouping the problem requests to obtain at least one problem request group; and distributing each problem request group to each alternative AI large model for processing according to the skilled field label of each alternative AI large model and the problem field category of each problem request group. According to the embodiment of the invention, after a batch of problem requests needing to be processed are obtained each time, each problem request can be shunted to a plurality of AI large models which can be called to be processed, so that the efficiency and the stability of the AI large model calling process are improved.

This invention discloses a parallel contact detection method for FDEM based on dual-domain activation, comprising: constructing a hash domain and a contact domain; dividing the problem domain into hash units; marking hash units containing TET4 units as active states; and constructing a contact domain centered on the host unit according to spatial neighborhood rules; sorting the TET4 units according to hash keys; traversing the sorted sequence to count the number of units in each hash unit, generating an index interval, marking the active states, and constructing an active unit list; based on the active unit list, sequentially selecting the host hash units, determining the visitor hash unit set according to spatial neighborhood rules, and performing pair detection on the TET4 units in the host and visitor units after activation state filtering; and generating a global contact pair set through two rounds of scanning for subsequent contact mechanics calculations. This invention, through a dual-domain activation mechanism and parallel sorting using GPU, limits the contact search to local active regions, avoiding global traversal and dynamic hash reconstruction.

The algorithm development process begins by receiving ontology information defining aspects of a problem domain, the ontology information including a list of types and associated attributes. This information is then transformed into homological descriptions. A chain complex is created based on mathematical postulates, wherein the chain complex satisfies predefined homomorphism rules. The system computes a basis for the chain complex. The basis is partitioned into an input set and an instruction set to define a synthesized algorithm. The synthesized algorithm is added to an algorithm knowledge base. Finally, the synthesized algorithm is executed to solve a problem in the problem domain.

The present application relates to a kind of simulation software skin particle generation method suitable for complex geometry, belong to computer simulation and industrial software technical field.This method is first according to the geometric description of given boundary, generates boundary particle in problem domain.According to this, the whole problem domain space is traversed, and the connectivity between all particles is judged by applying flood filling method, and the particles of different connected regions are obtained.The flood filling method can be implemented by non-recursive version to avoid overflow of recursive stack space caused by large scale of particles.This method is especially suitable for large-scale particle generation in complex geometry of high resolution multi-connected body, which guarantees the needs of high-precision simulation of different multi-physical body and multiple phase in complex scene for simulation software.