8 results about "Small-world network" patented technology

The application relates to a brain-inspired data service system and method, characterized by constructing a hierarchical architecture: a mixed deployment data node cluster, specifically composed of core nodes, collection nodes and gateway nodes, respectively processing core business data, real-time edge data and cross-domain connection; a small-world connection layer realizes efficient communication in the same domain through high-cluster local connection and breaks data islands through dynamic long-range cross-domain connection; an intelligent control layer integrates a DMN control hub, cooperates with a state monitoring engine, a prediction analysis module and a resource scheduler driven by reinforcement learning. The system initializes the topological structure through a small-world network manager, dynamically inserts a long-range connection when the cross-domain node communication frequency exceeds a threshold value, and ensures that the cross-domain path hop count is stable and does not exceed a preset value. The DMN control hub realizes double-mode switching based on the system load threshold value: in the idle period, data pre-cleaning, knowledge graph construction and predictive prefetching and resource pre-allocation are performed; in the task period, a routing optimization algorithm is combined with graph traversal.

The invention provides a complex network construction method and electronic equipment, and relates to the field of complex networks. Constructing at least two small-world networks, and combining the small-world networks into an integral network; selecting scale-free nodes and connection nodes from the small world nodes, and creating connection edges between the scale-free nodes and the connection nodes to obtain an initial complex network; the probability that the small-world nodes are selected as the connection nodes is positively correlated with the first degrees of the small-world nodes, so that the node degrees of the initial complex network follow power law distribution. And dynamically evolving the network based on the characteristic parameters of the initial complex network to obtain a target complex network. The target complex network has the characteristic of high clustering coefficient, and the node degrees of the target complex network follow power law distribution, so that the characteristics of close connection among individuals, rapid information propagation and huge influence of a small number of individuals can be reflected, and a complex interaction rule among the individuals can be accurately reflected. Moreover, the target complex network can simulate the dynamic change of the individual relationship through dynamic evolution, and the effectiveness is improved.

The invention discloses an industrial chain characterization method based on a complex network theory and considering an energy network, and the method comprises the steps: abstracting an enterprise covering core product transaction into a network node, and constructing an initial directed network of a coupled material flow-energy flow; network edges are weighted based on material flow and energy flow analysis, and a weighting system comprehensively considering transportation parameters and waste heat and waste energy utilization is established; establishing a four-dimensional scoring function fusing product compatibility, energy complementarity, geographical proximity and industry chain relevance, and implementing a differential supervised edge adding mechanism; constructing a small world characteristic verification index system, and judging topological characteristics of the reconstructed network; and an iterative tuning mechanism is established, and small-world characteristic representation is realized through a clustering enhancement or path shortening strategy. According to the method, the industrial chain network is constructed by unifying the material flow and the energy flow, cross-level cooperation and same-level linkage opportunities are accurately identified, intelligent reconstruction of a small world network is realized, and the method is of great significance to energy conservation, consumption reduction and layout optimization of the industrial chain.

The application discloses a seasonal frozen region railway roadbed settlement prediction method based on an improved echo state network. First, a multi-sensor monitoring platform is built, railway roadbed settlement, air humidity and multi-depth soil humidity time series data are collected, and correlation analysis and feature screening are performed. Then, the VMD (Variational Mode Decomposition) and sample entropy reconstruction method are used to adaptively denoise and enhance the multi-scale features of the screened input feature sequence. Then, an improved echo state network (IESN) model is constructed. The model introduces a small-world network topology to generate a reserve pool connection weight matrix, and adds a configurable delay mechanism to enhance the ability to capture complex time series dynamic characteristics. Finally, an improved ivy algorithm (IIVYA) is proposed, which is a fusion of multi-elite reverse learning, Cauchy mutation and stable climbing strategy, which is used for global and efficient optimization of the hyperparameters of the IESN model to obtain the final prediction model.

The application discloses a video propagation efficiency evaluation method and system based on audience agents, and belongs to the field of information propagation. The method limits the evaluation range through theme and platform double constraints, synchronously collects high propagation volume videos and low propagation volume videos and associated comments and fan data, constructs a multi-dimensional user portrait containing general dimensions and theme personalized dimensions, identifies similar user groups through unsupervised clustering after semantic vectorization conversion, generates audience agents with proportionally matched real user distribution based on group cognitive characteristics, and constructs an agent relationship network by adopting a small-world network model. Then, the original video is converted into a structured script to drive the agent network to carry out multi-round propagation simulation, and finally, comprehensive evaluation results containing quantitative indicators and descriptive indicators are output. The application solves the problems of lack of audience differentiation modeling, non-recovery of social network structure and single evaluation indicator, realizes pre-position prediction of propagation efficiency, and improves the authenticity and interpretability of the evaluation results.

The invention discloses a student companion teaching research system based on computer simulation, and relates to modeling, simulation experiments and data analysis of student companion teaching behaviors. The system is composed of a student companion teaching behavior strategy simulation module, a social simulation module and a data collection and analysis module, can simulate various student interactive behaviors, and performs experimental analysis on the influence of emotion, experience, neighbors and other factors on the behaviors. A core experiment framework of the system is formed by five behavior selection strategies (based on emotions, win-win people and input people exchange, the highest accumulated reward, most of historical behaviors of opponents and most of neighbors) and three network structures (full connection, grids and small world networks), the complex dynamic state of student companion teaching can be efficiently simulated, and factors influencing the interactive behaviors of the students are revealed. The system adopts an agent modeling technology, and each student is regarded as an independent agent and can autonomously select behaviors and update emotional states in interaction. Experimental results show that a behavior selection strategy and a network structure have significant influence on student interaction behaviors, for example, an emotion-based strategy can better encourage companion teaching in a full-connection network, and existence of a fixed behavior agent also affects a behavior mode of a whole group. The invention provides an efficient and flexible research platform for exploring the relationship between the student companion teaching behaviors and various factors, and provides a reference basis for the school to optimize the companion teaching environment.

The invention discloses an intelligent assistant multi-terminal screen sharing linkage control method based on a block chain and a network optimization engine, and the method comprises the following steps: S1, heterogeneous equipment interconnection adaptation: a heterogeneous equipment compatible engine completes cross-architecture instruction conversion through a WASM drive sandbox, and achieves the zero-configuration interconnection of Windows, Android, iOS and Linux multi-system equipment based on a UDI protocol stack; s2, network transmission optimization: a small-world network optimization engine sequentially executes link evaluation, path optimization, topology construction and bandwidth allocation, and improves the network transmission efficiency in combination with multiple models and algorithms; s3, decentration consensus is achieved, specifically, an acceleration consensus mechanism elects a verification group through a VRF algorithm, an improved two-stage PBFT architecture is adopted, and linkage instruction decentration verification and synchronization are completed in combination with SGX hardware acceleration; and S4, security communication guarantee: the quantum security communication layer generates a session key based on a hybrid key exchange protocol, and realizes data encryption transmission and illegal access interception through on-chain identity authentication and an event-driven smart contract.

The invention provides a method and device for determining the birth position of a numerous intelligence person in a meta-universe scene and a storage medium, and the method comprises the steps: obtaining the model information of the meta-universe scene, and generating a first feature vector of the meta-universe scene based on the model information of the meta-universe scene; obtaining user information corresponding to the numerous wisdom in the meta universe scene, and generating a second feature vector of the numerous wisdom based on the user information; constructing a target small-world network based on the first feature vector and the second feature vector; and determining the birth position of the numerous intelligence person based on the target small-world network and the meta-universe scene model information. According to the method and the device, the birth position of the user entering the meta universe scene is determined through the target small world network, so that the birth position is located at the region position in which the user is interested and beside other users with relatively high social association degree, scene exploration and interactive communication of the user are facilitated, and user experience and usability of the meta universe scene are improved.