101 results about "Interaction nets" patented technology

The invention discloses a multi-source monitoring data fusion method based on deep learning, and the method comprises the steps: carrying out the standardization and space-time dimension alignment processing of multi-source monitoring data, constructing a multi-scale data sub-sequence, inputting a multi-scale space-time feature interaction network based on a Mamba structure, extracting and interacting multi-scale space-time features, constructing a cross-modal data topological graph structure, and carrying out the fusion of the multi-source monitoring data. And dynamically calculating and adjusting attention weights of nodes and edges of the topological graph by using an adaptive cross-modal graph attention mechanism, generating dynamically optimized cross-modal fusion features, performing collaborative feature decoding, and outputting a fusion result. According to the method, the multi-source data fusion precision and generalization ability in a complex monitoring scene are improved, and the fusion feature expression ability and decision reliability are improved.

The invention discloses a deep forgery detection method based on a multi-granularity collaborative attention mechanism, and the method comprises the following steps: extracting multi-level features through a backbone network, achieving the self-adaptive region division and weight fusion through a dynamic space grouping attention mechanism, and solving the problem that a conventional method is insufficient in attention to a distributed forgery region; a double-path channel decoupling module is designed to separate high-frequency artifacts and low-frequency semantic features, and feature coupling interference is eliminated; a cross-granularity feature interaction network is constructed, local details and global semantic features are collaboratively optimized, and the fusion efficiency of multi-scale forged clues is improved; and finally, a detection result is output through the classifier. According to the method, the defects of weak cross-domain generalization ability, low multi-granularity information utilization efficiency and the like caused by incomplete space attention coverage and channel feature interference in the prior art are overcome, the detection precision and robustness are remarkably improved, the stable performance is kept in a complex degradation scene, and the method can be widely applied to scenes such as digital content security auditing and identity authentication.

The invention provides a federal cross-modal retrieval method and system based on interactive prompts, and relates to the field of cross-modal information retrieve.The federal cross-modal retrieval method and system based on interactive prompts retrieve similar second modal data from a second modal data set by using first modal data based on the feature similarity of two modal data comprises the steps that initial features of the two modal data are extracted respectively; performing multi-layer bidirectional interaction between the initial features of the two modals by using a cross-modal interaction network obtained by federal learning and taking a prompt vector as an intermediary to obtain final features of the two modals after cross-modal interaction; calculating feature similarity based on the final features of the two modalities, and screening similar second modal data; according to the method, federal learning and prompt learning are combined, so that the effectiveness and universality of a cross-modal retrieval technology are improved, and the problems of privacy protection and performance optimization in cross-modal retrieval are solved.

The invention discloses a bidirectional GCN-BERT scientific data classification method based on rotary coding and dynamic gating, which comprises the following steps of: firstly, preprocessing original text data, acquiring a classification mark containing global information by utilizing a pre-training model, and adding the classification mark to the beginning of an input text; secondly, feature optimization is carried out on the classification marks through a CorNet neural network, and then position enhancement and global interaction are carried out through a rotation position enhancement multi-layer feature interaction network RP-MLFIN; and then the image is transmitted to a bidirectional image convolution neural network for feature interaction and image convolution processing, and image level representation is generated. Finally, the classification marks after feature optimization and the representation of the graph level are transmitted to a classifier, BERT prediction and GCN prediction are generated, prediction results are fused through an attention mechanism, and a final classification decision is generated. According to the method, the processing capability of text data with strong context dependence and the stability and robustness of a classification result are improved.

The invention relates to the technical field of computer mode recognition, and discloses a multi-source heterogeneous data fusion processing and key feature extraction method and system, and the method comprises the steps: achieving the adaptive caching and granularity normalization of streaming data through a dynamic buffering queue and a time alignment window; generating a structured vector of a unified space-time reference by using a structured analysis module; a high-dimensional fusion feature tensor is constructed through two-stage convolutional coding and a cross-source attention interaction network; and a key feature channel is screened based on gradient sensitivity through a differentiable channel pruning module. The system comprises a multi-source data access unit, a dynamic buffer management unit, a time alignment unit, a synchronous resampling unit, a structured analysis unit, a primary fusion coding unit, a cross-source attention interaction unit, a time sequence dependence modeling unit, a feature importance evaluation unit, a key feature screening unit and the like. According to the method, efficient, accurate and low-overhead multi-source heterogeneous data real-time fusion and task-oriented key feature extraction can be realized.

The invention discloses a transport capacity resource integrated intelligent scheduling method and system oriented to multiple service scenes, and relates to the field of intelligent scheduling, and the method comprises the steps: constructing a hierarchical collaborative decision-making architecture comprising a macroscopic strategic layer agent and a microscopic tactical layer optimizer; and inputting the structured feature vector into a hierarchical collaborative decision-making architecture, dynamically distributing proper solution algorithms and parameters for a microscopic tactical layer optimizer according to a real-time scheduling situation by utilizing an online element learning optimizer, and outputting a pre-scheduling scheme. According to the invention, through integrated integration of multi-service scene data, comprehensive utilization of static basic information, real-time transport capacity data and prediction environment data is realized, and the data support capability of scheduling decision is improved. The feature interaction network of the multi-layer perceptron structure can accurately extract core features and provide effective input for scheduling decisions. The hierarchical collaborative decision-making architecture is combined with an online element learning optimizer, so that a solution algorithm and parameters can be dynamically matched, and a better pre-scheduling scheme can be output.

The invention provides a blue-green algae image recognition method and system based on hierarchical self-adaption and domain driving, and the method comprises the steps: enhancing an image through employing an improved dark channel algorithm; constructing a blue-green algae biological attribute text database, and performing synonym replacement and sentence pattern recombination; multi-scale visual features are extracted through a hierarchical adaptive Swin Transform model, and key region characterization is enhanced in combination with dynamic spectrum attention; the text is input into a Bio-ALBERT model, and semantic embedding of field optimization is generated through term mask prediction and attribute relation pre-training; constructing a two-layer heterogeneous graph by using a graph attention interaction network GAIN, calculating a cross-modal association weight through a bidirectional graph attention mechanism, and outputting a cross-modal graph feature; multi-scale cross-modal association is modeled through a hierarchical graph attention fusion mechanism, and a comparison alignment loss optimization model is combined; and high-precision blue-green algae identification is realized. According to the method, through multi-scale perception, domain semantic adaptation and graph structure fusion, the accuracy of blue-green algae detection in a complex environment is improved.

The invention discloses a traffic scene training data generation method and device, electronic equipment and a medium, and relates to the technical field of intelligent traffic, and the method comprises the steps: obtaining multi-modal traffic data, building a dynamic semantic interaction network according to the multi-modal traffic data, and enabling the dynamic semantic interaction network to comprise a plurality of traffic entities, the dynamic attribute of each traffic entity and the space-time relationship between the traffic entities are determined; in the dynamic semantic interaction network, labeling the target event and a core node of the target event according to a preset event specific sub-graph; performing causal chain backtracking on the labeled target event and the core node of the target event to obtain structured causal chain data corresponding to the target event; and performing question and answer pair generation processing on the structured causal chain data corresponding to the target event to obtain an instruction fine tuning data set for training the traffic large model. Therefore, automatic and high-quality generation of the traffic scene training data is realized, and the logical reasoning ability and interpretability of the model are improved.

The invention relates to the technical field of streaming media detection, in particular to a complex element new communication streaming media detection method based on a multi-modal deep learning recognition technology, which comprises the following steps: S1, multi-modal time-space synchronization preprocessing: mapping video key frames, audio clips and bullet screen texts to a unified time axis through a combined time-space calibration technology, establishing spatial semantic association; s2, hierarchical multi-modal feature distillation is carried out, and discriminative multi-granularity features including local details, global semantics and cross-modal association modes are extracted from all modals; and S3, establishing a dynamic graph modal interaction network, constructing a learnable multi-modal relation graph, and dynamically modeling cross-modal semantic interaction. According to the complex element new communication streaming media detection method based on the multi-modal deep learning recognition technology, the problem that cross-modal complex semantic collaboration cannot be captured through single-modal analysis or shallow fusion, so that the detection missed judgment rate is high is solved.

The invention discloses a power transmission line real-time regulation and control method and system based on CNN and Transform cooperation, and relates to the technical field of power transmission line real-time regulation and control, and the method comprises the following steps: constructing a multi-modal input stream, respectively extracting a feature map and a time sequence feature according to the multi-modal input stream based on a preset dual-channel deep interaction network, and carrying out the calculation of the feature map and the time sequence feature; the dual-channel deep interactive network is constructed based on CNN and Transform fitting; establishing an incidence matrix based on the feature map and the time sequence features, wherein the incidence matrix comprises feature weights in the incidence matrix adjusted based on a preset cross-modal gating unit; performing feature complementary enhancement on the feature map and the time sequence features based on the incidence matrix to generate fusion features; and constructing a prediction model according to the fusion features, and outputting a power transmission line regulation and control strategy. According to the method, through weighted adjustment of different modes, mode conflicts and noise interference are effectively suppressed, the robustness of the model is improved, and the stability and accuracy in a complex environment are ensured.

The invention relates to the technical field of social network application, in particular to a social media viewpoint evolution simulation method and device based on coupling dynamics, and the method comprises the steps: extracting event topic interaction network data based on social network public information, carrying out the statistics of user historical interaction behaviors, and determining an information transmission network and an internal association network according to the data, the two forms a multi-layer association network; determining a transmission state of forwarding and a text viewpoint baseline for calculating a transmission state and a viewpoint value of a user in the social network data set; and inputting the propagation state and the viewpoint value into a coupling dynamics simulation model, carrying out iterative calculation until the viewpoint value converges so as to obtain a final propagation state and a final viewpoint value of the user, and generating forwarding situation distribution and user viewpoint distribution. Therefore, the problems that errors are generated, public opinion monitoring and early warning and public opinion guide strategy construction are affected and the like due to the fact that a viewpoint evolution model adopts a single-layer propagation structure and coupling modeling is not carried out on propagation and an internal correlation structure in the related technology are solved.

The present application relates to the field of OTN resource matching, and more particularly to an OTN resource intelligent matching method based on artificial intelligence, comprising: inputting the preprocessed service demand, available wavelength resource, real-time bandwidth utilization and support OTU level into a feature extraction model based on a residual multi-layer perception architecture to generate a prediction base feature; inputting the prediction base feature into a feature interaction model based on a compressed interaction network architecture to generate a service comprehensive interaction feature; and inputting the service comprehensive interaction feature into an OTN resource matching model based on an expert gate network architecture to generate a recommended OTU level. Through the hierarchical intelligent model processing of the residual multi-layer perception architecture, the compressed interaction network architecture and the expert gate network architecture, the present application realizes the significant improvement in the accuracy, efficiency, adaptability and network operation value of OTN resource matching.

The invention discloses an Ethereum user behavior analysis method based on a heterogeneous condition coding and decoding architecture, and belongs to the technical field of artificial intelligence and block chain behavior analysis. The method comprises the following steps: modeling an Ethereum interaction network into a directed heterogeneous graph for distinguishing a user type and an interaction type, and defining six meta-interaction types to carry out one-hot coding; aggregating neighbor source user features from a target user perspective to generate neighborhood features, and inputting the target features and meta interaction features into an encoder to output an intermediate hidden state; reconstructing and generating features through a feature decoder, and aggregating different interactive features by using attention to obtain enhanced features of a target user; splicing the original features and inputting the original features into a heterogeneous graph neural network to detect malicious behaviors; meanwhile, neighborhood features and hidden states are symmetrically generated from the perspective of a source user, and an adjacent matrix is reconstructed through a structure decoder to construct an auxiliary learning target. According to the method, refined interactive semantic modeling is realized, multi-type interactive modes are adaptively learned, topological relation characterization is enhanced, and the detection accuracy is improved.

The invention relates to the technical field of seabed engineering, and discloses a submarine cable construction simulation method under complex seabed geological conditions. The method comprises the following steps: slicing and recombining multi-source investigation time sequence data, and constructing a geologic feature space based on a multi-dimensional time sequence window and time-space synchronization. Through feature fusion and dimension mapping, three-dimensional geological semantic body units with consistent time and space are generated, and attributes of the three-dimensional geological semantic body units and construction process parameters are associated and coded. And a recursive segmentation algorithm is adopted, and layered and nested dynamic construction decision units are automatically divided according to an attribute parameter mutation threshold. On the basis, a simulation agent is initialized for each decision-making unit, and dynamic re-evaluation of attribute parameters is driven through an agent interaction network. According to the method, the fidelity of the simulation model to the space-time evolution characteristics of the complex geological conditions is improved, the construction decision can adaptively respond to the local mutation of the geological parameters, and the simulation accuracy and the engineering practicability are enhanced.

The application discloses a multimodal interactive sentiment analysis method based on semi-supervised learning. The method first extracts features of voice, text and visual modalities, then fuses the features through two interactive branch networks of intra-modal and inter-modal, and finally adaptively extracts fusion information of the two interactive branches based on a gating mechanism. The intra-modal and inter-modal interactive networks are based on the encoder structure of the transformer, except that the multi-head self-attention layer introduces the proposed attention mask mechanism. In terms of training method, the method generates pseudo-labels to assist model training in a semi-supervised learning manner, thereby reducing the dependence on labeled data. The application solves the problems of high artificial labeling cost and how to mine effective interactive information in the field of multimodal sentiment analysis, and improves the sentiment recognition accuracy.

The invention relates to an intelligent logistics POI recommendation method based on semantic knowledge distillation and interpretability. The method comprises the steps of obtaining data for training; according to a feature engineering module, encoding each type of data, inputting obtained user identification features, POI attribute features and user behavior features into a deep interaction network of a teacher model, and calculating a preliminary interaction score between a user and a POI based on node features of user nodes and POI nodes after updating of a graph neural network; a lightweight model is used as a basic framework of a student model, semantic knowledge of a teacher model is inherited through adaptive semantic knowledge distillation, test data is input into the student model inheriting the semantic knowledge, final interaction scores of a user and POIs are output, a plurality of corresponding POIs with the highest final interaction scores are used as recommendation results, an SHAP value is calculated, and a recommendation result is obtained. And the recommendation result is explained. According to the method, efficient recommendation, semantic maintenance and decision transparency can be realized at the same time.

This invention discloses a multi-scale, cross-domain interactive network for image tampering localization. Addressing the problems of existing methods that suppress semantic information to highlight forensic features, leading to the loss of key context and insufficient generalization ability, this invention constructs a multi-scale, cross-spatial, and noise-domain bidirectional interaction mechanism between semantic features and forensic features. Specifically, the network introduces a bidirectional cross-attention and adaptive gating fusion module, enabling high-level semantic information to guide the discovery of low-level tampering artifacts. Simultaneously, low-level forensic inconsistencies correct high-level semantic understanding, forming a closed-loop learning paradigm where semantics and forensic clues mutually reinforce each other. This method does not rely on specific target semantics and can effectively capture general patterns of image consistency violations, thus exhibiting excellent localization accuracy and robust generalization performance in both traditional editing and AI-generated tampering scenarios.

The application discloses a multi-agent distributed situation interaction device and method based on a multi-modal large model, and relates to the technical field of computer model application. The device comprises the following steps: constructing a double-layer distributed interaction network; setting an environment monitoring time window according to a preset feedback adjustment period, collecting the number of node survival, the available communication bandwidth value and the task urgency level as the environment state parameters; inputting the environment state parameters into a pre-constructed interaction strategy adjustment model to output the adaptive local node interaction strategy and the adaptive agent node interaction strategy in the next feedback adjustment period; and inputting the adaptive local node interaction strategy and the adaptive agent node interaction strategy into the double-layer distributed interaction network in the next feedback adjustment period to control the local consensus node and the agent node to respectively perform distributed situation interaction and output a unified task situation cognition benchmark. The application realizes high reliability, low delay and consistency guarantee of the distributed situation interaction of the unmanned cluster in a complex battlefield or dynamic environment.

The invention discloses an intelligent driving data automatic labeling method based on a lightweight model, and relates to the field of data processing, and the method comprises the steps: A1, carrying out the preprocessing of to-be-labeled picture data; the preprocessing comprises the following steps: standardizing the picture data to avoid feature distortion; a2, segmenting the preprocessed picture into a fixed number of image blocks by adopting a lightweight visual encoder, compressing the spatial dimension through a pixel shuffling technology, reserving key visual features, and encoding the image data; a3, text prompt template features are introduced, labeling task requirements are converted into standardized text features, and the standardized text features and encoded image features are aligned to the same dimension space; step A4, constructing a global interaction network by adopting a self-attention mechanism, performing cross-modal global interaction on the image local features, the global features and the text prompt features, and realizing feature deep fusion based on matrix operation; and A5, presetting a structured label template and embedding a model generation constraint condition.

The invention provides an object sorting method and device, a model training method and device, a medium and equipment, and relates to the technical field of artificial intelligence, in particular to the technical field of machine learning and information retrieval. According to the implementation scheme, the method comprises the steps of obtaining a candidate list, a current search word corresponding to the candidate list and a historical behavior sequence; based on the historical behavior sequence and the current search word, utilizing a first interaction network in a sorting model to obtain a first fusion feature; for each candidate object in the candidate list, based on the object information of the candidate object and the first fusion feature, predicting to obtain a prediction score of the candidate object; and sorting the candidate objects in the candidate list based on the predicted score of each candidate object in the candidate list.

The present invention relates to a question generation method based on knowledge enhancement and dual-graph interaction, comprising the following steps: Step A: Collect context sentences and corresponding question-and-answer pairs to construct a training data set DR for question generation; Step B: Use the training data set DR and a knowledge graph to train a deep learning network model T based on a knowledge-enhanced and dual-graph interaction network; Step C: Input the context sentences and answers into the trained deep learning network model T to output the generated questions. This method and system are beneficial to improving the accuracy of question generation.

This invention belongs to the field of deep learning and relates to a multi-granularity AIGC text detection method and related apparatus. The method includes: mapping the text to be detected to characters using a word segmenter to obtain a text token ID sequence and recording the position of the period token ID; passing the text token ID sequence through an encoder model based on a bidirectional attention structure to obtain a text semantic representation vector and a text pure semantic representation vector; passing the classification tag vector and the text pure semantic representation vector through a text subject detection model to obtain a document-level text AIGC detection result; passing the separation tag vector, the text pure semantic representation vector, and the position of the period token ID through a text sentence discrimination model to obtain a sentence-level text AIGC detection result; and integrating these to obtain the multi-granularity AIGC text detection result of the text to be detected. This invention, from the perspective of semantic feature interaction, fully utilizes global and local information through a downstream network composed of strong sequence networks, activation functions, and cross-attention interaction networks to accurately capture the linguistic features of non-spoken AI, achieving accurate text AIGC recognition.

The application discloses a bidirectional GCN-BERT scientific data classification method based on rotation coding and dynamic gating. Firstly, the original text data is preprocessed, and a classification mark containing global information is obtained by using a pre-training model and added to the beginning of the input text. Secondly, the classification mark is optimized in features by a CorNet neural network, and then position enhancement and global interaction are performed on the mark by a rotation position enhanced multi-layer feature interaction network RP-MLFIN. Then, the mark is transmitted to a bidirectional graph convolutional neural network for feature interaction and graph convolution processing to generate a graph-level representation. Finally, the classification mark after feature optimization and the graph-level representation are transmitted to a classifier respectively to generate BERT prediction and GCN prediction, and the prediction results are fused by an attention mechanism to generate a final classification decision. The application improves the processing capacity of text data with strong context dependence and the stability and robustness of the classification result.

The application provides a cyanobacteria image recognition method and system based on hierarchical adaptation and field driving. In the recognition method, an improved dark channel algorithm is used to enhance the image; a cyanobacteria biological attribute text database is constructed and synonym replacement and sentence restructuring are performed; multi-scale visual features are extracted through a hierarchical adaptive Swin Transformer model, and key region representation is enhanced in combination with dynamic spectrum attention; text is input into a Bio-ALBERT model, and field-optimized semantic embedding is generated through term mask prediction and attribute relationship pre-training; a two-layer heterogeneous graph is constructed using a graph attention interaction network (GAIN), cross-modal correlation weights are calculated through a bidirectional graph attention mechanism, and cross-modal graph features are output; multi-scale cross-modal correlations are modeled through a hierarchical graph attention fusion mechanism, the model is optimized in combination with a contrast alignment loss, and high-precision cyanobacteria recognition is achieved. Through multi-scale perception, field semantic adaptation and graph structure fusion, the application improves the accuracy of cyanobacteria detection in complex environments.

The present invention relates to the field of social network relationship prediction, and specifically relates to a relationship prediction method based on dynamic interaction of a social network platform; this method online obtains the interaction information and text information of users, and respectively performs relevant processing on the text information and interaction information to obtain a text feature representation and an interaction network structure feature representation; the text feature representation and the interaction network structure feature representation are fused to obtain a user feature representation; calculate the correlation between any user in the user feature representation and the remaining users, and select the top K users corresponding to the correlation to form a strongly correlated user group of the current user; input the strongly correlated user group into a graph attention model to obtain a new feature of the current user; input the new feature into a trained relationship prediction model to obtain a relationship prediction result of the current user; the present invention introduces the potential relationship between interaction behaviors, which can not only perform more accurate social network link prediction, but also analyze the type of links established between users.

The application relates to the technical field of artificial intelligence, in particular to a sustainable consumption behavior simulation system fusing a large language model and multiple intelligent agents, which comprises an external semantic generation module and an internal behavior evolution module; the external semantic generation module constructs multiple types of large language model intelligent agents, generates semantic intervention information according to state parameters of the internal behavior evolution module, and converts the semantic intervention information into standardized numerical signals through a preset mapping function; the internal behavior evolution module constructs consumer intelligent agents with double-layer attributes, adopts an optimized social influence model process based on an interaction network topology, completes cognitive interaction through social similarity calculation, uncertainty interval verification and nonlinear attitude updating, realizes prediction of cognitive behavior tendency through embedded neural networks, and simultaneously feeds back a group new state to the external module to form a closed loop. The system has both semantic dynamics and behavior simulation reality, and significantly improves the accuracy and practicability of sustainable consumption behavior evolution simulation.

The invention discloses an airborne hydrogen system safety analysis method, system, device and medium, and relates to the technical field of aviation safety, and the method comprises the steps: building a functional resonance confrontation hierarchy model; dividing the whole system through the functional feature description of the airborne hydrogen system of the functional resonance analysis method to obtain the functional resonance influence of the sub-components, and drawing a dynamic interaction network of the functional modules of the sub-components; performing dimension reduction and simplification on the dynamic interaction network, and obtaining a reachable matrix; performing adversarial layer extraction on the obtained data based on a reachable matrix to obtain overall division of a resonance model; and hierarchy importance and structure importance are obtained through topological structure data analysis, and airborne hydrogen system safety analysis is carried out. According to the method, the functional resonance confrontation hierarchy model is established, and a series of technical problems that an analysis method of an airborne hydrogen system in the prior art is greatly influenced by subjective effects of researchers, hierarchy fuzziness occurs in hierarchy division and the like can be solved.

The invention relates to the field of multi-modal sentiment analysis, in particular to a multi-modal data analysis method and system based on artificial intelligence, and the system comprises a multi-modal data collection module, a multi-modal feature extraction module, a multi-modal feature fusion module and a multi-modal sentiment analysis module. According to the method, the overall structure is grasped firstly, then detail correspondence is concerned, meanwhile, local and self-adaptive alignment capacity is provided through a deformable attention mechanism, and the defect that multi-modal data alignment is rigid is overcome; the multi-layer progressive interaction network is constructed, specific and local cross-modal association is captured through the word-level interaction layer, related units are organized into a semantic group through the phrase-level interaction layer, the recognition ability of the system for different modes is improved, bidirectional understanding among different modes is achieved through the sentence-level interaction layer, and the recognition efficiency of the system is improved. The relation type of the multi-modal data is identified through the relation modeling layer, and the problem of interaction shallow defects of multi-modal emotion data analysis is solved.

The invention provides a multi-dimensional physiological parameter prediction method, a storage medium and electronic equipment, and belongs to the technical field of data processing. The method comprises the following steps: acquiring a data stream of a tested user; generating a corresponding high-dimensional input vector based on the data stream, wherein the high-dimensional input vector comprises a recent observation value, data freshness and a data missing indication value at each observation moment, and change trend feature data and parameter linkage feature data corresponding to the recent observation value; inputting the high-dimensional input vector into a pre-constructed asymmetric Shenchang differential interaction network model, and processing the high-dimensional input vector through a variable selection layer, a continuous time evolution encoder, a prototype semantic interaction layer and an asymmetric security gating decoder which are cascaded in the asymmetric Shenchang differential interaction network model; and outputting a preset final predicted value of the multi-dimensional physiological parameter. The physiological parameter prediction accuracy of the tested user can be improved.