11 results about "Database analysis" patented technology

This invention discloses a retrieval enhancement generation method for terahertz absorption spectroscopy diagnostics. The method includes: collecting terahertz absorption spectral data of biochemical substances; establishing a terahertz absorption spectral text structure database; establishing a terahertz absorption spectral image structure database; establishing a terahertz absorption spectral structure database; constructing a text vector library in the field of terahertz spectroscopy detection; determining the user question type and extracting structured information; if the user question is a terahertz absorption spectroscopy diagnostic question, then analyzing influencing factors and generating a query question, rewriting the user question into a query question; retrieving the text vector library in the field of terahertz spectroscopy detection based on the query question; generating an answer through a large language model and returning it. This method analyzes and calculates the influencing factors of terahertz absorption spectroscopy based on a structured database and rewrites the query question into a query question more suitable for RAG retrieval, improving the efficiency of researchers in diagnosing absorption spectra and retrieving knowledge in the field of terahertz spectroscopy detection.

Methods and systems for generating a global database profile are described. The methods and systems receive, from each of a plurality of layers of a database system, profiling data, the profiling data comprising a first set of profiling data received from a first layer of the plurality of layers and a second set of profiling data received from a second layer of the plurality of layers, the profiling data representing database logic operations and physical states at each of the plurality of layers. The methods and systems aggregate the profiling data received from the plurality of layers into global database profiling data associated with the plurality of layers of the database system and present visual output based on the profiling data, the visual output representing the database logic operations and the physical states at each of the plurality of layers over time.

This invention discloses the application of ITPRIPL1 as a biomarker for the diagnosis or prognosis of gastric cancer. Database analysis revealed high expression of ITPRIPL1 in gastric cancer patients. Immunohistochemical staining of samples from clinically diagnosed gastric cancer patients further validated its high expression in gastric cancer tumor cells, with higher ITPRIPL1 expression levels observed in lower-differentiated tumor tissues. This invention provides a novel biomarker for the diagnosis and prognosis of gastric cancer, offering new ideas and directions for immunotherapy of gastric cancer.

This invention relates to a method, device, electronic equipment, and medium for scheduling fracturing equipment based on digital twins, belonging to the field of resource optimization technology in petroleum exploration operations. The method applies digital twin technology to the scheduling of fracturing equipment. By constructing a twin well site, selecting a scheduling scheme, and conducting simulations and iterations, a better scheduling scheme is obtained. Combined with manual intervention, historical database analysis, and access control, this improves the efficiency of fracturing equipment management, reducing idle time caused by relying on manual experience, minimizing blind spots in fracturing resource scheduling, lowering costs, and increasing operational efficiency. The device, electronic equipment, and medium based on this invention improve the application efficiency of the method and expand its applicability. It is suitable for scheduling fracturing equipment.

An integrated system manages real-time healthcare data with geolocation capabilities. A controller operates interfaces to ingest geolocation and to receive patient data from EHRs, remote monitoring, providers, devices, third parties, and applications. A data harmonization module standardizes multimodal inputs; an anonymization / deanonymization service governs personally identifiable information. Secure storage preserves integrity and audited access. A Continuous Analytics Processing System provides file repositories, transforms, working databases, analyzers, and results. A job management subsystem maintains partner, client, event, and log data. A clinical decision support platform generates evidence-based insights, personalized recommendations, and real-time alerts contextually adapted to patient location. An analytics engine performs descriptive, geospatial, network, temporal, predictive, classification, clustering, anomaly detection, NLP, regression, and longitudinal analyses. Deployment spans secure cloud and edge environments with a smart device application. The system produces operational outputs and geolocation-aware interventions to enhance care delivery and infection prevention.

The present application relates to a kind of methods based on transcriptome sequencing, machine learning and molecular docking analysis of evodiamine treatment vestibular schwannoma (VS), the present application is analyzed by integrating transcriptome sequencing technology and GEO database, combined with machine learning algorithm, molecular docking and molecular dynamics simulation method, the potential key target and signal pathway of evodiamine treatment VS are systematically analyzed, provide technical support for the mechanism research of evodiamine, and provide reference basis for future individualized treatment strategy of VS.

The application provides a method and system for designing eutectic hydrate salt phase change materials through multi-agent collaborative reasoning, and belongs to the field of artificial intelligence and material design. The method first constructs a structured eutectic hydrate salt database; analyzes agents to generate target windows according to target melting points and latent heat of phase change; retrieves agents to generate candidate salt pairs from the database according to the target windows, and compatibility agents perform compatibility evaluation on the candidate salt pairs; the matching enumeration agent executes fixed grid matching enumeration on the candidate salt pairs that pass the compatibility screening, and the prediction agent performs unimodal gating discrimination on the candidate formula; for the candidate formula that passes the unimodal gating, the predicted melting point and latent heat of phase change are output, and a comprehensive scoring function is constructed; the decision coordination agent grades and outputs the candidate formula according to the compliance threshold; otherwise, trigger the ternary adaptive expansion to introduce a third component to generate a ternary salt group, and then enter the compatibility evaluation. The application shortens the cycle of phase change material design and improves the design success rate.

A low-latency database analysis system outputs visualization data for presenting a visualization representing results data responsive to the request for data, and, in response to outputting the visualization data, generates a diverse plurality of candidate modifications for the request for data, outputs candidate modification data for presenting the diverse plurality of candidate modifications in association with the presentation of the visualization representing the results data, in response to outputting the candidate modification data, obtains user input data identifying a candidate modification from the diverse plurality of candidate modifications as a selected modification, in response to the user input data, executes a data-query expressing the request for data modified by the selected modification to obtain second results data responsive to the request for data modified by the selected modification, and in response to the second results data, outputs visualization data for presenting a visualization representing the second results data.

This invention, entitled "Method for Analyzing the Active Components of Qingjiang Hewei Granules in Treating Non-Erosive Gastroesophageal Reflux Disease Based on Network Pharmacology," belongs to the field of biomedical technology. The technical problem to be solved is to explore the active components of Qingjiang Hewei Granules in treating non-erosive gastroesophageal reflux disease. The key technical points are: using HPLC, generating a molecular network of the chemical components of Qingjiang Hewei Granules through standard comparison and database analysis; then using network pharmacology databases to obtain targets related to non-erosive gastroesophageal reflux disease; constructing a "component-disease-target" network diagram and screening key components; constructing a protein-protein interaction network; performing GO function and KEGG pathway enrichment analysis; and finally, conducting preliminary verification of molecular docking between key components and core targets.

This invention relates to the field of database analysis and processing technology, and discloses a method, device, electronic device, and storage medium for real-time statistical analysis of academic achievements. It aims to solve the problems of low efficiency in statistical analysis of massive amounts of academic data, inflexible combination of search conditions, and insufficient data accuracy. The method includes receiving user configuration information, dynamically generating an SQL query statement conforming to the target database syntax based on a preset metadata mapping relationship between statistical elements and database table structures, sending the SQL query statement to the target database indicated by the database type identifier, executing the SQL query statement to complete the grouping and aggregation calculations of the data, receiving the result set of the completed grouping and aggregation calculations returned by the target database, and rendering and presenting it as an interactive statistical table on the user interface. This solution significantly reduces network transmission and computational overhead by completely pushing the computational tasks down to the database, achieving efficient and real-time statistical analysis of massive amounts of academic achievements.

The present application relates to the technical field of sensor, in particular to a multi-frequency excitation eddy current sensor comprehensive detection device, which comprises a multi-frequency eddy current sensor connected with a detection circuit, the eddy current signal obtained by the multi-frequency eddy current sensor is filtered and amplified by the detection circuit, and the obtained analog signal is sent to a DSP processing module; the DSP processing module converts the received analog signal into a digital signal, extracts the maximum value, integral value, three harmonic components and other characteristic values of the digitized eddy current signal, obtains five characteristic values of the rotating mechanical equipment, and identifies through analysis and comparison with a standard database; and the obtained identification result is sent to a terminal device through a serial communication port for display. The working state of the multi-frequency eddy current sensor can be quickly determined.