We use a large foundation language model, which is fine-tuned with debate corpora, to develop a robot debater application. To address the limitations of requiring immense computational power in large base language mod...
We use a large foundation language model, which is fine-tuned with debate corpora, to develop a robot debater application. To address the limitations of requiring immense computational power in large base language models, this study takes advantage of the Low Rank Adaption characteristic prevalent in domain expert knowledge. By applying Low Rank Adaption technology and fine-tuning with a dedicated dataset, the computational load is reduced to just one-thousandth of what is needed for a large language model, greatly expanding the application scenarios of robot debaters using large language models. In view of the characteristics of debate competitions, this model can preset a variety of debate scenarios and supports personalized debate processes. It employs intelligent voice recognition technology combined with a multi-channel voice input method, allowing for precise localization of different human debaters and improving the accuracy of voice input recognition. the system can support multiple large-scale language generation models and utilize various different voice broadcasting systems, including male and female voice styles, as well as a range of voice emotions. this model can be applied to debate competitions held in universities, high schools, and various industries. It can support human-machine debates as well as machine-to-machine debates.
We utilized interpretable deep learning to identify key genes and potential biomarkers associated with Alzheimer’s disease (AD). AD-related gene expression data from GEO datasets and Alzdata were collected. To create...
We utilized interpretable deep learning to identify key genes and potential biomarkers associated with Alzheimer’s disease (AD). AD-related gene expression data from GEO datasets and Alzdata were collected. To create a training set, we performed differential expression analysis to delete low-expressed genes. To explore disease-related genes and potential biomarkers, we employed a pathway-centric deep learning network, which integrated gene expression data with established biological pathways, building upon the foundation of PASNet. Our study employed a pathway-related deep learning model based on PASNet combined with bioinformatic analysis for AD risk prediction, and achieved a good performance (AUC = 0.82, F1 score = 0.73). the model accurately classified AD patients based on gene expression data from the brain tissue while providing interpretability deep neural networks. Potential biomarkers (DYNC1I1, DNAJC1, SCRIB, TFEB, MAPKAPK3) and biological pathways (Senescence-Associated Secretory Phenotype, Transcriptional activity of SMAD2/SMAD3:SMAD4 heterotrimer, Toll-like Receptor Cascades) associated with AD were identified. We have employed a combination of bioinformatics analysis and deep learning models to identify a series of candidate genes associated withthe diagnosis of Alzheimer’s disease (AD). Moreover, we have validated their potential as biomarkers through the utilization of external datasets, and finally focus on the five genes DYNC1I1, DNAJC1, SCRIB, TFEB, and MAPKAPK3.
Aiming at the problem of low intelligent level of shearer, a shearer cutting patternrecognition method is proposed based on the combination of multi-scale fuzzy entropy, Laplace score and support vector machine. By e...
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the number of malicious traffic in the real network is growing rapidly, such as common DoS attacks, web attacks, DDoS attacks, and so on. these attacks may cause huge economic losses to enterprises, countries, and ind...
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Time-series datamining plays an important role in big data decision making because it can reveal the development pattern of things. Similar concatenation of temporal data is a fundamental prerequisite for data twinni...
Time-series datamining plays an important role in big data decision making because it can reveal the development pattern of things. Similar concatenation of temporal data is a fundamental prerequisite for data twinning., whose core objective is to find all similar temporal data pairs according to a given similarity metric. Dynamic temporal regularization (DTW) has been widely used in many fields., such as target detection., trend prediction and fault identification., as the best data alignment method on temporal data. We use deep learning to extract vehicle trajectories and perform behavioral patternlearning., and finally use an improved DTW algorithm to pre-process the trajectory data and solve the distance function to achieve matching between the trajectories of the event sequence to be measured and the typical trajectory datapatterns. By comparing the indicators withthe unimproved DTW algorithm., the research results show that this traffic condition recognition method is stable and reliable., and can maintain high matching accuracy with significantly reduced computation., high success rate and good real-time performance.
the identification of modulation regime of telemetry, remote sensing and communication signals is an important part of signal detection. In this paper, we extract the instantaneous features of signals through Hilbert ...
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In the evolving landscape of modern agriculture, the fusion of technology with traditional methods is essential. this study explores the transformative potential of machinelearning in crop classification, leveraging ...
In the evolving landscape of modern agriculture, the fusion of technology with traditional methods is essential. this study explores the transformative potential of machinelearning in crop classification, leveraging soil and environmental data. the K-Nearest Neighbors (KNN) model achieved an impressive 97.5% accuracy in patternrecognition, while ensemble models, such as Random Forest, Naïve Bayes, and XGBoost, excelled with a remarkable 99% accuracy, surpassing conventional methods. this research underscores the profound impact of machinelearning in advancing agriculture, facilitating precision farming, and addressing global concerns like food security and sustainability. Additionally, the practical implications of this research are significant for farmers, providing them withthe means to select crops based on their environmental characteristics, optimizing resource allocation and crop management, and contributing to agricultural sustainability in an era of environmental unpredictability and climate change.
Library user behavior was investigated using artificial intelligence (AI) technology to propose corresponding service optimization strategies. through data collection and analysis, the behavioral characteristics of us...
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ISBN:
(数字)9798350360721
ISBN:
(纸本)9798350360738
Library user behavior was investigated using artificial intelligence (AI) technology to propose corresponding service optimization strategies. through data collection and analysis, the behavioral characteristics of users' borrowing, querying, and reading were determined. machinelearning and datamining were used to identify and predict the patterns of user behavior and provide personalized recommendations and services. the effectiveness and feasibility of the proposed strategies were verified in case studies and field research.
Withthe rapid development of information technology, the widespread dissemination of long text data in cyberspace has brought challenges to personal privacy and information security. this study aims to develop an int...
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ISBN:
(数字)9798350388312
ISBN:
(纸本)9798350388329
Withthe rapid development of information technology, the widespread dissemination of long text data in cyberspace has brought challenges to personal privacy and information security. this study aims to develop an intelligent sensitive datarecognition and annotation technology for long text content. By integrating natural language processing (NLP) technology withmachinelearning algorithms, we propose an efficient recognition framework that can accurately extract and annotate sensitive information from long texts. the research results indicate that the framework performs well in processing long text data, effectively improving the accuracy of sensitive datarecognition, and providing solid technical support for privacy protection and data security.
the accumulated experiments show that lncRNA has a role in biophysiological and case processes. Prediction of the relationship between diseases and lncRNA will contribute to clarify the etiology of diseases, develop n...
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