This paper aims to help people better understand the Chinese public outlook towards e-sports through the calculation and visualanalysis of social media big data, so as to provide reference for the development of e-sp...
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ISBN:
(数字)9781665466035
ISBN:
(纸本)9781665466035
This paper aims to help people better understand the Chinese public outlook towards e-sports through the calculation and visualanalysis of social media big data, so as to provide reference for the development of e-sports industry and relevant decisions. A mixed-method approach is employed to analyze social media texts by combining quantitative sentiment analysis with qualitative topic and keyword analysis. We have completed the topic coding table of public outlook to e-sports and analyzed the topic distribution and trend. We also have carried out keyword extraction and sentiment calculation for each topic to understand their main contents and sentiment changes. The results show that the Chinese public are paying more and more attention to e-sports and they care about E-sports Profession and E-sports Competition most. Especially, discussions on E-sports Culture show a trend of diversified, profound and normalized development. Combined with keyword analysis and sentiment analysis, it's indicated that people are trying to revise their past recognition of e-sports, but it is still closely related to games in the eyes of the public. Besides, people's sentiment towards the e-sports topics has changed from doubt to recognition, and tends to be stable, while they are more willing to exploration on the e-sports education system, e-sports professionalization and the combination between e-sports and traditional sports.
The proceedings contain 34 papers. The topics discussed include: scientific convergence and divergence in visualization and visual analytics;digital twins of smart farms;automatic segmentation of tooth images: optimiz...
ISBN:
(纸本)9783038681854
The proceedings contain 34 papers. The topics discussed include: scientific convergence and divergence in visualization and visual analytics;digital twins of smart farms;automatic segmentation of tooth images: optimization of multi-parameter image processing workflow;explorative visualanalysis of spatio-temporal regions to detect hemodynamic biomarker candidates;visually explaining publication ranks in citation-based literature search with PURE suggest;visualizing the evolution of multi-agent game-playing behaviors;visualexploration of genetic sequence variants in pangenomes;interactive visualization of machine learning model results predicting infection risk;a design space for explainable ranking and ranking models;visual queries on bipartite multivariate dynamic social networks;validating perception of hyperspectral textures in virtual reality systems;situated visualization in motion for video games;and using data comics to enhance visualization literacy.
Designing reliable automatic models for social perception can contribute to a better understanding of human behavior, enabling more trustworthy experiences in the multimedia on-line communication environment. However,...
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ISBN:
(纸本)9798400711992
Designing reliable automatic models for social perception can contribute to a better understanding of human behavior, enabling more trustworthy experiences in the multimedia on-line communication environment. However, predicting social attributes from video data remains challenging due to the complex interplay of visual, auditory, and linguistic cues. In this paper, we address this challenge by investigating the effectiveness of Multimodal Large Language Models (MM-LLMs) for feature extraction in the MuSe-Perception challenge. Firstly, our analysis of the novel LMU-ELP dataset has revealed high correlations between certain perceptual dimensions, motivating using a single regression model for all 16 social attributes to be predicted for a set of speakers appearing in recorded video clips. We demonstrate that dimensionality reduction through Principal Component analysis (PCA) can be applied to the label space without a relevant performance loss. Secondly, by employing frozen MM-LLMs as feature extractors, we explore their ability to capture perception-related information. We extract sequence embeddings from the Qwen-vL and Qwen-Audio models and train a Multi-Layer Perceptron over the attention-pooled vectors for each one of the encoders, obtaining a mean Pearson correlation of 0.22 using the average predictions for both models. Our best result of 0.31 is achieved by training the same architecture over the baseline vit-ver and w2v-msp features, which motivates further exploration on how to effectively leverage advanced MM-LLMs as feature extractors. Lastly, a post hoc analysis of our results highlights the limitations of Pearson correlation for evaluating regression performance in this context. In particular, a similar Pearson coefficient can be obtained with two very different prediction sets displaying different levels of variability. We take this result as a call to action in exploring alternative metrics to assess the regression performance for the task.
Compared to traditional electronic maps, high-precision maps are more about providing services for vehicles. Because vehicles lack the visual recognition and logic inherent in humans, high-precision maps can assist ve...
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The objective of this study is to examine the effectiveness of a hybrid methodology that combines Long Short-Term Memory (LSTM) and k-Nearest Neighbors (k-NN) models in the context of energy prediction within data cen...
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Machine understanding of music requires digital representation of the music using meaningful features and then analyzing the features. The work in this paper is unique in using representation learning techniques in lo...
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Modern communications technology, Intelligent Transportation Systems, and a few possibilities for intelligent traffic safety, efficiency, and comfort solutions have been made possible by computational systems. Traditi...
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Blockchain technology has gained widespread adoption across various industries due to its potential for secure and transparent data management. However, ensuring the integrity and security of transactions within block...
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This research delves into the intersection of artificial intelligence (AI) and quality control processes in the context of casting operations, presenting a multifaceted exploration of methodologies aimed at enhancing ...
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This research delves into the intersection of artificial intelligence (AI) and quality control processes in the context of casting operations, presenting a multifaceted exploration of methodologies aimed at enhancing efficiency, accuracy, and overall quality in manufacturing. The study encompasses diverse approaches, ranging from defect prediction utilizing machine learning models to applying AI techniques in various casting methods. One pivotal contribution is the introduction of Smart Quality Inspection (SQI), an innovative AI-based approach. The study details the design and implementation of a custom Convolutional Neural Network (CNN) model for SQI, achieving an exceptional accuracy rate of 99.86% in inspecting casting products. The success of SQI not only transforms traditional inspection practices but also minimizes the impact of operator, social, organizational, task, and environmental factors. The research highlights the versatility of AI in defect identification, addressing challenges in visual inspection through proposed methods such as second-order derivative and morphology operations, row-by-row adaptive thresholding, and 2-D wavelet transform. Notably, the wavelet transform emerges as a versatile technique, effectively addressing various casting defects, marking a promising avenue for automatic defect detection in castings based on X-ray inspection. While celebrating accomplishments, the study recognizes ongoing challenges, emphasizing the need for continuous refinement and innovation. Future directions include formally classifying defects, localized defect detection, and exploring controlled environmental conditions for data collection, ensuring the adaptability and reliability of AI-based approaches. Looking ahead, the vision involves seamlessly integrating AI systems into assembly lines, automating inspections, and leveraging real-time accessibility for continual improvements. Furthermore, the potential synergy with Natural Language Processing (NLP) t
Medical dataanalysis is a critical process aimed at extracting valuable insights and knowledge from complex healthcare information. It plays a vital role in enhancing diagnostics, treatment planning, and medical rese...
Medical dataanalysis is a critical process aimed at extracting valuable insights and knowledge from complex healthcare information. It plays a vital role in enhancing diagnostics, treatment planning, and medical research. In this context, medical images serve as a fundamental source of information, providing visual representations of anatomical structures and pathological conditions. Image processing techniques, utilizing mesh-based representations, offer unique opportunities for advancing the analysis of medical *** article presents a new method for analyzing medical data based on the concept of meshing. By representing medical images as undirected graphs, the proposed approach enables efficient exploration and analysis of spatial relationships.
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