Exploring aspect-based sentiment analysis: an in-depth review of current methods and prospects for advancement
Aspect-based sentiment analysis (ABSA) is a natural language processing technique that seeks to recognize and extract the sentiment connected to various qualities or aspects of a specific good, service, or entity. It entails dissecting a text into ...
Trends and challenges in sentiment summarization: a systematic review of aspect extraction techniques
Sentiment Summarization is an automated technology that extracts important features of sentences and then reorganizes selected words or sentences by their aspect class and sentiment polarity. This emerging research area wields considerable ...
Enhancing knowledge discovery and management through intelligent computing methods: a decisive investigation
Knowledge Discovery and Management (KDM) encompasses a comprehensive process and approach involving the creation, discovery, capture, organization, refinement, presentation, and provision of data, information, and knowledge with a specific goal in ...
Entity linking for English and other languages: a survey
Extracting named entities text forms the basis for many crucial tasks such as information retrieval and extraction, machine translation, opinion mining, sentiment analysis and question answering. This paper presents a survey of the research ...
Automating localized learning for cardinality estimation based on XGBoost
For cardinality estimation in DBMS, building multiple local models instead of one global model can usually improve estimation accuracy as well as reducing the effort to label large amounts of training data. Unfortunately, the existing approach of ...
PatchMix: patch-level mixup for data augmentation in convolutional neural networks
Convolutional neural networks (CNNs) have demonstrated impressive performance in fitting data distribution. However, due to the complexity in learning intricate features from data, networks usually experience overfitting during the training. To ...
Tri-XGBoost model improved by BLSmote-ENN: an interpretable semi-supervised approach for addressing bankruptcy prediction
Bankruptcy prediction is considered one of the most important research topics in the field of finance and accounting. The rapid increase of data science, artificial intelligence, and machine learning has led researchers to build an accurate ...
Unifying Faceted Search and Analytics over RDF Knowledge Graphs
The formulation of analytical queries over Knowledge Graphs in RDF is a challenging task that presupposes familiarity with the syntax of the corresponding query languages and the contents of the graph. To alleviate this problem, we introduce a ...
A semantic-based methodology for the management of document workflows in e-government: a case study for judicial processes
- Beniamino Di Martino,
- Luigi Colucci Cante,
- Mariangela Graziano,
- Salvatore D’Angelo,
- Antonio Esposito,
- Pietro Lupi,
- Rosario Ammendolia
Trial excessive duration is a common problem in Juridical systems worldwide, even if some countries seem to be more affected by it than others. The European Council has provided metrics and statistics to identify this problem and has pointed out ...
A Rényi-type quasimetric with random interference detection
This paper introduces a new dissimilarity measure between two discrete and finite probability distributions. The followed approach is grounded jointly on mixtures of probability distributions and an optimization procedure. We discuss the clear ...
Noise-free sampling with majority framework for an imbalanced classification problem
Class imbalance has been widely accepted as a significant factor that negatively impacts a machine learning classifier’s performance. One of the techniques to avoid this problem is to balance the data distribution by using sampling-based ...
GTHP: a novel graph transformer Hawkes process for spatiotemporal event prediction
The event sequences with spatiotemporal characteristics have been rapidly produced in various domains, such as earthquakes in seismology, electronic medical records in healthcare, and transactions in the financial market. These data often continue ...
Local soft rough approximations and their applications to conflict analysis problems
Local rough sets are an efficient model to analyze large-scale datasets with finite labels because they are an essential development in classical rough sets. The objective of this paper, we put forth the idea of a local soft rough approximation ...
Exploring the potential of deep regression model for next-location prediction
Location-based services are gaining popularity; prediction of future destinations and crowd movement patterns are crucial components of these services. This article presents an attention-based neural network regression model designed to forecast ...
Relational multi-scale metric learning for few-shot knowledge graph completion
Few-shot knowledge graph completion (FKGC) refers to the task of inferring missing facts in a knowledge graph by utilizing a limited number of reference entities. Most FKGC methods assume a single similarity metric, which leads to a single feature ...
Influential users identification under the non-progressive LTIRS model
Identification of the key influencers is one of the most important strategies for initiating any transmission process in a social network. However, many of the current studies on influence transmission concentrate primarily on the progressive ...
Multi-factor stock price prediction based on GAN-TrellisNet
Applying deep learning, especially time series neural networks, to predict stock price, has become one of the important applications in quantitative finance. Recently, some GAN-based stock prediction models are proposed, where LSTM or GRU is used ...
A quality-of-service aware composition-method for cloud service using discretized ant lion optimization algorithm
In the cloud system, service providers supply a pool of resources in the form of a web service and the services are merged to provide the required composite services. Composing a quality-of-service aware web service is like the knapsack problem ...
MMUIL: enhancing multi-platform user identity linkage with multi-information
User identity linkage (UIL) aims to link identities belonging to the same individual across various platforms. While numerous methods have been proposed for paired or multiple platforms, UIL is still a non-trivial task due to the following ...
Enhancing Multi-Attribute Similarity Join using Reduced and Adaptive Index Trees
Multi-Attribute Similarity Join represents an important task for a variety of applications. Due to a large amount of data, several techniques and approaches were proposed to avoid superfluous comparisons between entities. One of these techniques ...
Graph neural architecture search with heterogeneous message-passing mechanisms
In recent years, neural network search has been utilized in designing effective heterogeneous graph neural networks (HGNN) and has achieved remarkable performance beyond manually designed networks. Generally, there are two mainstream design ...
Analysis for Online Product Recommendation with recalling enhanced recurrent neural network-based sentiment
Recommendation system is used to filter the information according to the customer’s satisfaction. Based on consumer reviews, this approach discovers and compares product scores, ratings, and rankings. Here, the data are obtained from Amazon ...
Evaluating the effectiveness of machine learning models for performance forecasting in basketball: a comparative study
Sports analytics (SA) incorporate machine learning (ML) techniques and models for performance prediction. Researchers have previously evaluated ML models applied on a variety of basketball statistics. This paper aims to benchmark the forecasting ...