Application of the text wave model to the sentiment analysis problem
Annotation
Authors researched the wave model of text representation which is one of the implementations of distributive semantics. This model takes into account not only the frequency of words occurrence in the text, but also their mutual location. The purpose of the study: to increase the accuracy of the analysis of the tonality of short texts based on the wave model. The method of determining the relationship between the text and the term is based on the calculation of the probability amplitude of the text and term proximity using a wave model. The term with the highest probability amplitude is considered to correspond most closely to the meaning of the text. The wave model allowed taking into account the fact that well-known methods define antonyms as semantically close lexical units. For the experimental study of this technique, a solution to the problem of sentiment analysis was chosen, exactly, finding the correspondence of user reviews about the product to the classes “positive” and “negative”. As a result, the accuracy of the text tonality defining was obtained up to 76.4 %, which exceeds the accuracy of the classical approach as well as the well-known methods of sentiment analysis for the Russian language. In addition, authors detected significant influence on classification accuracy of such model parameters as the choice of a basic distributive semantic model, the choice of a control point for calculating wave numbers, taking into account the influence of antonyms. The presented model has shown high accuracy in identifying the relationships of the text with concepts that are not explicitly present in it and can be successfully used as a mathematical basis for solving problems of sentiment analysis. In addition, the results obtained indicate the potential use of the wave model in other areas that require the classification of texts by indirect signs, for example, to determine the elements of author psychological portrait.
Keywords
Постоянный URL
Articles in current issue
- Pulse recording of dynamic holograms in bismuth silicate crystal in a broad wavelength range
- Hybrid endoscope with television and multispectral image processing for the internal organs cancer early diagnostics
- Modelling of a composite waveguide holographic display
- Application of infrared spectroscopy methods in studying compositions for paper sizing
- Distribution optimization method of pixel density by surveillance area
- Evaluation and development of a method for compensating the positioning error of computer numeric control equipment
- Compensation of output external disturbances for a class of linear systems with control delay
- Luminescence technique for studying the growth of AgInS2 quantum dots
- Peculiarities of pulsed laser deposition of thin InGaAsN films in an active background gas atmosphere
- Determination of the electron distribution in thin barrier AlGaAs/GaAs superlattices by capacitance-voltage profiling
- Spectral and kinetic properties of silver sulfide quantum dots in an external electric field
- Influence of nano-sized horizontal inhomogeneities on surface profiling by means of XPS
- Organic light-emitting diodes with new dyes based on coumarin
- Fabrication and characterization of hybrid composite of Al6082/SiC/rice husk powder using friction stir processing
- A multi-path secure routing for the detection of node capturing attack in wireless sensor network
- A method for documenting architectural solutions of computing platforms
- Improving out of vocabulary words recognition accuracy for an end-to-end Russian speech recognition system
- Method for monitoring the state of elements of cyber-physical systems based on time series analysis
- Automated evaluation of ECG parameters during the COVID-19 pandemic
- Multi-agent adaptive routing by multi-headattention-based twin agents using reinforcement learning
- Joint learning of agents and graph embeddings in a conveyor belt control problem
- Simulation of radiative transfer in gas-liquid foams
- The effect of signal-to-noise ratio value on the error in measuring acoustic emission parameters: statistical assessment
- Simulating the process of steady-state thermoreflectance for measuring the thermal conductivity of materials
- Modeling and simulation ofone- and two-row six-bladed ducted fans
- Differential-difference model of heat transfer in solids using the method of parametric identification