Expression recognition or Emotional state recognition using holistic and feature information is the vital step in Driver Assistance System. Many researchers have work on Facial Gesture or Emotion recognition independe...
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ISBN:
(纸本)9781479906529
Expression recognition or Emotional state recognition using holistic and feature information is the vital step in Driver Assistance System. Many researchers have work on Facial Gesture or Emotion recognition independently. The purpose of the present paper is to deal with Simultaneous Facial Gesture tracking and Emotion recognition with softcomputing tool like Fuzzy rule based system (FBS). In Human Centered Transportation large number of road accidents took place due to drowsiness or bad mood of the driver. The system proposed in this paper take into account both the Facial Gesture tracking and Emotion recognition so that if there is any sign of less attentiveness of the driver or driver's fatigue the car will be switch to automatic mode. A novel fuzzy system is created, whose rules is being defined through analysis of Facial Gesture variations. The idea behind this paper is to detect Facial Gesture by detecting the motion of eyes & lips along with classification of different facial expressions into one of the four basic human emotions, viz. happy, anger, sad, and surprise with fuzzy rule based system for better system performance. The given system proposes 91.66% accuracy for Facial Gesture detection & 90% accuracy for Emotion recognition while using Simultaneous Facial Gesture detection and Emotion recognition it provides 94.58% accuracy.
Extracting high level information from digital images and videos is a hard problem frequently faced by the computer vision and machine learning communities. Modern surveillance systems can monitor people, cars or obje...
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Extracting high level information from digital images and videos is a hard problem frequently faced by the computer vision and machine learning communities. Modern surveillance systems can monitor people, cars or objects by using computer vision methods. The objective of this work is to propose a method for identifying soft biometrics, in the form of clothing and gender, from images containing people, as a previous step for further identifying people themselves. We propose a solution to this classification problem using a Convolutional Neural Network, working as an all-in-one feature extractor and classifier. This method allows the development of a high-level end-to-end clothing/gender classifier. Experiments were done comparing the CNN with hand-designed classifiers. Also, two different operating modes of CNN are proposed and coin pared each other. The results obtained were very promising, showing that is possible to extract soft-biometrics attributes using an end-to-end CNN classifier. The proposed method achieved a good generalization capability, classifying the three different attributes with good accuracy. This suggests the possibility to search images using soft biometrics as search terms. (C) 2015 Elsevier B.V. All rights reserved.
The paper is focused on an experimental study on positive and negative emotion vocal recognition. After some considerations about the positive and negative emotions, the paper gives a short description of the three co...
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ISBN:
(纸本)9781479946013
The paper is focused on an experimental study on positive and negative emotion vocal recognition. After some considerations about the positive and negative emotions, the paper gives a short description of the three corpuses used in the work we have accomplished. The paper describes three sets of coefficients used, the statistic features used to generate the three sets of feature vectors and the two classification methods used in this study. The recognition results obtained for every corpus are shown and some conclusions and directions of development are presented.
The general basis for anomaly detection and fraud detection is patternrecognition. An effective online fraud detection system should be able to discover both known and new attacks as early as possible. The detection ...
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ISBN:
(纸本)0769525210
The general basis for anomaly detection and fraud detection is patternrecognition. An effective online fraud detection system should be able to discover both known and new attacks as early as possible. The detection process should be self-adjustable to allow the system to deal with the constantly changing nature of online attacks. In this paper, we present an anomaly detection technique based on behavior mining and monitoring that work at both the individual and system level. Frequent pattern tree is utilized to profile the normal behavior adaptively. A novel tree-based pattern matching algorithm is designed to discover individual level anomalies. An algorithm for computing tree similarity is proposed to solve the system level problems. Empirical evaluations of our technique on both synthetic and real-world data show that we can accurately differentiate anomalous behaviors from the profiled normal behavior.
Considering the issues that the sewage treatment process is a complicated and nonlinear system, it is very difficult to found the process model to describe it, and the key parameter of sewage treatment quality can not...
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ISBN:
(纸本)9781424410651
Considering the issues that the sewage treatment process is a complicated and nonlinear system, it is very difficult to found the process model to describe it, and the key parameter of sewage treatment quality can not he detected on-line, a soft sensor Modeling method based on wavelet neural network is presented. The wavelet network structure for soft sensor of sewage treatment quality is established. We adopt a method of reduce the number of the Wavelet basic function by analysis the sparse property of sample data, the learning algorithm bayed on the gradient descent was used to train network. With the ability of strong function approach and fast convergence of wawelet network the soft sensor modeling method can truly detect and assess the quality of sewage treatment in real time by learning the sewage treatment parameter information of sensors acquired. The defection results show that this method is feasible and effective.
Monitoring a power network is an important task which is very complicated. To monitor the power systems, the developed nations are relying and shifting more and more towards soft-computing and patternrecognition tech...
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ISBN:
(纸本)9789811319518;9789811319501
Monitoring a power network is an important task which is very complicated. To monitor the power systems, the developed nations are relying and shifting more and more towards soft-computing and patternrecognition techniques with the rapid improvements in the computation. In the work elaborated here, a report on the employment of a common multilayer feed-forward net, to the security estimation of a power network has been reported. The model built, is a 5-bus system, developed on the Simulink environment of a MATLAB R2013a version 32-bit software. The outcome was confirmed on a Hardware-In-Loop (HIL) device, on RT Lab Simulator of OPAL RT Technologies. The analysis is presented in this work for the perusal of the readers.
The article describes a new rough-fuzzy model for pattern classification. Here, class-dependent granules are formulated in fuzzy environment that preserve better class discriminatory information. Neighborhood rough se...
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ISBN:
(数字)9783642162480
ISBN:
(纸本)9783642162473
The article describes a new rough-fuzzy model for pattern classification. Here, class-dependent granules are formulated in fuzzy environment that preserve better class discriminatory information. Neighborhood rough sets (NRS) are used in the selection of a subset of granulated features that explore the local/contextual information from neighbor granules. The model thus explores mutually the advantages of class-dependent fuzzy granulation and NRS that is useful in pattern classification with overlapping classes. The superiority of the proposed model to other similar methods is demonstrated with both completely and partially labeled data sets using various performance measures. The proposed model learns well even with a lower percentage of training set that makes the system fast.
This Volume 1 of the conference proceedings contains 76 papers. Topics discussed include intelligent pervasive computing, applications of artificial intelligence in finance and economics, algorithms. neural networks, ...
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ISBN:
(纸本)1932415122
This Volume 1 of the conference proceedings contains 76 papers. Topics discussed include intelligent pervasive computing, applications of artificial intelligence in finance and economics, algorithms. neural networks, softcomputing for patternrecognition and intelligent control, constrain solving and programming, biometric identification and authentication, artificial intelligence approaches to bioinformatics, applications of advanced artificial intelligence techniques to solve company-related problems, fuzzy logic and fuzzy systems and genetic computing.
In the recent times, it has been observed that most of the biometrical research work has been carried out either using template-based or knowledge-based approach. In the present paper, behavioural patterns have been d...
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A variety of fuzzy genetics-based machine learning algorithms have been proposed in the frameworks of Michigan and Pittsburgh approaches. Since each individual is a single rule, Michigan-style algorithms need much les...
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ISBN:
(纸本)9781509049172
A variety of fuzzy genetics-based machine learning algorithms have been proposed in the frameworks of Michigan and Pittsburgh approaches. Since each individual is a single rule, Michigan-style algorithms need much less computation time than Pittsburgh-style algorithms where each individual is a rule set. For the same reason, Michigan-style algorithms cannot directly optimize rule sets. Rule set optimization is indirectly performed by optimizing each rule. In this paper, we propose the use of the (1+1)-ES generation update in Michigan-style algorithms. This is for directly performing rule set optimization without losing their high computational efficiency. We also propose a multi-pattern-based rule generation method to generate a fuzzy rule from multiple patterns in a heuristic manner. We demonstrate high efficiency and high generalization ability of our newly proposed Michigan-style algorithm through computational experiments on 19 data sets with 4-310 attributes and 2-15 classes.
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