This paper presents a new sequential multi-task learning model with the following functions: one-pass incremental learning, task allocation, knowledge transfer, task consolidation, learning of multi-label data, and ac...
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ISBN:
(纸本)9783642407277;9783642407284
This paper presents a new sequential multi-task learning model with the following functions: one-pass incremental learning, task allocation, knowledge transfer, task consolidation, learning of multi-label data, and active learning. This model learns multi-label data with incomplete task information incrementally. When no task information is given, class labels are allocated to appropriate tasks based on prediction errors;thus, the task allocation sometimes fails especially at the early stage. To recover from the misallocation, the proposed model has a backup mechanism called task consolidation, which can modify the task allocation not only based on prediction errors but also based on task labels in training data (if given) and a heuristics on multi-label data. The experimental results demonstrate that the proposed model has good performance in both classification and task categorization.
Based on LS-SVM pattern recognizer, this paper develops an intelligent method for solving the problem of change-point detection, and the proposed model is applied to detect change-point of process mean-shift in auto-c...
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ISBN:
(纸本)9783037855782
Based on LS-SVM pattern recognizer, this paper develops an intelligent method for solving the problem of change-point detection, and the proposed model is applied to detect change-point of process mean-shift in auto-correlated time series process. In this research, LS-SVM algorithm and moving window method are used to detect the location of the mean shift signal, the LS-SVM pattern recognizer is designed and the performance of the recognizer is evaluated in terms of Accuracy Rate. Results of simulation experiment show that the proposed intelligent model is an effective method to detect change-point in ARMA data series.
This book constitutes the refereed proceedings of the 9th internationalconference on Intelligent Computing, ICIC 2013, held in Nanning, China, in July 2013. The 192 revised full papers presented in the three volumes ...
ISBN:
(数字)9783642396786
ISBN:
(纸本)9783642396779;9783642396786
This book constitutes the refereed proceedings of the 9th internationalconference on Intelligent Computing, ICIC 2013, held in Nanning, China, in July 2013. The 192 revised full papers presented in the three volumes LNCS 7995, LNAI 7996, and CCIS 375 were carefully reviewed and selected from 561 submissions. The papers in this volume (CCIS 375) are organized in topical sections on Neural Networks; Systems Biology and Computational Biology; Computational Genomics and Proteomics; Knowledge Discovery and datamining; Evolutionary learning and Genetic Algorithms; machinelearning Theory and Methods; Biomedical Informatics Theory and Methods; Particle Swarm Optimization and Niche Technology; Unsupervised and Reinforcement learning; Intelligent Computing in Bioinformatics; Intelligent Computing in Finance/Banking; Intelligent Computing in Petri Nets/Transportation Systems; Intelligent Computing in Signal Processing; Intelligent Computing in patternrecognition; Intelligent Computing in Image Processing; Intelligent Computing in Robotics; Intelligent Computing in Computer Vision; Special Session on Biometrics System and Security for Intelligent Computing; Special Session on Bio-inspired Computing and Applications; Computer Human Interaction using Multiple Visual Cues and Intelligent Computing; Special Session on Protein and Gene Bioinformatics: Analysis, Algorithms and Applications.
one of the most recently developed face recognition technique has utilized PSO-SVM, this method lacks in the initial phase of the PSO technique. That is in PSO;initially the populations are generated in random manner....
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ISBN:
(纸本)9781479902699;9781479902675
one of the most recently developed face recognition technique has utilized PSO-SVM, this method lacks in the initial phase of the PSO technique. That is in PSO;initially the populations are generated in random manner. Due to this random process, the population results may also be in random. Thus, it is not certain that this method will produce precise result. Hence to avoid this drawback, a modified face recognition method is proposed in this paper. Here, a new face recognition method based on Opposition based PSO with SVM (OPSO-SVM) is introduced. To accomplish the face recognition with our proposed OPSO-SVM, initially feature extraction process is carried out on the image database. In the feature extraction process, the efficient features are extracted and then given to the SVM training and testing process. In OPSO, the populations are generated in two ways: one is random population as same as the normal PSO technique and the other is opposition population, which is based on the random population values. The optimized parameters in SVM by OPSO efficiently perform the face recognition process. Two human face databases FERET and YALE are utilized to analyze the performance of our proposed OPSO-SVM technique and also this OPSO-SVM is compared with PSO-SVM and standard SVM techniques.
Dimensionality reduction from an information system is a problem of eliminating unimportant attributes from the original set of attributes while avoiding loss of information in datamining process. In this process, a ...
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ISBN:
(纸本)9783319029573;9783319029580
Dimensionality reduction from an information system is a problem of eliminating unimportant attributes from the original set of attributes while avoiding loss of information in datamining process. In this process, a subset of attributes that is highly correlated with decision attributes is selected. In this paper, performance of the great deluge algorithm for rough set attribute reduction is investigated by comparing the method with other available approaches in the literature in terms of cardinality of obtained reducts (subsets), time required to obtain reducts, number of calculating dependency degree functions, number of rules generated by reducts, and the accuracy of the classification. An interactive interface is initially developed that user can easily select the parameters for reduction. This user interface is developed toward visual datamining. The carried out model has been tested on the standarddatasets available in the UCI machinelearning repository. Experimental results show the effectiveness of the method especially with relation to the time and accuracy of the classification using generated rules. The method outperformed other approaches in M-of-N, Exactly, and LED datasets with achieving 100% accuracy.
A navigation star catalog (NSC) selection algorithm via support vector machine (SVM) is proposed in this paper. The sphere spiral method is utilized to generate the sampling boresight directions by virtue of obtaining...
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ISBN:
(纸本)9783037857106
A navigation star catalog (NSC) selection algorithm via support vector machine (SVM) is proposed in this paper. The sphere spiral method is utilized to generate the sampling boresight directions by virtue of obtaining the uniform sampling data. Then the theory of regression analysis methods is adopted to extract the NSC,I, and an evenly distributed and small capacity NSC is obtained. Two criterions, namely a global criterion and a local criterion, are defined as the uniformity criteria to test the performance of the NSC generated. Simulations show that, compared with MFM, magnitude weighted method (MWM) and self-organizing algorithm(S-OA), the Boltzmann entropy (B.e) of SVM selection algorithm (SVM-SA) is the minimum, to 0.00207. Simultaneously, under the conditions such as the same field of view (FOV) and elimination of the hole, both the number of guide stars (NGS) and standard deviation (std) of SVM-SA is the least, respectively 7668 and 2.17. Consequently, the SVM-SA is optimal in terms of the NGS and the uniform distribution, and has also a strong adaptability.
This paper presents a rule extraction method using a modified FMM neural network. The suggested method supplements the hyperbox definition with a frequency factor of feature values in the learningdata set. We have de...
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This paper presents a rule extraction method using a modified FMM neural network. The suggested method supplements the hyperbox definition with a frequency factor of feature values in the learningdata set. We have defined a relevance factor between features and pattern classes. A modified hyperbox membership function is introduced and the learning algorithm with the model is presented in this paper. The excitatory features and the inhibitory features can be classified by the proposed method and they can be used for the rule generation process. From the experiments of sign language recognition, the proposed method is evaluated empirically.
The proceedings contain 30 papers. The special focus in this conference is on Knowledge Discovery and Information Retrieval, Knowledge Engineering and Ontology Development and Knowledge Management and Information Shar...
ISBN:
(纸本)9783642371851
The proceedings contain 30 papers. The special focus in this conference is on Knowledge Discovery and Information Retrieval, Knowledge Engineering and Ontology Development and Knowledge Management and Information Sharing. The topics include: mining graphs of prescribed connectivity;an explorative study of proximity measures;comparing the macroeconomic responses of US and Japan through time series segmentation;a block coclustering model for pattern discovering in users' preference data;improving text retrieval accuracy by using a minimal relevance feedback;using distant supervision for extracting relations on a large scale;a fast method for web template extraction via a multi-sequence alignment approach;unsupervised terminology graph extraction and decomposition;learning to classify text using a few labeled examples;a system to support legal case building and reasoning;different approaches to build brief ontologies;ontology engineering for the autonomous systems domain;cloud services composition support by using semantic annotation and linked data;identifying services from a service provider and customer perspectives;code quality cultivation;misbehavior discovery through unified software-knowledge models;an universal indexing system approach;determining the collaboration maturity of organizational teams;assessing the impact of in-government cooperation dynamics and discovering the relevance of external context to business processes.
The proceedings contain 55 papers. The topics discussed include: automatic analysis of web service honeypot data using machinelearning techniques;a security pattern-driven approach toward the automation of risk treat...
ISBN:
(纸本)9783642330179
The proceedings contain 55 papers. The topics discussed include: automatic analysis of web service honeypot data using machinelearning techniques;a security pattern-driven approach toward the automation of risk treatment in business processes;neural network ensembles design with self-configuring genetic programming algorithm for solving computer security problems;clustering for intrusion detection: network scans as a case of study;sensor networks security based on sensitive robots agents: a conceptual model;comments on a cryptosystem proposed by Wang and Hu;equivalent inner key recovery attack to NMAC;hybrid compression of the aho-corasick automaton for static analysis in intrusion detection systems;how political illusions harm national stability: fiscal illusion as a source of taxation;on fitness function based upon quasigroups power sequences;and usability of software intrusion-detection system in web applications.
data reduction is an important pre-processing step to both supervised and unsupervised machinelearning problems. In this paper, we investigate, in a first part, the two existing strategies for data reduction which ar...
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data reduction is an important pre-processing step to both supervised and unsupervised machinelearning problems. In this paper, we investigate, in a first part, the two existing strategies for data reduction which are feature selection (FS) and dimensionality reduction (DR). In a second part, we study the impact of different data reduction methods on supervised machinelearning in terms of classification accuracy and computational costs. In fact, we compare, in the one hand, the generated subsets of attributes by filter and wrapper algorithms as well as new variables constructed by two variants of a DR method. In the other hand, we compare the classification achieved on initial data set, reduced data sets and also on successively reduced size of the considered data sets.
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