The proceedings contain 25 papers. The topics discussed include: complete scene parsing for autonomous navigation in unstructured environments;semi-supervised meta-learning via self-training;value iteration solver net...
ISBN:
(纸本)9781728160788
The proceedings contain 25 papers. The topics discussed include: complete scene parsing for autonomous navigation in unstructured environments;semi-supervised meta-learning via self-training;value iteration solver networks;research on pulsar classification based on machinelearning;bias and raising threshold algorithm using learning agents for the best proportion-searching problem;a study on layers of deep neural networks;motion-blur-free high-frame-rate vision system with frame-by-frame visual-feedback control for a resonant mirror;complete scene parsing for autonomous navigation in unstructured environments;patternrecognition of dynamic social network;and a comparative study on HSV-based and deep learning-based object detection algorithms for pedestrian traffic light signal recognition.
The Strategic decision to take machinelearning and AI as a tool to enhance agriculture production is to enrich a farmer39;s valuable time. It has an immense opportunity to make secured crops and healthy environment...
详细信息
ISBN:
(纸本)9789813296909;9789813296893
The Strategic decision to take machinelearning and AI as a tool to enhance agriculture production is to enrich a farmer's valuable time. It has an immense opportunity to make secured crops and healthy environment in due time. In extreme weather condition and drastic change in a situation many predictive and recognition techniques will improve not only the quality of crops but also their ability to producible. In this context, we have dedicated a proposed model which will predict for a real-time environment which crop will be benefitted on producing and for any particular area what should be the environmental condition for healthy productivity. This is done by using a machinelearning algorithm in seasonal trend scenario with predictive analysis and applying a patternrecognition technique for discovering cropping pattern and their evaluation.
Feature selection forms an important aspect of machinelearning and character recognition. It is a process of selecting the most important features (attributes) from the dataset. Accurate feature selection results in ...
详细信息
ISBN:
(纸本)9789380544199
Feature selection forms an important aspect of machinelearning and character recognition. It is a process of selecting the most important features (attributes) from the dataset. Accurate feature selection results in significant reduction in the number of irrelevant (constant, redundant) attributes thereby, reducing the processing time and increasing the accuracy of the model without any loss of information. This paper focuses on the impact of feature selection and engineering in the classification of handwritten text by identifying and extracting those attributes of the training dataset that will contribute most towards the classification task using classifiers like J48, NaiveBayes and Sequential Minimal Optimization (SMO). This results in improved accuracy of the classifiers as compared to the work reported earlier. Further, a comparative performance evaluation of the classifiers used for OCR and patternrecognition is done. Initial classification performance of all the classifiers listed above was recorded on the raw dataset. Finally, the dataset was transformed after performing relevant feature selection and engineering on its attributes. The same classifiers were again trained on the transformed dataset and their accuracy was recorded. This paper uses the widely used MNIST dataset of handwritten digits for training the classifiers.
When modeling technical processes, the training data regularly come from test plans, to reduce the number of experiments and to save time and costs. On the other hand, this leads to unobserved combinations of the inpu...
详细信息
ISBN:
(纸本)3540405046
When modeling technical processes, the training data regularly come from test plans, to reduce the number of experiments and to save time and costs. On the other hand, this leads to unobserved combinations of the input variables. In this article it is shown, that these unobserved configurations might lead to un-trainable parameters. Afterwards a possible design criterion is introduced, which avoids this drawback. Our approach is tested to model a welding process. The results show, that hybrid Bayesian networks are able to deal with yet unobserved in- and output data.
This paper expounds the automatic recognition method of parts based on computer vision. The feature database of the processed parts is constructed by using machinelearning method. Image preprocessing, threshold segme...
详细信息
Nowadays, with the growing population of elderly people, the number of elderly without caregivers at home has also increased. It is clear that an elderly living alone at home is at higher risk of severe damage, due to...
详细信息
ISBN:
(纸本)9781509064540
Nowadays, with the growing population of elderly people, the number of elderly without caregivers at home has also increased. It is clear that an elderly living alone at home is at higher risk of severe damage, due to potential delays in notifying caregivers and providing care at healthcare facilities. This especially becomes critical in case of high-risk incidents such as stroke or heart attack. To address this issue, an increasing number of methods have been proposed that employ various fall detection algorithms for elderly people. In this paper, we propose a new algorithm to detect falls, using a multi-level fuzzy min-max neural network. The proposed algorithm is compared with three other machine-learning algorithms (MLP, KNN, SVM). The main focus of this paper is on the effect of dimensionality reduction with using the Principal Component Analysis (PCA) method inside the proposed algorithm. The evaluations show that the multi-level fuzzy min-max neural network provides a high level of accuracy with a small number of dimensions. This is in contrast to the other algorithms, where accuracy is further lowered after applying dimensionality reduction. The performance evaluation of this algorithm on a public dataset obtained using accelerometer sensor data with using three dimensions indicates an accuracy of 97.29% for the sensitivity metric and 98.70% for the specifity metric.
machinelearning is a part of Artificial Intelligence. A branch of artificial Intelligence(AI), that offers the capability to the system by learning on their own and work better from experience without human intervent...
详细信息
An attractor-lock-in Poincare section is formed through three space points of the minimum, mean and maximum of the attractor under test, with parameter needless manual selection. The key algorithm steps of automatic P...
详细信息
Finding stolen cars is becoming increasingly important in many urban regions. An automated system for scanning license plates can recognize vehicle numbers without the need for human interaction. This work proposes a ...
详细信息
The proceedings contain 60 papers. The topics discussed include: web accessibility challenges for disabled and generation of alt text for images in websites using artificial intelligence;developing ERP success model i...
ISBN:
(纸本)9781665482684
The proceedings contain 60 papers. The topics discussed include: web accessibility challenges for disabled and generation of alt text for images in websites using artificial intelligence;developing ERP success model in Indian manufacturing sector;lane line detection using machinelearning;real-time sign language to text and speech translation and hand gesture recognition using the LSTM model;a survey of cloud architectures: confidentiality, contemporary state, and future challenges;several categories of energy-efficient routing protocols, features, and security necessities in WSN: a review;face mask detection using convolution neural network;influence of time on efficiency of Indian capital markets: proposition of a recommendation engine;diet recommendation using predictive learning approaches;identification of fraud transactions using Lightgbm technique;machinelearning in student health - a review;comparative analysis of rainfall prediction using machinelearning and deep learning techniques;energy cognizant scheduling in three-layer cloud architecture: a systematic review;and investigation of thermographic images of photovoltaic modules using deep learning models.
暂无评论