The use of decision rules allows to extract information and to infer conclusions from relational databases in a reliable way, thanks to some indicators like support and certainty. Moreover, decision algorithms collect...
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The use of decision rules allows to extract information and to infer conclusions from relational databases in a reliable way, thanks to some indicators like support and certainty. Moreover, decision algorithms collect a group of decision rules that satisfies desirable properties to describe the relational system. However, when a decision table is considered within a fuzzy environment, it is necessary to extend all notions related to decision algorithms to this framework. This paper presents a generalization of these notions, highlighting the new definitions of indicators of relevance to describe decision rules and decision algorithms.(c) 2023 The Author(s). Published by Elsevier B.V. This is an open access article under the CC BY-NC-ND license (http://***/licenses/by-nc-nd/4.0/).
This paper proposes some new decision algorithms for basic properties of one-dimensional cellular automata (CA). In particular, it provides an algorithm for deciding surjectivity on finite configurations. Moreover, by...
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This paper proposes some new decision algorithms for basic properties of one-dimensional cellular automata (CA). In particular, it provides an algorithm for deciding surjectivity on finite configurations. Moreover, by using the classical decision algorithm for surjectivity and injectivity of Sutner, we provide a simple decision algorithm for openess (although its complexity is unchanged). Finally, a complete implication diagram between global properties of one-dimensional CA is provided. When possible the corresponding algorithms for one-sided CA are also given.
Researches on perception and control technologies are the most crucial area in autonomous driving systems and is the core to achieve fully autonomous ***,especially hardware-in-loop and algorithms-in-loop could accele...
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Researches on perception and control technologies are the most crucial area in autonomous driving systems and is the core to achieve fully autonomous ***,especially hardware-in-loop and algorithms-in-loop could accelerate the testing *** this article,based on the second World Intelligent Driving Challenge took place in Tianjin,held by CATARC in May 2018,with the combination of computer vision,edge detection,objection detection,Kalman filter and vehicle dynamics methods,constructed in the Automotive Artificial Intelligence Simulator environment,aiming at paving the road to the better research on simulation testing and autonomous driving.
The decision time of an infinite time algorithm is the supremum of its halting times over all real inputs. The decision time of a set of reals is the least decision time of an algorithm that decides the set;semidecisi...
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The decision time of an infinite time algorithm is the supremum of its halting times over all real inputs. The decision time of a set of reals is the least decision time of an algorithm that decides the set;semidecision times of semidecidable sets are defined similarly. It is not hard to see that omega(1) is the maximal decision time of sets of reals. Our main results determine the supremum of countable decision times as sigma and that of countable semidecision times as tau, where sigma and tau denote the suprema of Sigma(1) - and Sigma(2)-definable ordinals, respectively, over L-omega(1). We further compute analogous suprema for singletons.
Most estimation algorithms for adaptive treatment strategies assume that treatment rules at each decision point are independent from one another in the sense that they do not possess any common parameters. This is oft...
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Most estimation algorithms for adaptive treatment strategies assume that treatment rules at each decision point are independent from one another in the sense that they do not possess any common parameters. This is often unrealistic, as the same decisions may be made repeatedly over time. Sharing treatment-decision parameters across decision points offers several advantages, including estimation of fewer parameters and the clinical ease of a single, time-invariant decision to implement. We propose a new computational approach to estimation of shared-parameter G-estimation, which is efficient and shares the double robustness of the "unshared" sequential G-estimation. We use this approach to analyze data from the Scottish Early Rheumatoid Arthritis (SERA) Inception Cohort.
The problem of inland freight planning from the perspective of a medium size transport company operating in the EU market is studied. The authors embark on a path to put Information Technologies to work in order to re...
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The bio-inspired concept of deep learning has brought a revolution in artificial intelligence. It has challenged several areas including computer vision, signal processing, healthcare, transportation, security, roboti...
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ISBN:
(纸本)9781665413992
The bio-inspired concept of deep learning has brought a revolution in artificial intelligence. It has challenged several areas including computer vision, signal processing, healthcare, transportation, security, robotics and machine translation. The core idea is to make learning algorithms efficient and convenient to use for solving daily life problems. This technology is still naive and facing multiple challenges like massive data availability, computation and infrastructural cost, resource dependency, efficient resource utilization, model production and platform procurement. Also it is found that most of the structured and unstructured data comes in the form of images, captured through different types of sensors. These images if utilized efficiently, can serve as an effective tool to solve numerous problems. To target above, a resource independent deep learning framework is proposed in this article. This work is an effort towards deploying deep neural network off-premises for medical image analysis to eliminate on-premises resource dependency and making efficient use of pay-as-per-demand paradigm offered by cloud services. This approach not only reduces the overall infrastructural cost but also enables a diverse range of need-based computational resource selection. The proposed work has shown promising results and considered as an effort to promote cloud-based resource independent machine intelligence.
The ability to inform and facilitate data-driven decisions is at the core of Data Science, AI, and general Machine Learning techniques. To achieve this, all possible scenarios must be considered, and their outcomes mu...
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ISBN:
(纸本)9783031159190;9783031159183
The ability to inform and facilitate data-driven decisions is at the core of Data Science, AI, and general Machine Learning techniques. To achieve this, all possible scenarios must be considered, and their outcomes must be assessed logically and systematically to obtain accurate and applicable methods for knowledge discovery. There is compelling evidence from the cognitive sciences that intuition plays an important role in intelligence extraction and the associated decision-making process. As a consequence, the embedding of Artificial Intuition within AI would provide novel ways to identify and process information.
To propose a conceptual arrangement of reverse osmosis desalination plants, four comprehensive decision algorithms and a software are developed. Typically, commercial software predict the performance of the reverse os...
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To propose a conceptual arrangement of reverse osmosis desalination plants, four comprehensive decision algorithms and a software are developed. Typically, commercial software predict the performance of the reverse osmosis membranes based on their pre-determined configuration;however, the developed decision algorithms and the developed software in this study have the capability of introducing the conceptual arrangement of pretreatment units, reverse osmosis membranes, and energy recovery devices for both seawater and brackish water reverse osmosis plants. To perform a comprehensive study, alongside the developed software and the decision algorithms, both design considerations of the required equipment in pretreatment units and mathematical modeling of reverse osmosis membranes are included. Finally, to validate the accuracy of the developed decision algorithms and the software, four installed reverse osmosis desalination plants for producing drinking water from seawater and brackish water feeds are investigated. The algorithmic proposed plants for all four cases were in close agreement with the implemented industrial cases and World Health Organization standards.
The k-prefix-free, k-suffix-free and k-infix-free languages generalize the prefix-free, suffix-free and infix-free languages by allowing marginal errors. For example, a string x in a k-prefix-free language L can be a ...
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The k-prefix-free, k-suffix-free and k-infix-free languages generalize the prefix-free, suffix-free and infix-free languages by allowing marginal errors. For example, a string x in a k-prefix-free language L can be a prefix of up to k different strings in L. We also define finitely prefix-free languages in which a string x can be a prefix of finitely many strings. We present efficient algorithms that determine whether or not a given regular language is k-prefix-free, k-suffix-free or k-infix-free, and analyze the time complexity of the algorithms. We establish undecidability results for deciding these properties for (linear) context-free languages.
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