Nowadays face recognition methods are in great interest of computer vision area. the development of a face recognition method that provides a high level of reliability of the solution in the absence of restrictions on...
Nowadays face recognition methods are in great interest of computer vision area. the development of a face recognition method that provides a high level of reliability of the solution in the absence of restrictions on the source image is a very crucial task. the paper deals with analysis of existing algorithms for recognizing the geometric characteristics of the face. As a result a combined method for identifying the face was developed. the main goal of this paper is to develop methods for recognizing and detecting faces that increase the reliability of identification of objects of analysis, reduce the level of false recognition, reduce the training time of the classifier and the time of preliminary processing and recognition of the image.
With several upcoming long-duration crewed space missions, robots that have emotional intelligence capabilities are becoming increasingly critical in supporting the well-being and performance of astronauts. Long-durat...
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With several upcoming long-duration crewed space missions, robots that have emotional intelligence capabilities are becoming increasingly critical in supporting the well-being and performance of astronauts. Long-duration space missions subject astronauts to the effects of isolation, confinement, and exposure to extreme environments, which could take a toll on their mental health and affect crew cohesion. Emotionally-intelligent robots can mitigate these physical and psychological stresses, with social and cognitive computing (SCC) advancements providing promising avenues for achieving improved human-robot interaction (HRI) in space. For example, the social space robot Crew Interactive Mobile Companion (CIMON) uses SCC techniques to facilitate natural language communication in order to interpret voice commands, understand context, and respond appropriately to astronauts. SCC techniques already play a significant role in influencing emotionally-intelligent robots on Earth. SCC involves analyzing social behaviors and interactions to help artificial intelligence (AI) systems recognise emotional cues, and uses machine learning (ML) algorithms and natural language processing (NLP) to understand the context of emotional expressions in order to respond appropriately. When applied to space settings, emotionally-intelligent robots have the potential to provide emotional support, companionship and cognitive simulation to astronauts, as well as better support crew interactions, decision-making and assistance in carrying out missions. Emotionally-intelligent robots on Earththat use underlying SCC techniques have shown to provide comfort and companionship, mental stimulation, possess the ability to support decision-making and even reduce pain perception. However, there is not much research around emotionally-intelligent robots in space or the computing techniques behind them, with most research on HRI in space exploration covering the engineering aspects. this paper reviews exis
the proceedings contain 36 papers. the special focus in this conference is on Mathematical Aspects of Computer and Information Sciences. the topics include: Reliable Computation of the Singularities of the Projection ...
ISBN:
(纸本)9783030431198
the proceedings contain 36 papers. the special focus in this conference is on Mathematical Aspects of Computer and Information Sciences. the topics include: Reliable Computation of the Singularities of the Projection in R3 of a Generic Surface of R4;LaserTank is NP-Complete;A Parallel GPU Implementation of SWIFFTX;new Practical Advances in Polynomial Root Clustering;certified Hermite Matrices from Approximate Roots - Univariate Case;preface;Comprehensive LU Factors of Polynomial Matrices;generalized Integral Dependence Relations;evaluation of Chebyshev Polynomials on Intervals and Application to Root Finding;DD-Finite Functions Implemented in Sage;an Overview of Geometry Plus Simulation Modules;authorship Attribution by Functional Discriminant Analysis;common Vector Approach Based Image Gradients Computation for Edge Detection;optimal Transport to a Variety;a Numerical Efficiency Analysis of a Common Ancestor Condition;improved Cross-Validation for Classifiers that Make Algorithmic Choices to Minimise Runtime Without Compromising Output Correctness;a Fast Counting Method for 6-Motifs with Low Connectivity;IPO-Q: A Quantum-Inspired Approach to the IPO Strategy Used in CA Generation;second Order Balance Property on Christoffel Words;edge-Critical Equimatchable Bipartite Graphs;on a Weighted Spin of the Lebesgue Identity;on Parametric Border Bases;computing an Invariant of a Linear Code;acceleration of Spatial Correlation Based Hardware Trojan Detection Using Shared Grids Ratio;algebraic Analysis of Bifurcations and Chaos for Discrete Dynamical systems;automatic Synthesis of Merging and Inserting algorithms on Binary Trees Using Multisets in theorema;on the Chordality of Simple Decomposition in Top-Down Style;CUR LRA at Sublinear Cost Based on Volume Maximization.
In recent years, due to the importance of underwater image enhancement in underwater robot, underwater vehicle and ocean engineering, more and more extensive research has been done. It has evolved from implementing ph...
In recent years, due to the importance of underwater image enhancement in underwater robot, underwater vehicle and ocean engineering, more and more extensive research has been done. It has evolved from implementing physics-based solutions to using very cutting edge cnn and GANs. However, these cutting-edge algorithms often come at the cost of high computing power and time, which reduces the efficiency and portability of underwater working equipment using these algorithms. At the same time, these models have harsh requirements on data sets, leading to high cost of training and unfriendly to many underwater operations. therefore, this paper aims to propose a lightweight neural network structure, Shallow underwater neural network. these neural networks associate the original image directly withthe output of each convolutional layer, preserving the original features while enhancing the image and avoiding gradient descent. the experimental results show that the model has a good effect on image enhancement, and the structure is lightweight.
Bone age assessment (BAA) based on the hand X-ray image is used by the pediatric for measuring the growth of children, predicting their final height and also diagnosing some diseases. Beside this, it may be used for f...
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In recent years, the dramatic increase in the number of domain names has made it more difficult to accurately index and search web pages. An emerging method is to classify webpages according to various features of web...
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Selecting cryptographic algorithms for Internet of things (IoT) devices is a critical process as it directly impacts the security, performance, and viability of these devices. When selecting cryptographic algorithms f...
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Tertiary educational institutes especially universities have become one of the major consumers of paper. Since paper uses natural resources and energy, universities are being encouraged to turn processes paperless. Ho...
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the proceedings contain 32 papers. the topics discussed include: a comparative study of inverters for three phase induction motor drives to mitigate voltage sag;novel scheme for wide area oscillation control with sign...
ISBN:
(纸本)9781728100272
the proceedings contain 32 papers. the topics discussed include: a comparative study of inverters for three phase induction motor drives to mitigate voltage sag;novel scheme for wide area oscillation control with signal latency compensation;octagonal N-antenna for space research applications;an optimistic approach to interpret the DDoS attacks by wielding deterministic packet marking;sequencing of modules and prioritization of test cases using dependency structure matrix: survey;house resale price prediction using classification algorithms;an automatic localization of microaneurysms in retinal fundus images;energy conservative mobile sink path routing for wireless sensor networks;automatic electricity bill calculation using Arduino;a novel hidden camera destroyer to avoid un-lawful activity;and identification of autism in MR brain images using deep learning networks.
the notions of scientific community and research field are central elements for researchers and the articles they publish. We propose to explore the evolution of the FUN conference community since its creation from th...
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