Lung disease screening using Chest x-ray (CXR) radiographs can obviously decrease the incidence of lung cancer. Using computer-aided diagnosis system to assist doctors in lung disease screening can greatly improve the...
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the proceedings contain 25 papers. the special focus in this conference is on Game theory for Networks. the topics include: design and Implementation of Targeted Poverty Alleviation System Based on Blockchain Network;...
ISBN:
(纸本)9783031231407
the proceedings contain 25 papers. the special focus in this conference is on Game theory for Networks. the topics include: design and Implementation of Targeted Poverty Alleviation System Based on Blockchain Network;an Intent-Based Routing Scheme in Satellite IoT;interference Management in Terrestrial-Satellite Networks Using Stackelberg Game;optimal Resource Allocation for Computation Offloading in Maritime Communication Networks: An Energy-Efficient design via Matching Game;game theoretic Analysis of Resource Allocation in Multi-tiered Networks;Energy-Efficient Multi-cell NOMA design via Coalition Formation Game;the Vaccination Game in Susceptible-Infected-Susceptible (SIS) Networks with Multipopulations;a Stochastic Bandwidth Scanning Game;port Capacity Leasing Games at Internet Exchange Points;multi-service Communication Isolation of Underground Pipe Gallery Based on WiFi6;a Phase Transition in Large Network Games;dynamic Pricing for Tenants in an Automated Slicing Marketplace;service Function Chain Placement in Cloud Data Center Networks: A Cooperative Multi-agent Reinforcement Learning Approach;the Art of Concession in General Lotto Games;providing Slowdown Information to Improve Selfish Routing;budgeted Adversarial Network Resource Utilization Games;MU-PDR: A Method of Fingerprint Passive Positioning for WiFi6 Based on MU-RTS/CTS;the Optimal Layer of User-Specific Reconfigurable Intelligent Surfaces Structure for Uplink Communication System;a Sophisticated Anti-jamming Strategy for a Joint Radar and Communication System;power Data Credible Decision-Making Mechanism Based on Federated Learning and Blockchain;a Service Protection Mechanism of Deterministic Networking Based on Segment Routing;cloud-Edge Collaboration Based Power IoT Scene Perception Mechanism;task Allocation Mechanism of Power Internet of things Based on Edge Routing Optimization.
Resting-state functional magnetic resonance imaging (rs-fMRI) based dynamic functional connectivity (dynamic FC) networks have been used to better comprehend the functioning of the brain, and have been used to early s...
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An Ultra-wideband (UWB) pentagon antenna is examined and simulated using CST microwave studio for detecting the tumor present in the brain. It is operating at the range 3.67GHz to 13.2GHz in free space. the substrate ...
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ISBN:
(纸本)9781728158754
An Ultra-wideband (UWB) pentagon antenna is examined and simulated using CST microwave studio for detecting the tumor present in the brain. It is operating at the range 3.67GHz to 13.2GHz in free space. the substrate of the microstrip antenna is designed using Flame Retardant (FR-4) substrate. the dimensions of the antenna are 44x30mm. For improving the bandwidth and directivity modifications is made in the patch and ground. the input radiations from the antenna are allowed to penetrate into the human head phantom containing tumor and the reflection coefficient is analyzed. the result shows that tumor head phantom has high reflection compared to tumor free model.
Today, system identification plays a pivotal role in control science and offering a myriad of applications. this paper places its focus on the identification of actuator models within real-world delta robots for infor...
Today, system identification plays a pivotal role in control science and offering a myriad of applications. this paper places its focus on the identification of actuator models within real-world delta robots for informing controller design. Two identification methods, namely NN-ARX and ARMAX, have been employed to extract the dynamic characteristics of the robot actuators, resulting in dynamic models of these integral components being derived. these dynamic models have been utilized in simulations for controller design, and due to the disparities in the identification models, distinct controllers have been realized. Subsequently, these controllers have been practically implemented on delta robots, and their performances have been subjected to a comprehensive comparative analysis. the results demonstrate that controllers integrating the identified actuator models outperformed those designed without the incorporation of the identification models. In practice, the implementation of controllers based on NN-ARX yielded the most favorable results among all the tested controllers. this research not only underscores the importance of accurate actuator models in control system design but also highlights the superior performance of neural network-based controllers in real-world robotic applications. In particular, the practical results of NN-ARX-based controllers were able to achieve significantly lower RMSE of 2.3562, 1.9531, and 2.1185 for the three motors, respectively, as opposed to the 4.1369, 3.0125, and 3.0363 achieved by the ARMAX-based controllers.
Neurotechnologies such as brain-computer interfaces, neuroprosthetics, neural-controlled exoskeletons, and brain stimulation systems are redefining how neurological patients are diagnosed and treated and how humans an...
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Neurotechnologies such as brain-computer interfaces, neuroprosthetics, neural-controlled exoskeletons, and brain stimulation systems are redefining how neurological patients are diagnosed and treated and how humans and machines interact. thus, they raise crucial ethical questions about how they can and should impact our lives during their integration into society. To have a positive impact on society, a new generation of neuroengineers need to be trained to be aware of these ethical concerns and address them in their research and development projects. In this paper, we present a university course on neurorehabilitation technologies designed and tested for integrating ethics and social sciences into neuroengineering education. Following a competences-centered didactic approach, we discuss how project-based learning can be applied to help the students acquire a diverse set of human-centered engineering competences. Our results show that students trained in this way learn to embed multiple ethical values into their neurore-habilitation technologies and successfully design and describe evaluation experiments in accordance withthe guidelines of a research ethics commission.
In this paper, the design problem of stabilizing controller is studied by using backstepping and domination control idea for a class of single-link robot systems, under the assumption that all the system parameters ar...
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Gadgets consuming less power have risen as a well-known subject in the cutting-edge electronics industry. Decrease in consumption of power makes a device increasingly dependable and productive. As a result, CMOS innov...
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ISBN:
(纸本)9781728158754
Gadgets consuming less power have risen as a well-known subject in the cutting-edge electronics industry. Decrease in consumption of power makes a device increasingly dependable and productive. As a result, CMOS innovation turned out to be most popular for low power utilization gadgets. Cutback on the voltage supply decreases the dynamic power loss quadratically and the leakage power linearly. Weak inversion current due to leakage is a prime candidate for standing power utilization. Since the feature sizes continue to reduce it has caused an exponential rise in weak inversion current due to leakage thanks to the reduction of sub-threshold voltage. As stated in the previous works, leakage power dissipation sooner or later may tower above the total power consumption as the size of technological features reduce to nano-meter scheme in submicron technologies. this paper is aimed to bring a thorough analysis and comparison of various leakage power reduction techniques used.
In today's visually driven market, book cover design plays a crucial role in conveying a work's narrative and thematic essence. However, conventional recommendation systems have largely overlooked the valuable...
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ISBN:
(数字)9798331508913
ISBN:
(纸本)9798331508920
In today's visually driven market, book cover design plays a crucial role in conveying a work's narrative and thematic essence. However, conventional recommendation systems have largely overlooked the valuable information embedded in cover designs, particularly regarding genre classification. Recognizing a book's genre from its cover is challenging due to the subtle and complex interplay of design elements. In this paper, we propose a multi-modal approach that integrates both visual and textual features extracted from book covers to predict their genres. Our method employs two complementary image embedding models-designed to capture both local and global visual information-alongside a text embedding module that incorporates cover text. We evaluated the proposed approach on a dataset comprising 57,000 books spanning 30 genres. Experimental results demonstrate that our method achieves a Top-1 accuracy of 52.98 % and a Top-3 accuracy of 75.27 %, outperforming state-of-the-art techniques and underscoring the potential of multi-modal integration for genre recognition.
design solves the problem because the design positively correlates with performance improvement and simplifies some problems. designthinking is a formal solution that solves problems creatively to increase product in...
design solves the problem because the design positively correlates with performance improvement and simplifies some problems. designthinking is a formal solution that solves problems creatively to increase product innovation. Frequently, to create solutions, developers will see from the perspective of products that are already on the market or use the latest technology to create design solutions; however, designthinking is a solution that uses the creativity of developers to create opportunities based on creativity from what already exists and can imagine the novelty of the product. the contradiction between solution and direction innovation emphasizes that both require variant designthinking practices. this research investigates several issues (i) the relationship between designthinking practices and constructs a value from a problem, and (ii) how to increase the value of this relationship to be moderated when the goal is determined to be solution innovation or direction innovation. this research contributes to providing increased value from the relationship between solution innovation and direction innovation according to the context of the problems faced. Moreover, developers can determine creative solutions that have value from a problem. By involving 137 freelance developers, researchers succeeded in proving that the UX Journey, a flexible designthinking-inspired model, can show that there is a positive relationship between the practice of user need elicitation and the value generated through designthinking is stronger for solution innovation than for direction innovation, with an average value of the solution is one (0.9136).
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