This paper proposes a novel distributed implementation of neuroevolution of augmenting topologies method, which, considering the availability of sufficient computational resources, allows drastically speed up the proc...
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Due to amalgamation of large-scale distributed generations (DGs), low frequency oscillation (LFO) becomes the primary concern in power systems. Therefore, it becomes paramount to design wide area damping controller (W...
Due to amalgamation of large-scale distributed generations (DGs), low frequency oscillation (LFO) becomes the primary concern in power systems. Therefore, it becomes paramount to design wide area damping controller (WADC) to provide sufficient damping to LFO modes. To design WADC, the availability of all the states is required. However, practical power grid is similar to black-box system and to design such controllers, reconstruction of all the states is necessary. In this effort, an observer based prescribed degree robust WADC is proposed for DG integrated system to damp the critical LFO modes. Furthermore, the WADC parameters are tuned by Nyquist robustness assessment and loop transfer recovery (LTR). Geometric approach is utilized to find the suitable control location in DG system and wide-area signals. The efficacy of proposed WADC is demonstrated on a complex 16-machine, 68bus system, and its performance is also compared to conventional optimal control method. From the simulation results, it is evident that the proposed WADC for DG furnishes enhanced damping towards critical modes for broad operating scenarios.
Security/resilience is one of the four overarching aspects of 6G requirements. To enhance resilience, one potential technology that can be integrated into the network is blockchain. By leveraging synchronized and dist...
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ISBN:
(数字)9798331521165
ISBN:
(纸本)9798331521172
Security/resilience is one of the four overarching aspects of 6G requirements. To enhance resilience, one potential technology that can be integrated into the network is blockchain. By leveraging synchronized and distributed peers participating in the blockchain network, blockchain technology mitigates single points of failure and provides enhanced resilience. To demonstrate the potential application of blockchain in 6G networks, we analyzed the SUCI(Subscription Concealed Identifier) replay attack reported by the 3GPP(3rd Generation Partnership Project) and proposed a blockchain-based solution to address this issue. Using an open-source 5G project, we implemented and tested the feasibility of integrating blockchain into the network, showcasing its potential to enhance security and resilience in next-generation communication systems.
MATLAB distributedcomputing Server (MDCS) and Parallel Virtual Machine (PVM) software are two types of distributedcomputing environments. MDCS is recently used in selecting the best network training algorithm and as...
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The proceedings contain 37 papers. The topics discussed include: development of graphene oxide-based fluorescent sensing nanoplatform for microRNA-10b detection;memristor models for synapse component;a low-power high-...
ISBN:
(纸本)9780738132631
The proceedings contain 37 papers. The topics discussed include: development of graphene oxide-based fluorescent sensing nanoplatform for microRNA-10b detection;memristor models for synapse component;a low-power high-gain inverter stacking amplifier with rail-to-rail output;power side channel attack of AES FPGA implementation with experimental results using full keys;optimization of CNN model for image classification;electrothermal RRAM crossbar improvement with 3-D CRS and 1D1R-1R1D architectures;classification and identification of Alzheimer disease with fuzzy logic method;and novel capacitive MEMS logic gates for logic circuits and systems.
With the advancement in technology and the usage of internet, everything is just a click away from purchasing. It can be online shopping, banking, communicating or even watching movies. Many large e-commerce websites ...
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To enhance the forensic investigation of deepfake face-swap videos, it is essential to attribute the specific generation model used to create these videos. Despite the remarkable progress made in data-driven approache...
To enhance the forensic investigation of deepfake face-swap videos, it is essential to attribute the specific generation model used to create these videos. Despite the remarkable progress made in data-driven approaches, recent algorithms continue to encounter challenges in learning from limited annotated data, thereby limiting their performance. In this paper, we present a novel active learning framework for the model attribution of deepfake videos. Specifically, our approach leverages active learning to select the most informative videos, thereby effectively reducing the annotation effort. To achieve this, we propose a query function based on clustering, where the clustering features are generated by a projection network trained through supervised contrastive learning. Extensive experiments demonstrate that our method achieves state-of-the-art performance in model attribution of deepfake videos, surpassing other baseline methods in the field of active learning.
In distributed Database System (DBS) and multitasking system, the occurrence of deadlocks is one of the most serious problems. If a site request for a resource that is already in the another site which is waiting for ...
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The proceedings contain 34 papers. The topics discussed include: classification and authentication of mineral water samples using electronic tongue and deep neural networks;impact patterns of combining model pruning a...
ISBN:
(纸本)9781665416214
The proceedings contain 34 papers. The topics discussed include: classification and authentication of mineral water samples using electronic tongue and deep neural networks;impact patterns of combining model pruning and continual learning on model performance;boosting synthetic data generation with effective nonlinear causal discovery;artificial intelligence trends and future scenarios: relations between statistics and opinions;classification of human emotions using ensemble classifier by analyzing EEG signals;a modular approach to building solar energetic particle event forecasting systems.towards a trustworthy, secure and reliable enclave for machine learning in a hospital setting: the Essen medical computing platform (EMCP);and on the design of medical data ecosystem for improving healthcare research and commercial incentive.
The Semantic Web is aiming to add meaning and structure to the vast amount of data available online. It aims to make information machine-readable and interpret, unlike traditional web pages that are designed for human...
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ISBN:
(数字)9798331519582
ISBN:
(纸本)9798331519599
The Semantic Web is aiming to add meaning and structure to the vast amount of data available online. It aims to make information machine-readable and interpret, unlike traditional web pages that are designed for human consumption. The increase in adoption of semantic web technologies resulted in the generation of vast number of ontologies with varying size and heterogeneity. The efficient ontology matching system to align the large number of ontologies is extremely required to allow interoperability in cross domain. Although there are various ontology matching systems.available which could handle matching small ontologies but when it comes to matching large scale ontologies, high computational and space requirements is always a challenge. In this paper, an ontologies matching system is proposed which partition the large-scale healthcare ontologies in parallel using base level ontology partitioning method and the similarity between the entities are computed using Adjustment similarity computation method. However, the alignment discovery process demands high computational requirement, therefore in this proposed system, the distributed and parallel approach of Map Reduce technique is used to make system more scalable and efficient.
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