the proceedings contain 11 papers. the topics discussed include: the impact of digital analysis and large language models in digital humanity;solar trees: harnessing renewable energy for portable charging of low-capac...
the proceedings contain 11 papers. the topics discussed include: the impact of digital analysis and large language models in digital humanity;solar trees: harnessing renewable energy for portable charging of low-capacity devices;speech and language impairment detection by means of AI-driven audio-based techniques;simulation and analysis of dual unbalanced rotor effects on natural frequency in a digital twin shaft model;an analysis of the state of art of the metaverse and its disruptive impact on services;efficient methods for time synchronization in distributed radar systems;a real-time machine learning based solution for privacy enforcement in video recordings and live streaming;high-performance computing for the optimization of double-pipe heat exchanger operations;and understanding parental characteristics of child adoption candidates using MMPI-2 and evolutionary clustering.
Software Defined Wide Area Network (SD-WAN) is rapidly becoming an attractive solution for enterprise networks as it offers several benefits such as cost efficiency, increased bandwidth, and improved application perfo...
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ISBN:
(纸本)9798350399806
Software Defined Wide Area Network (SD-WAN) is rapidly becoming an attractive solution for enterprise networks as it offers several benefits such as cost efficiency, increased bandwidth, and improved application performance. However, SD-WAN also brings new challenges that must be addressed for effective deployment (i.e. openness, interoperability, network automation, monitoring, QoS guarantees, scalability and security). In this paper, we highlight the criticalities of this technology and analyze the solutions proposed by the state of the art. We then present a scalable framework based on distributed Reinforcement Learning agents for guaranteeing availability and QoS to business applications. We believe that our work provides valuable insights into the opportunities and challenges of SD-WAN technology and offers new perspectives for future research in this area.
the proceedings contain 92 papers. the topics discussed include: optimizing solar-powered electric vehicle management withdistributed decision making under shading conditions;slot antenna array with compact feed base...
ISBN:
(纸本)9798350316926
the proceedings contain 92 papers. the topics discussed include: optimizing solar-powered electric vehicle management withdistributed decision making under shading conditions;slot antenna array with compact feed based on a substrate integrated Fabry-Perot cavity;wideband Chebyshev bandpass filter via RFT for RF2 (Ka and V) bands and communication applications;optimizing atomic layer deposition using a hybrid of machine learning methods;mitigating rate-aware jamming attacks: a deceptive anti-jamming approach with enhanced utility;advanced deep learning approach for multiclass breast cancer detection from mammogram images;studying the influential factors for intention to use social networking sites;review of IPv6 mitigation techniques for enterprise local area networks;and service assurance in the transport of goods, to encourage the optimization of processes related to transport logistics and the reduction of waste.
Application domains such as automotive and the Internet of things may benefit from in-network computing to reduce the distance data travels through the network and the response time. Information Centric networking (IC...
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ISBN:
(纸本)9781450392570
Application domains such as automotive and the Internet of things may benefit from in-network computing to reduce the distance data travels through the network and the response time. Information Centric networking (ICN) based compute frameworks such as Named Function networking (NFN) are promising options due to their location independence and loosely-coupled communication model. However, unlike current operations, such solutions may benefit from orchestration across the compute nodes to use the available resources in the network better. In this paper, we adopt the State Vector Synchronization (SVS), an application dataset synchronization protocol in ICN, to enhance the neighborhood knowledge of in-network compute nodes in a distributed fashion. As such, we design distributed coordination for in-network computation (DICer) that assists the service deployments by improving the resolution of compute requests. We evaluate the performance of DICer against NFN and observe an increase in the resource utilization at the edge and a reduction in the request completion time.
Image Classification is the basis of Computer vision. Classification with image data finds a variety of applications in various fields. A comparative study of Classifying the images in the compressed and uncompressed ...
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this paper aims to examine the various factors that influence the consumption of short-form video on social media platforms. the examination includes both internal and external factors affecting user engagement. the s...
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Federated Learning (FL) is a distributed machine learning paradigm designed to address data silos and protect data privacy. However, in medical scenarios, the heterogeneity in data quality and the non-independent and ...
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Withthe continuous development of information technology, security issues from internal networks are becoming more and more important. Many anomaly detection algorithms are designed to identify anomalies, but these a...
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Handwriting recognition (HWR) is the ability of a computer to interpret and understand handwritten text. HWR involves gathering, storing, and processing digital pen data. HWR is used for many tasks, including writing ...
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Federated learning (FL) is a distributed learning method that reduces data transmission and privacy risks. However, the existence of a central server may become a target of attackers, resulting in an increased risk of...
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