As in the existing opinion summary data set, more than 70% are positive texts, the current opinion summarization approaches are reluctant to generate the negative opinion summary given the input of negative opinions. ...
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This paper presents an in-depth examination of Federated Learning (FL) effectiveness in Vehicular Ad-Hoc networks (VANETs) through systematic experimentation of road simulations. The paper methodically investigates th...
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ISBN:
(数字)9798350384765
ISBN:
(纸本)9798350384772
This paper presents an in-depth examination of Federated Learning (FL) effectiveness in Vehicular Ad-Hoc networks (VANETs) through systematic experimentation of road simulations. The paper methodically investigates the influence of various factors, such as communication range, client selection, vehicle density, and speed on FL performance within VANET systems. The findings emphasize that an increased communication range not only reduces communication overhead but also greatly enhances FL performance. Moreover, strategic client selection and optimal vehicular densities emerge as critical determinants for ensuring high-quality data and system efficiency. Remarkably, variations in vehicle speed are shown to have a minimal impact on FL performance, suggesting that vehicular speed has relatively limited effects on communication - efficiency. This paper offers a detailed understanding of the factors that affect FL performance in VANET systems, providing practical recommendations to optimize vehicular network systems.
The past decade has witnessed the widespread integration of the Internet of Things (IoT) in the evolution of smart locker systems. However, many existing systems rely on a single authentication method, limiting their ...
The past decade has witnessed the widespread integration of the Internet of Things (IoT) in the evolution of smart locker systems. However, many existing systems rely on a single authentication method, limiting their adaptability. These systems fail to account for potential unavailability of the chosen authentication method due to issues such as lost access cards, damaged cameras, or malfunctioning devices. Furthermore, the vulnerability of relying on a single authentication method, without considering dual-authentication approaches, poses a security risk, as unauthorized access could occur through eavesdropping or code interception. This paper addresses these shortcomings by introducing a smart locker system that incorporates multiple authentication methods, including dual authentication (utilizing both phone number and One Time Password (OTP)), fingerprint recognition, face recognition, and emergency code. Leveraging IoT technology, the system offers a range of authorization methods to grant access permission. The dual authentication method serves as the foundational security layer, significantly enhancing the locker’s overall security. The system is developed, implemented, and rigorously evaluated under various scenarios. The outcomes demonstrate superior performance compared to existing systems, particularly in terms of accuracy and flexibility.
This paper utilizes integer linear programming to construct directed spanning trees for optimal network resilience to multiple link failures. By minimizing the number of trees, it significantly reduces the required fl...
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ISBN:
(数字)9798350308396
ISBN:
(纸本)9798350308402
This paper utilizes integer linear programming to construct directed spanning trees for optimal network resilience to multiple link failures. By minimizing the number of trees, it significantly reduces the required flow configurations in software- defined networks, outperforming OSPF by up to 70.31% in the NSFNET topology.
Reinforcement learning (RL) is a well-studied framework to solve complex decision-making problems in unknown environments. The actor-critic model in RL facilitates autonomy transfer by allowing agents to iteratively u...
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We are developing a miniature self-driving car for the design contest at ICCE2024, which will be driven automatically by image processing of camera images. Our implementation uses a AMD/Xilinx SoC FPGA as the central ...
We are developing a miniature self-driving car for the design contest at ICCE2024, which will be driven automatically by image processing of camera images. Our implementation uses a AMD/Xilinx SoC FPGA as the central controller. The hardware of the programmable logic part of the SoC FPGA is used for object detection in the camera image and PWM control of the motors. Other processes are software-controlled by the processor of the SoC FPGA.
To address the challenges posed by the deployment of microservices of future end-user applications in the cloud continuum, a performance prediction model working together with a network elasticity controller will be n...
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Recently, low earth orbit (LEO) satellite has been attracting attention for communication. It supports higher link quality and reduces propagation delay compared with geostationary orbit (GEO) satellite. However, a si...
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The high velocity of LEO satellites can result in frequent handover (HO) in non-terrestrial networks (NTN). In a satellite environment, due to the high altitude, the signal strength variation between the cell center a...
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Consortium blockchains, with their decentralized characteristics, have found widespread applications across various industries. However, this also forms isolated data islands. These data islands have become obstacles ...
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