For the YOLOv8 pedestrian detection issue on embedded devices with high computational complexity and deployment challenges, we propose a novel lightweight pedestrian detection solution. This involves replacing YOLO...
详细信息
Scientifically constructing the power grid material warehousing network can improve the logistics operation efficiency, reduce the inventory cost and improve the efficiency of the whole power grid logistics system. In...
详细信息
Projection blurring and defocusing is a prevalent issue that can significantly degrade the quality and legibility of projected images and visual content. This paper introduces a novel method to address this problem th...
详细信息
A Kolmogorov-Arnold network (KAN) based Conditional Generative Adversarial network (CGAN) is proposed for single mode fiber channel *** results demonstrate that the KAN based CGAN aided channel modeling technique is a...
详细信息
Trusted Computing technology represents a significant element of cyber security systems, serving to guarantee the integrity and accessibility of data and systems. The incorporation of Trusted Computing introduces a se...
详细信息
Fast data transfer speeds are offered via Free Space optical (FSO) communications, which have applications in a variety of industries. Still, a significant obstacle to improving the performance of the FSO system is ac...
详细信息
The technological maturity of Quantum Key Distribution (QKD) products have generated high demand for secure key distribution in transmitting sensitive data. To provide this service, long-haul network operators are exp...
详细信息
ISBN:
(纸本)9783903176546
The technological maturity of Quantum Key Distribution (QKD) products have generated high demand for secure key distribution in transmitting sensitive data. To provide this service, long-haul network operators are exploring strategies for network-wide deployment of QKD devices while utilizing existing infrastructure. One approach is to place trusted nodes at existing in-line amplifier huts in the network. In this study, we present a near-optimal fiber span aggregation algorithm, which effectively minimizes the number of trusted nodes between Points-of-Presences (PoPs) in the network. In this study, we evaluate six different topological QKD network deployments and eight different technological QKD network deployments in terms of the total secure key rate, as well as the number of QKD fiber pairs deployed. Our results indicate that the span aggregation algorithm increases the distance between each trusted node by up to 20%, thereby reducing the overall number of trusted nodes. Capacity planning for various topologies and technology deployments on simulated Secure Application Entity (SAE) requests is undertaken. Our proposed capacity planning shows that a baseline deployment with span aggregation using a QKD device with a cut-off distance of 140 km can save up to 3 times the number of QKD deployed fibers as compared to a minimum spanning tree-based low-cost deployment.
Fibrous porous material has complex special network structure and porosity feature. Effective digital description of these complex micro structures is a challenge that needs to be solved in engineering fields. Buildin...
详细信息
Crowdsourcing is a way to solve complex tasks by publicly collecting solutions on the network. The crowdsourcing system that provides task completion and solution reuse facilitates human life and promotes economic dev...
详细信息
The proceedings contain 49 papers. The topics discussed include: usage of a graph neural network for large-scale network performance evaluation;multi-band provisioning in dynamic elastic opticalnetworks: a comparativ...
ISBN:
(纸本)9783903176331
The proceedings contain 49 papers. The topics discussed include: usage of a graph neural network for large-scale network performance evaluation;multi-band provisioning in dynamic elastic opticalnetworks: a comparative study of a heuristic and a deep reinforcement learning approach;efficient resource allocation scheme in multi-user LiFi networks based on angle oriented transceiver;design and performance evaluation of resilient optical path networks that adopt spatially-jointed flexible waveband routing;spectrum defragmentation with improved lightpath migration scheme in flex-grid networks;deploying PolKA source routing in p4 switches;performance of PON dynamic bandwidth allocation algorithm for meeting xHaul transport requirements;and parameter optimization for ultra-wideband opticalnetworks in the presence of stimulated Raman scattering effect.
暂无评论