Energy efficient traffic data aggregation and routing for
Initially, the wavelength utility-based dynamic wavelength allocation approach (WU-DWA) was developed to facilitate efficient resource utilization.
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Initially, the wavelength utility-based dynamic wavelength allocation approach (WU-DWA) was developed to facilitate efficient resource utilization.
We propose a pointer network-based joint routing, modulation format, and spectrum allocation (PtrNet-RMSA) scheme to optimize the network capacity in elastic op
Request PDF | Resilient Resource Allocation Schemes in Optical Networks | Recent studies show that deliberate malicious attacks performed by high-power signals can put large
Results indicate that the proposed LoRB scheme can reduce blocking probability and enhance resource utilization, compared with three benchmarks in hybrid C/C+L band EONs.
Throughly considering the particularity of power optical cable network construction and the differences of cost structure, an evoluation index of resource sharing is designed, and an optimization
Elastic optical network (EON) architectures have been recently proposed as a candidate solution for provisioning of both huge bandwidth and flexible connections in next generation optical
Present-day wireless methods are necessary to support a variety of higher-speed data communication facilities for its subscribers such as cloud-based video streaming facilities. One
The novel impairment-aware resource allocation scheme proposed here prioritises traffic. It satisfies the quality and latency requirements of mission-critical traffic while caus-ing minimum disruptions to
Elastic Optical Network (EON) is the new generation of optical networks which tries to allocate available resources to clients'' demands optimally and prohibits the resource wastage. In
This article evaluates four routing algorithms for Elastic Optical Networks with Space Division Multiplexing and some of its most discussed problems, such as Fragmentation and Crosstalk. The
How to allocate network resources to QSChs, PIChs, and TDChs is emerging as a novel problem for the design of a security-guaranteed optical network. This article addresses the resource allocation
In Elastic Optical Networks (EONs), the frequency spectrum is divided into narrow frequency slots, and sequences of contiguous slots form channels. Gi
Executive Summary This whitepaper provides a comprehensive overview of modern cable network architecture, focusing on the access network, signal transmission technologies, and
All-optical multicasting with a single light-tree suffers inefficient distance-adaptive spectrum allocation from its large tree-spanning size. We propose a routing modulation format and
The algorithm improves serving rate, reduces the blocking and outage rates, and ensures more eficient resource allocation in SDM-EONs. It incorporates QoT awareness by utilizing the Gaussian Noise
The goal of this tutorial paper is to survey the resource allocation schemes and algorithms that aim at efficient and optimized use of transmission resources in spectrally and spatially flexible
Fiber network design is only possible with appropriate networking equipment, such as fiber optic cables, connectors, termination boxes, splicing
Driven by the finite available resources of a network, we propose a CDRA scheme in a software-defined optical access network, aiming to establish
Abstract Challenges while designing algorithms in fixed WDM are easier than the flexible optical networks. The major challenges in flexible optical networks are in related with physical layer, routing,
For the sake of high resource utilization to establish more connections of services, this paper proposes a cross-domain resource allocation (CDRA)
Today, elastic optical networks (EONs) are required to accommodate traffic with different service priorities. For example, mission‐critical applications such as industrial internet, smart grids, and
In this paper our focus is to explore and propose an ultimate optical wireless transport network architecture scheme that will cater for loT as well as networks beyond 5G.
Herein, we address the resource allocation problem of an elastic optical network that serves time‐ and disruption‐sensitive traffic.
Today, elastic optical networks (EONs) are required to accommodate traffic with different service priorities. For example, mission-critical applications