IET Optoelectronics

短名IET Optoelectron.
Journal Impact2.35
国际分区TELECOMMUNICATIONS(Q3)
期刊索引SCI Q4中科院 4 区
ISSN1751-8768, 1751-8776
h-index48
国内分区计算机科学(4区)计算机科学工程电子与电气(4区)计算机科学光学(4区)计算机科学电信学(4区)

IET OPTOELECTRONICS 发表光电子学和光子学领域最先进的研究论文。该期刊涵盖的主题包括光学和光电材料、纳米光子学、超材料和光子晶体、光源(例如 LED、激光器和照明设备)、光调制和复用、光纤、电缆和连接器、光放大器、光电探测器和光接收器、光子集成电路、光子系统、光信号处理和全息和显示器。发表的大多数论文都描述了大学、工业和政府实验室的原始研究。然而,欢迎来函提出评论论文和教程,以及对特刊的建议。IET OPTOELECTRONICS 涵盖但不限于以下主题:光学和光电材料光源,包括 LED、激光器和照明设备光学调制和复用光纤、电缆和连接器光放大器光电探测器和光接收器光子集成电路纳米光子学和光子晶体光信号处理全息显示器

期刊主页投稿网址
涉及主题物理工程类计算机科学量子力学光学材料科学光电子学电气工程电信电子工程数学计算机网络激光器化学有机化学统计复合材料波长频道(广播)操作系统
出版信息出版商: John Wiley & Sons Inc.出版周期: Bi-monthly期刊类型: journal
基本数据创刊年份: 2007原创研究文献占比91.67%自引率:0.00%Gold OA占比: 75.56%
平均审稿周期 网友分享经验:>12周,或约稿
平均录用比例网友分享经验:容易

期刊引文格式

这些示例是对学术期刊文章的引用,以及它们应该如何出现在您的参考文献中。

并非所有期刊都按卷和期组织其已发表的文章,因此这些字段是可选的。有些电子期刊不提供页面范围,而是列出文章标识符。在这种情况下,使用文章标识符而不是页面范围是安全的。

只有1位作者的期刊

有2位作者的期刊

有3位作者的期刊

有5位以上作者的期刊

书籍引用格式

以下是创作和编辑的书籍的参考文献的示例。

学位论文引用格式

网页引用格式

这些示例是对网页的引用,以及它们应该如何出现在您的参考文献中。

专利引用格式

最新文章

On conditions influencing widespread deployment and commercialisation of space division multiplexing optical fibres in submarine cable systems

2024-9-11

Ultra‐low loss 2‐core fibre for expanding submarine cable capacity

2024-8-5

An unsupervised coherent receiver digital signal processing algorithm based on spectral clustering with no data preamble

2024-7-22

Continuous wave operation of broad area and ridge waveguide laser diodes at 626 nm

2024-7-21

Amplification technology for spatial division multiplexing signals transmitted using multicore fibres

2024-7-16

Experimental analysis of reducing outage probability using deep interleaving for long‐distance free space optical systems

2024-7-16

Application of machine learning for signal recognition in distributed fibre optic acoustic sensing technology

2024-6-21

How can we consider multi‐core fibre standard?

2024-6-9

Numerical simulation of a novel high performance solid‐state dye‐sensitised solar cell based on N719 dye

2024-6-6

In pursuit of high‐fidelity waveguide imaging restoration using deep learning algorithms: A review

2024-5-22

Investigating changes in the electric field profiles of transverse modes in fibres due to bending

2024-5-15

Research on vibration pattern recognition based on phase‐sensitive optical time domain reflectometry and voting fully convolution neural networks

2024-5-9

Point‐to‐point intensity modulation and direct detection flexible transceivers incorporating cascaded inverse fast fourier transform/fast fourier transform‐based multi‐channel aggregation/de‐aggregation techniques

2024-2-27

Formation of optical planar waveguides on fused quartz by MeV ion implantation

2024-2-13

Coding techniques for diversity enhancement of dense wavelength division multiplexing MIMO‐FSO fault protection protocols systems over atmospheric turbulence channels

2024-2-6

Influence of reference sphere on test accuracy of Ritchey–Common method

2024-1-16

Improving the performance of high‐sensitivity surface plasmon resonance biosensor with 2D nanomaterial coating (BP‐WS<sub>2</sub>) based on hybrid structure: Theoretical analysis

2023-12-1

Ensemble learning based defect detection of laser sintering

2023-10-30

Plasmonic refractive index nano sensor based on triplet coupled stub resonators based Fano resonances

2023-10-18

Breakdown effect of periodic perturbations to the robustness of topological phase in a gyromagnetic photonic crystal

2023-10-10

HCM‐based indoor optical wireless communications: Timing and data recovery

2023-10-1

Theoretical analysis of the electrical characteristics of lead‐free formamidinium tin iodide solar cell

2023-9-14

Performance evaluation technique for screen‐to‐camera‐based optical camera communications

2023-8-1

Guest Editorial: Selected papers from the 8th Biennial Colloquium &amp; 6th International Workshop on Optical Wireless Communications

2023-8-1

Electro‐optical spiking neural networks using an enhanced optical axon with pulse amplitude modulation and automatic gain controller

2023-8-1

Frame recovery using multiple images in rolling shutter based systems

2023-7-17

An optical digital‐to‐analog converter with a built‐in intensity converter consisting of silicon waveguide

2023-7-10

Material characterisation for optical wireless communication combining measurement and Monte Carlo simulations

2023-7-3

Non‐linear modelling and distortion compensation in optical Fast‐orthogonal frequency division multiplexing systems

2023-6-13

A unilateral 3D indoor positioning system employing optical camera communications

2023-6-9

Multispectral Optical camera communication links based on spectral signature multiplexing

2023-6-8

A surface plasmon resonance haemoglobin concentration sensor based on D‐type optical fibre with a graphene‐gold surface architecture

2023-6-6

Performance analysis of uplink optical wireless communications in the presence of a simultaneously transmitting and reflecting reconfigurable intelligent surface

2023-6-6

Topas‐based octa‐circular cladding and rectangular porous core photonic crystal fibre for terahertz waveguide

2023-6-5

Carrier synchronisation in multiband carrierless amplitude and phase modulation for visible light communication‐based IoT systems

2023-6-2

Enhanced secrecy outage probability for multiple‐input single‐output‐VLC systems through optical beamforming and improved light emitting diodes deployment

2023-4-21

Nanopillar arrays of mesoporous Bi <sub>2</sub> Se <sub>3</sub> and CuInSe <sub>2</sub> in layer‐based perovskite solar cells

2023-4-1

Fairness analysis of indoor multi‐user communications through steerable IR‐beam

2023-2-3

Implementation of optical neural network based on Mach–Zehnder interferometer array

2022-11-23

Electrophoretic deposited gold nanoparticle thin film on silver substrate

2022-11-16

Silicon integrated frequency‐tunable microwave photonic bandpass filter

2022-11-15

帮你贴心管理全部的文献

研飞ivySCI,高效的论文管理

投稿经验分享

分享我的经验,帮你走得更远

Built withby Ivy Science
Copyright © 2020-2024
版权所有:南京青藤格致信息科技有限公司