Journal of Electrical Systems

Journal of Electrical Systems 由 ESRGroups 出版。按 OpenAlex 近年发文统计，该刊主要发表 Advanced Neural Network Applications、Artificial Intelligence in Healthcare、Microgrid Control and Optimization 等主题的论文，这 3 个主题约占 19%，主导子领域为 Electrical and Electronic Engineering。（根据 OpenAlex 主题统计与中科院分区数据生成）

Call for Papers | Special Issue on: Comparison of 5G and Emerging 6G Technology and Its Application todevelop New Generation of Wireless Sensor Networks As the digital world becomes increasingly intelligent, automated and ubiquitous, the flow of data becomes ever more vital. Mobile wireless networks are the data highways, and in a fully connected, intelligent digital world, they will need to connect everything from people, vehicles, sensors, data, cloud resources and even robotic agents. Fifth generation (5G) wireless networks that are being released soon offer significant advances, but may be unable to meet the full connectivity demands of emerging systems.5G technologies have always been associated with trade-offs which involve latency, power consumption, deployment costs, hardware complexity, experienced throughput, end- to-end reliability, and communication resilience. Of course, AI is predicted to play a big part in any new standard and one way may be that it allows us to specify even less of what is happening, and just let individual intelligent machines fill in the gaps in our standard. The idea of auto tuning the modem in the field is a new one that may well play an important role in 6G. It would be expected that AI would be fully integrated into an intelligent network system in time for 6G that is called “distributed intelligent wireless computing”, so that the 6G network may also be defined with an expectation of deep learning. On the contrary, the market demands of 2030 and beyond will introduce new applications, with more stringent requirements (in terms of ultrahigh reliability, capacity, energy efficiency, and low latency) which may saturate the capacity of traditional technologies for wireless systems. 6G will contribute to fill this gap. This special issue envisions and emphasizes on this point that how 6G systems can be developed to address the needs of smart networks of the future. Several potential 6G use cases and attempts to provide estimates on requirements to guide design. The demands are daunting, but several promising technologies that can provide the basis for 6G systems are also surveyed. On the Other hand, many of the cellular devices connected nowadays are machines (IoT) rather than people, with the rise of Smart Homes, Smart Building and Smart Cities, so 5G and 6G will include increased demands for machine-to-machine communications, including robotic and autonomous drone delivery and transport systems. The Internet-of-Everything (IoE) is a related development. Other trends predicted for 6G include Ultra-dense cell networks, Reconfigurable Hardware, Millimeter Waves for user access, enhanced Optical-Wireless interface, Networked VLC, Intelligent Networking and technologies to enable Full Immersive Experience for users. One thing we can be confident on is that users will demand and expect greater global coverage, higher capacities and always-on connectivity for new and future internet services and applications, and that 6G will be expected to deliver all of these. One factor in the drive towards 6G is the growing trend of Software Defined Radio (SDR) and Software Defined Networking (SDN): These mean that future 6G technologies will be easier to upgrade to, with cloud-based resources and software loads enabling upgrade of existing 4G and future 5G equipment to enable 6G applications. This reduces the expensive and disruptive “fork lift” upgrades of previous mobile standards, which generally entail replacement of physical infrastructure. Inter-vendor operability is also an increasing trend, with democratization fueled through open-source development of technologies. This special issue has focused on A Vision of 6G Wireless Systems: Applications, Trends, Technologies, and Open Research Problems and is not limited to these topics mentioned above and it can be found more research areas in this domain lf technology for all researchers and scientists who work and do research extensively in these profession

摘自期刊官网 Aims & Scope

研究方向（LetPub）：ENGINEERING, ELECTRICAL & ELECTRONIC

编委会国家分布：未见中国大陆编委；主要国家 美国 2、印度尼西亚 1（共 3 位编委标注了国家） 编委会 ↗出版商官网 · 2026-11-01

中科院期刊分区表

CiteScore 分区（Scopus，2026 年 6 月版）

Scopus 按 CiteScore 在每个学科内为期刊排名，百分位 75 及以上为 Q1，每 25 为一档；与中科院分区是不同体系。LetPub

数据库收录

ScopusLetPub

预警 / 风险提示：预警提示：2024年08月19日被ESCI期刊列表Editorial除名 2026年03月发布的新锐学术版：不在预警名单中 2025年03月发布的2025版：不在预警名单中 2024年02月发布的2024版：不在预警名单中 2023年01月发布的2023版：不在预警名单中 2021年12月发布的2021版：不在预警名单中 2020年12月发布的2020版：不在预警名单中LetPub

不同版本、大类与小类分别展示，不将不同评价口径合并为一个分区值；投稿与考核前请确认所在机构采用的版本。

影响力指标

CiteScore 2026-06

1.1LetPub · 2026-11-01

SJR 2026-06

0.17LetPub · 2026-11-01

SNIP 2026-06

0.33LetPub · 2026-11-01

h-index

20OpenAlex · 2026-11-01

i10-index

76OpenAlex · 2026-11-01

两年平均被引

0.87OpenAlex · 2026-11-01

Gold OA 文章占比

0%LetPub · 2026-11-01

发文规模

年文章数

66LetPub · 2026-11-01

不同来源的统计口径与观测时间不同，页面保留各来源原值；“出版商公布”为期刊官网自述数据。

平均审稿速度（社区反馈）

10 WeeksLetPub · 2026-11-01

评审方式

盲审LetPub

社区反馈来自投稿者样本，置信度 0.5，不代表期刊承诺；“出版商公布”的时间节点定义以官网为准。

费用以期刊官网为准；不同来源的观测时间可能不同，页面保留各来源原值，不做平均。

出版商

ESRGroups

出版国家或地区

France

出版语言

English

ISSN

1112-5209

官方链接

• 期刊主页 ↗OpenAlex
• 作者指南 ↗LetPub
• Aims & Scope ↗LetPub
• 专刊 / 特刊征稿 ↗出版商官网
• 评审流程 ↗LetPub
• 编委会 ↗LetPub