中国计算机学会(CCF)推荐学术会议-A(计算机网络):SIGCOMM 2026

SIGCOMM 2026

ACM SIGCOMM is the flagship annual conference of the ACM Special Interest Group on Data Communication (SIGCOMM). ACM SIGCOMM 2026, the 40th edition of the conference series, will be held in Denver, Colorado, USA.

重要信息

CCF推荐:A(计算机网络)

录用率:16.1%(74/461,2025年)

时间地点:时间待定-丹佛·美国

截稿时间:2026年2月6日

大会官网:https://conferences.sigcomm.org/sigcomm/2026/

Call for Papers

All types of computer networks, including mobile, wide-area, data center, embedded, home, and enterprise networks.

All types of wired and wireless technologies, including optics, radio, acoustic, and visible light-based communication.

All aspects of networks and networked systems, such as network architecture, packet-switched and circuit-switched hardware and software, virtualization, mobility, resource management, performance, energy consumption and environmental impact, topology, robustness, security, diagnosis, verification, privacy, economics, evolution, and interactions with applications.

All parts of the network life cycle, including planning, designing, building, operating, troubleshooting, migrations, and end-of-life.

All approaches and techniques applied to networking, including theory, analysis, experimentation, and AI/machine learning.

Submissions

Submissions should be in two-column, 10-point format, and can be up to 12 pages in length with as many additional pages as necessary for references and optional appendices.

Submissions and final papers may include appendices (following references, not counting against the 12 pages). Reviewers are not required to read appendices or consider them in their review. Authors should thus ensure that the core paper is complete and self-contained. For example, if the appendix provides details of a proof or experiment, the body should summarize the key result. Appendices may also include non-traditional material, such as videos, datasets, and code, all appropriately anonymized.

相关推荐
Aaron15881 天前
通信灵敏度计算与雷达灵敏度计算对比分析
网络·人工智能·深度学习·算法·fpga开发·信息与通信·信号处理
北京耐用通信1 天前
极简部署,稳定通信:耐达讯自动化Profibus光纤链路模块赋能物流自动化喷码效率提升
人工智能·物联网·网络协议·自动化·信息与通信
谢怜821 天前
电网计算机网络第六章应用层
网络·计算机网络
CS创新实验室1 天前
《计算机网络》深入学:拥塞控制
开发语言·计算机网络·php
colicode1 天前
企业短信接口开发对接全攻略:企业级短信服务集成与安全管控
前端·安全·信息与通信
北京耐用通信1 天前
无需编程,三步即连——耐达讯自动化Profibus光纤模块重新定义配置效率
人工智能·物联网·网络协议·自动化·信息与通信
饥饿的半导体1 天前
UCAS国科大 2025-2026秋 计算机网络 孙毅、张瀚文老师
计算机网络
MARS_AI_1 天前
AI重构企业沟通:云蝠智能大模型如何重塑客户服务生态
人工智能·自然语言处理·信息与通信·agi
xixixi777771 天前
2026 年 1 月 30 日 AI + 通信 + 安全前沿信息集成
算法·安全·ai·大模型·安全威胁分析·信息与通信·通信
stillaliveQEJ1 天前
【计算机网络】
网络·计算机网络