Conference Overview

会议简介

The 2027 International Conference on 6G Communication and Terahertz Technology (6GCTT 2027) will be grandly held in Beijing, China from July 3 to 5, 2027, themed on Integrated Sensing‑Communication‑Computing & Terahertz Empowerment — Frontier and Applications of 6G Ubiquitous Intelligent Communication. With the comprehensive commercialization and large‑scale deployment of 5G, the global communication industry is accelerating toward the 6G era. As a core enabling technology for 6G ultra‑high‑speed, ultra‑large‑capacity and ultra‑low‑latency communications, terahertz technology has become a strategic high ground in global technological competition. 6GCTT 2027 focuses on cutting‑edge research directions of 6G and terahertz technology, exploring the latest progress and future trends in related key fields.

This conference will gather top scholars, senior engineers, industry leaders and young students from more than 30 countries and regions. Through keynote speeches, special reports, paper presentations, technical exhibitions and round‑table forums, participants will share the latest academic achievements, technological innovations and practical experiences covering 6G fundamental theory, terahertz physical‑layer technologies, air‑interface transmission, integrated sensing‑communication‑computing, AI‑native intelligent communication, space‑air‑ground‑sea integrated networks, communication security, hardware implementation, green low‑carbon communication, standardization, vertical industry applications and emerging beyond‑6G technologies, to deepen industry‑university‑research cooperation and accelerate technological achievement transformation.

2027年6G通信与太赫兹技术国际会议(6GCTT 2027)将于2027年7月3日至5日中国北京隆重召开,会议主题为通感算一体·太赫兹赋能——6G全域智能通信前沿与应用。随着5G技术的全面商用和规模化部署,全球通信产业正加速迈向6G时代。太赫兹技术作为6G超高速、超大容量、超低时延通信的核心支撑技术,已成为全球科技竞争的战略制高点。6GCTT 2027将聚焦6G与太赫兹技术前沿研究方向,探讨相关关键领域的最新进展与未来趋势。

本次会议将汇聚全球30多个国家和地区的顶尖学者、资深工程师、产业领袖及青年学子。通过主旨报告、特邀报告、论文宣讲、技术展览与圆桌论坛等形式,与会者将分享最新学术成果、技术创新与实践经验,涵盖6G基础理论、太赫兹物理层技术、空口传输、通感算一体化、AI原生智能通信、空天地海一体化网络、通信安全、硬件实现、绿色低碳通信、标准化、垂直行业应用及前沿后6G技术等方向,深化产学研合作,加速技术成果转化落地。

We look forward to meeting you in Beijing in July 2027!
2027年7月,我们在北京期待与您相聚!

Download Call for Papers (会议宣传单) Download Conference Announcement (会议通知下载)

Call For Papers

International Conference on 6G Communication and Terahertz Technology (6GCTT 2027)
6G通信与太赫兹技术国际会议

  • Stochastic Geometry Analysis for 6G Ultra-Dense Networks|6G超密集网络随机几何分析
  • Theoretical Framework of Space-Air-Ground-Sea Integrated 6G Networks|空天地海一体化6G网络理论框架
  • Native-Intelligent 6G Network Architecture and Protocol Stack|内生智能6G网络架构与协议栈
  • Network Slicing Resource Allocation Theory for Heterogeneous 6G Services|异构6G业务网络切片资源分配理论
  • Fundamental Limits of Terahertz Ultra-Broadband Communication|太赫兹超宽带通信容量极限理论
  • Digital Twin-Driven 6G Network Modeling and Optimization|数字孪生驱动6G网络建模与优化
  • Theoretical Analysis of Integrated Sensing-Communication-Computing|通感算一体化基础理论分析
  • Convergence Theory of 6G and Computing-Power Networks|6G与算力网络融合基础理论
  • Terahertz Channel Modeling, Propagation Characteristics and Statistical Analysis|太赫兹信道建模、传播特性与统计分析
  • Terahertz Waveform Design, Modulation and Coding Schemes|太赫兹波形设计、调制与编码方案
  • Terahertz MIMO Channel Estimation and Equalization Algorithms|太赫兹MIMO信道估计与均衡算法
  • Anti-Interference and Anti-Fading Technologies for Terahertz Communication|太赫兹通信抗干扰与抗衰落技术
  • AI-Driven Terahertz Signal Detection and Demodulation|人工智能驱动太赫兹信号检测与解调
  • Terahertz NOMA/OTFS Multi-Access Transmission Mechanism|太赫兹NOMA/OTFS多址接入传输机制
  • Terahertz Physical-Layer Security and Anti-Eavesdropping|太赫兹物理层安全与抗窃听技术
  • Joint Sensing-Communication Signal Processing for Terahertz Systems|太赫兹系统通感一体化联合信号处理
  • Ultra-Massive MIMO and Holographic Beamforming for 6G|6G超大规模MIMO与全息波束赋形
  • Reconfigurable Intelligent Surface (RIS)-Assisted 6G Transmission|可重构智能表面辅助6G传输技术
  • Novel Air-Interface Frame Structure for Terahertz Broadband Systems|太赫兹宽带系统新型空口帧结构
  • Ultra-Reliable Low-Latency (URLLC) Transmission for 6G|6G超高可靠超低时延传输技术
  • Millimeter-Wave-Terahertz Hybrid Broadband Transmission|毫米波-太赫兹混合宽带传输
  • High-Mobility Scenario 6G Doppler Compensation Technology|高速移动场景6G多普勒补偿技术
  • Energy-Efficient Transmission Optimization for 6G-Terahertz Links|6G-太赫兹链路能效传输优化
  • Non-Orthogonal Asymmetric Modulation for Next-Generation Air-Interface|下一代空口非正交非对称调制技术
  • ISAC System Architecture, Waveform Co-Design and Resource Allocation|通感一体化系统架构、波形协同设计与资源分配
  • Terahertz High-Resolution Imaging and Target Detection via ISAC|基于太赫兹通感一体化的高分辨率成像与目标检测
  • ISAC-Enabled Positioning, Tracking and Environmental Perception|通感一体化定位、跟踪与环境感知
  • Joint Communication-Sensing Interference Suppression Mechanism|通感联合干扰抑制机制
  • ISAC for Autonomous Driving and Vehicular Networks|面向自动驾驶与车联网的通感一体化技术
  • Edge-Computing-Assisted Distributed ISAC Signal Processing|边缘计算辅助分布式通感信号处理
  • Privacy-Preserving Sensing in 6G ISAC Systems|6G通感一体化系统隐私保护感知技术
  • Performance Evaluation and Testbed Design for ISAC Prototype|通感一体化原型性能评估与测试平台设计
  • Large-Model-Driven Intelligent Network Orchestration and Self-Optimization|大模型驱动智能网络编排与自优化
  • Federated Learning and Edge Intelligence for 6G Resource Management|联邦学习与边缘智能用于6G资源管理
  • Deep-Learning-Based Terahertz Channel Prediction and Compensation|深度学习太赫兹信道预测与补偿
  • Intelligent RIS Beam Control Based on Reinforcement Learning|基于强化学习的智能超表面波束调控
  • LLM-Empowered Collaborative Sensing-Decision in 6G Networks|大模型赋能6G网络协同感知与决策
  • Intelligent Anomaly Detection and Fault Diagnosis for 6G Systems|6G系统智能异常检测与故障诊断
  • Digital Twin Simulation and AI-Based Optimization for 6G Networks|6G网络数字孪生仿真与AI优化
  • Transfer Learning for Cross-Scenario 6G Communication Optimization|迁移学习用于跨场景6G通信优化
  • Satellite-HAP-Ground Heterogeneous Network Handover and Mobility Management|卫星-高空平台-地面异构网络切换与移动性管理
  • Terahertz High-Speed Backhaul for Satellite-Ground Integrated Networks|星地一体化网络太赫兹高速回传
  • UAV-Assisted 6G Coverage Enhancement and Relay Transmission|无人机辅助6G覆盖增强与中继传输
  • Underwater Terahertz Communication and Marine Network Connectivity|水下太赫兹通信与海洋网络连通性
  • Cross-Layer Resource Allocation for Space-Air-Ground-Sea Networks|空天地海网络跨层资源分配
  • Anti-Jamming and Secure Transmission for Integrated Heterogeneous Networks|一体化异构网络抗干扰与安全传输
  • Low-Orbit Satellite-6G Convergence and Inter-Satellite Link Design|低轨卫星-6G融合与星间链路设计
  • Performance Analysis of Integrated Networks Under Complex Channel Conditions|复杂信道条件下一体化网络性能分析
  • Native Security Architecture and Threat Modeling for 6G Networks|6G网络内生安全架构与威胁建模
  • Physical-Layer Authentication and Key Generation for Terahertz Links|太赫兹链路物理层认证与密钥生成
  • Blockchain-Based Trusted Identity and Secure Data Transmission|基于区块链的可信身份与安全数据传输
  • Privacy Preservation in 6G ISAC Sensing and Data Sharing|6G通感感知与数据共享隐私保护
  • Intrusion Detection and Attack Defense for 6G Edge Computing Systems|6G边缘计算系统入侵检测与攻击防御
  • Security Analysis of Large-Model-Empowered 6G Intelligent Networks|大模型赋能6G智能网络安全分析
  • Anti-Tampering and Reliable Transmission for Industrial 6G Scenarios|工业场景6G防篡改与可靠传输
  • Cross-Domain Security Isolation and Access Control in 6G Networks|6G网络跨域安全隔离与访问控制
  • Terahertz RF Chips, Power Amplifiers and High-Speed Transceivers|太赫兹射频芯片、功率放大器与高速收发机
  • Photonic Integrated Circuits and Metamaterials for Terahertz Systems|太赫兹系统光子集成电路与超材料
  • Hardware Implementation and Prototype Verification of RIS|智能超表面硬件实现与原型验证
  • High-Speed Baseband Chips and Parallel Signal Processing Hardware|高速基带芯片与并行信号处理硬件
  • Lightweight Communication-Sensing Terminal Hardware Design|轻量化通感一体化终端硬件设计
  • Terahertz Test Instrumentation, Calibration and Measurement|太赫兹测试仪器、标定与测量技术
  • 6G-Terahertz System-on-Chip (SoC) Architecture Design|6G-太赫兹片上系统(SoC)架构设计
  • Reliability Analysis and Heat Dissipation Optimization of 6G Devices|6G器件可靠性分析与散热优化
  • Energy-Efficient Network Architecture and Dynamic Sleep Mechanism for 6G|6G高能效网络架构与动态休眠机制
  • Low-Power Modulation and Passive Communication for Terahertz Links|太赫兹链路低功耗调制与无源通信
  • Energy-Saving Scheduling of Computing Resources in 6G Computing-Power Networks|6G算力网络计算资源节能调度
  • Carbon-Emission Modeling and Optimization for Integrated Heterogeneous Networks|异构一体化网络碳排放建模与优化
  • Renewable-Energy-Powered 6G Base Station Deployment Strategy|可再生能源供电6G基站部署策略
  • Low-Power Sensing Algorithms for Green ISAC Systems|绿色通感一体化低功耗感知算法
  • Energy-Efficiency Trade-Off Analysis of 6G-Terahertz Communication|6G-太赫兹通信能效权衡分析
  • Hardware-Level Energy-Saving Design for 6G Terminals|6G终端硬件级节能设计
  • Spectrum Sharing, Coexistence and Interference Analysis for Terahertz Bands|太赫兹频段频谱共享、共存与干扰分析
  • 3GPP/IEEE Standardization of 6G-Terahertz Communication Technologies|6G-太赫兹通信技术3GPP/IEEE标准化
  • Performance Metrics, Evaluation Indicators and Test Benchmarks for 6G|6G性能指标、评估参数与测试基准
  • Field Trial Design and Measurement Campaigns for 6G Prototype Systems|6G原型系统外场试验设计与实测
  • Spectrum Regulation and Technical Feasibility Analysis for Ultra-Broadband Bands|超宽带频谱规制与技术可行性分析
  • Interoperability Testing of Heterogeneous 6G-Terahertz Devices|异构6G-太赫兹设备互操作性测试
  • Standardization of Integrated Sensing-Communication Systems|通感一体化系统标准化研究
  • Patent Layout and Technical Standard Analysis for Next-Gen Communication|下一代通信专利布局与技术标准分析
  • 6G-Enabled Industrial Internet, Intelligent Manufacturing and Edge Automation|6G赋能工业互联网、智能制造与边缘自动化
  • Terahertz Nondestructive Testing and Industrial Sensing Systems|太赫兹无损检测与工业感知系统
  • 6G-Based Vehicular Networks, Cooperative Driving and Road Perception|基于6G的车联网、协同驾驶与道路感知
  • Remote Medical Monitoring and Holographic Telemedicine via 6G ISAC|6G通感一体化远程医疗监测与全息远程诊疗
  • XR/Metaverse Immersive Communication Based on 6G-Terahertz Links|基于6G-太赫兹链路的XR/元宇宙沉浸式通信
  • Precision Agriculture Perception and IoT Monitoring with 6G|6G精准农业感知与物联网监测
  • Emergency Communication Systems for Disaster Monitoring and Rescue|灾害监测救援应急通信系统
  • Smart Grid Monitoring and Power IoT Based on 6G Secure Communication|基于6G安全通信的智能电网监测与电力物联网
  • Long-Term Vision and Technical Roadmap of Beyond-6G Communication|后6G通信长期愿景与技术路线图
  • Extreme-Bandwidth Communication Theory for Terahertz and Optical Wireless|太赫兹与光无线极端带宽通信理论
  • Quantum-Enhanced 6G Communication and Anti-Eavesdropping Technologies|量子增强6G通信与抗窃听技术
  • Holographic Communication and Full-Dimensional Perception for Future Networks|未来网络全息通信与全维度感知
  • Ultra-Large-Scale Intelligent Networking for Post-2030 Communication|2030年后超大规模智能组网技术
  • Cross-Domain Integration of 6G, AI and Quantum Information|6G、人工智能与量子信息跨域融合
  • Theoretical Limits of Ultra-Massive Connectivity in Future Communication|未来通信超大规模连接理论极限
  • Emerging Materials and Novel Devices for Next-Gen Wireless Systems|下一代无线系统新兴材料与新型器件

Conference Proceedings

Submissions will be peer-reviewed by technical committee members. Accepted papers after proper registration and presentation will be published in the International Conference Proceedings.

所有提交的论文都将由会议委员会进行同行评审。被录用的文章在完成注册和演讲要求后将被出版在会议论文集中。

📄 Word Paper Template 📑 LaTeX Paper Template
🔗 Submit Your Paper Now

Special Sessions

专题会议

Proposal Template 下载提案模板

6G Agent Communication and Internet of Agents

6G智能体通信与智能体互联网

  • • Distributed agent communication architecture and protocols 分布式智能体通信架构与协议
  • • LLM-driven semantic communication technologies 大模型驱动的语义通信技术
  • • Multi-agent collaborative resource scheduling 多智能体协同资源调度
  • • Industrial agents and service robot applications 工业智能体与服务机器人应用

Cell-Free Massive MIMO for 6G Networks

面向6G的无蜂窝大规模MIMO技术

  • • Cell-free system architecture and distributed signal processing 无蜂窝系统架构与分布式信号处理
  • • Resource allocation for large-scale distributed antennas 大规模分布式天线资源分配
  • • Integration of cell-free and RIS intelligent reflecting surfaces 无蜂窝与RIS智能超表面融合
  • • Prototype systems and test verification 原型系统与测试验证

Holographic Communications and Immersive Interactions

全息通信与沉浸式交互技术

  • • Holographic and light field communication transmission theory 全息与光场通信传输理论
  • • Multi-modal immersive media coding standards 多模态沉浸式媒体编码标准
  • • Low-latency high-reliability transmission protocols 低时延高可靠传输协议
  • • Metaverse and telemedicine applications 元宇宙与远程医疗应用

Digital Twin Networks for 6G

6G数字孪生网络技术

  • • 6G digital twin network architecture and modeling 6G数字孪生网络架构与建模
  • • Real-time data acquisition and synchronization technologies 实时数据采集与同步技术
  • • Digital twin-based network optimization 基于数字孪生的网络优化
  • • Network operation and fault prediction applications 网络运维与故障预测应用

3GPP 6G Data and Intelligence Plane (DAP) Architecture

3GPP 6G数据与智能面(DAP)架构

  • • DAP plane architecture design and standardization DAP平面架构设计与标准化
  • • Integration with traditional CP/UP planes 与传统CP/UP平面融合机制
  • • Distributed intelligence deployment and collaboration 分布式智能部署与协同
  • • Network data circulation and value monetization 网络数据流通与价值变现

Post-Quantum Cryptography (PQC) for 3GPP 6G Systems

面向3GPP 6G系统的后量子密码技术

  • • 3GPP FS_CryptoPQC project progress 3GPP FS_CryptoPQC项目进展
  • • Integration of PQC algorithms in 6G systems 后量子算法在6G中的集成
  • • Quantum-secure key management and authentication 量子安全密钥与身份认证
  • • Smooth transition from traditional cryptography 与传统密码的平滑过渡

Important Dates

重要日期

November 20th, 2026

Calculating...
Submission Deadline

论文投稿截止

December 20th, 2026

Calculating...
Notification Deadline

录用通知截止

January 20th, 2027

Calculating...
Early Bird Registration Deadline

早鸟注册截止

Conference Information

会议信息

JOIN AS A PRESENTER
成为演讲者

If you are interested in submitting a presentation proposal to 6GCTT 2027, you may choose to attend the conference as a Presenter. It's the best opportunity to share your novel ideas and best practices with a global audience.

We accept three types of presentations:

  • Oral Presentations: 15 mins + 3 mins Q&A
  • Poster Presentations: A1 size, 2 mins lightning talk
  • Invited Talks: 30 mins + 5 mins Q&A

Please submit an abstract before registration. For inquiries, contact us at: contact_6gctt@yeah.net

CONFERENCE PROGRAM
会议日程

July 3, 2027 | Saturday

  • 09:00-17:00 Check-in & Materials
  • 09:00-12:00 Pre-conference Tutorials
  • 17:30-19:30 Welcome Reception

July 4, 2027 | Sunday

  • 08:30-09:00 Opening Ceremony
  • 09:00-12:30 Keynotes & Invited Talks
  • 14:00-17:30 Parallel Sessions
  • 17:30-19:00 Poster Session
  • 19:00-21:00 Award Ceremony

July 5, 2027 | Monday

  • 09:00-12:30 Special Sessions & Roundtable
  • 14:00-16:30 Technical Excursion
  • 16:30-17:00 Closing Ceremony

Click the arrow to view detailed schedule

POSTER PRESENTATION
海报展示

The conference poster must be designed in A1 size (841mm × 594mm) (portrait orientation) to meet the display requirements.

A1 Poster Size: 841mm × 594mm

A1: 841mm × 594mm (Portrait)

Key Dates:

  • • Setup: July 3, 14:00-17:00
  • • Presentation: July 4, 17:30-19:00
  • • Removal: July 4, after 19:00

Outstanding posters will receive the "Best Poster Award" with certificates and prizes.

Download Poster Template

🏆 Awards 奖项设置

Following a strict and professional double-blind peer review process, 6GCTT 2027 will present several prestigious awards to recognize outstanding research contributions.
经过严格专业的双盲评审流程,6GCTT 2027将颁发多个权威奖项,表彰杰出的研究贡献。

  • • Best Paper Award 最佳论文奖
  • • Best Student Paper Award 最佳学生论文奖
  • • Best Poster Award 最佳海报奖
  • • Outstanding Reviewer Award 杰出审稿人奖
View Details 查看详情

👥 Join the Committee 加入审稿委员会

We warmly welcome senior scholars and researchers in the field of 6G communication and terahertz technology to join the 6GCTT 2027 Technical Program Committee.
我们诚挚欢迎6G通信与太赫兹技术领域的资深学者和研究人员加入6GCTT 2027技术程序委员会。

  • • Become a member of the international TPC
  • • Free registration for the conference
  • • Priority consideration for journal special issues
  • • Network with leading experts in the field
Apply Now 立即申请

Please send your CV to: committee6gctt@yeah.net

Latest News

最新消息

6GCTT 2027 Call for Papers Officially Released

6GCTT 2027论文征集正式发布

The official Call for Papers for 6GCTT 2027 has been released. We invite high-quality original research papers on all aspects of 6G communication and terahertz technology.

Read More →
May 15, 2026

Special Session Proposals Open

专题会议提案征集开启

Proposals for special sessions on emerging topics in 6G and terahertz technology are now being accepted. Deadline for proposals is April 30, 2027.

Read More →
May 1, 2026