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ECOC 2026 中有高校/研究机构参与的报告 175 篇,涉及 100 家机构。第一层按六大场景(报告的主方向),第二层按网络 / 光系统 / 算法 / 器件 / 芯片。企业研究院(Nokia Bell Labs、NTT 研究所等)算作企业,见厂商索引。

总览

场景网络光系统算法器件芯片合计
Scale Across16–1–8
Scale Out11912730
Scale Up–11259
Transport13102522171
Access615142–37
新应用–1522120

Scale Across

Scale Across · 网络

机构报告题目
Politecnico di Milano、UPC、CTTC0920-am-Su1-I-01+02-主席+Telefonica-开场与运营商基础设施路线(第1–6页为主席开场,第7–14页为 Telefonica 讲稿)Operator perspective on network infrastructure and roadmap towards scalability and sustainability

Scale Across · 光系统

机构报告题目
Australian National University0920-am-Su2-F-02-ANU-澳国立激光通信计划(无标题页;内容为 ANU 光通信计划、Artemis II 月地激光、DSOC 深空)
DLR0920-am-Su1-F-06-DLR-可扩展自适应光学Building the Next Generation of AO Systems – A Robust and Scalable Solution for High-Throughput FSOC
Durham University、Fraunhofer HHI0920-am-Su1-F-01+02-FraunhoferHHI+Durham-分集抗衰落与低时延星地链路商用门槛(第1–10页:Fraunhofer HHI 一讲)(无独立题目页;主题页为 “Atmospheric turbulence – Why do we need turbulence mitigation?”,副标题 Turbulence mitigation / Diversity combining)
Durham University、Fraunhofer HHI0920-am-Su1-F-01+02-FraunhoferHHI+Durham-分集抗衰落与低时延星地链路商用门槛(第11–27页:Durham 大学一讲)Challenges to resilient Low-Earth Orbit Feeder Links
NICT0920-am-Su2-F-01-NICT-日本星地激光通信实践Space Laser Communications Through the Atmosphere: NICT’s Experience in Japan
北京邮电大学0920-am-Su1-F-03-北邮-星地激光链路湍流影响Impacts of Atmospheric Turbulence on Satellite-to-Ground Laser Communication Links and its Mitigation

Scale Across · 器件

机构报告题目
Fraunhofer IOF0920-am-Su1-F-05-FraunhoferIOF-主镜到纤芯的光学天线(题目页OCR乱码,副题为从主镜到光纤纤芯的光学天线,“The optical Antenna”、“The last metre”)

Scale Out

Scale Out · 网络

机构报告题目
University of Southampton ORC0922-Tu1-B3-南安普顿大学-空芯光纤带来的光网络新机会空芯光纤(HCF)带来的光网络新机会(Tu1-B3,英文原题看不清;讲稿主题为 Hollow-core fibre opportunities for optical networks)

Scale Out · 光系统

机构报告题目
上海科技大学0924-PDP-A-6-NokiaBellLabs与上海科技大学-440GBaudPAM单光电二极管接收实现每通道净比特率超800GbpsIM-DD Net Bit Rate Beyond 800 Gb/s per Lane with Single-Photodiode Reception of 440-GBaud PAM

Scale Out · 算法

机构报告题目
EPFL0924-Th2-H1-EPFL-光互连用最大覆盖Chase译码器Maximum Coverage Chase(“A low-complexity Chase Decoder for optical interconnects with improved TEP selection”,p4 副标题;完整英文原题看不清)
Kiel University0921-Mo3-F1-华为-带双二进制预编码的Turbo均衡Turbo Equalization with Duobinary Precoding for High-Speed Bandwidth-limited IM/DD Transmission Systems
NICT、UCLA0920-pm-Su3+Su4-A-00-全场-A1下午全场扫描(第129–147页)Can Photonic Signal Processing Simplify DSP?: Breaking the Fiber Dispersion Barrier in IM/DD
NICT、UCLA0920-pm-Su4-A-05-NICT-光域处理替代DSPCan Photonic Signal Processing Simplify DSP?: Breaking the Fiber Dispersion Barrier in IM/DD
TU/e Eindhoven、Chalmers、Scuola Sant’Anna0922-Tu1-G3-SantAnna-双偏振短距系统群速度色散参数的正则微扰Regular Perturbation on the Group-Velocity Dispersion Parameter for Dual-Polarization Short-Reach Systems(Tu1-G3)
University of Southampton ORC0923-We3-D1-1343-南安普顿ORC-PAM12调制编码PAM12 Modulation Coding Options Enabling High-Speed IM/DD Transmission in Bandwidth-Limited Systems
台湾清华大学0921-Mo5-F6-国立清华大学-物理感知的稀疏Volterra均衡剪枝Physics-Aware Contribution-Guided Pruning for Low-Complexity Sparse Volterra Equalization in 100-Gb/s PAM4 IM/DD Links(Paper #867,Mo5-F6)
复旦大学、张江实验室0924-Th2-H6-复旦大学-免自适应THP-FFDNN实现169GBaud超奈奎斯特PAM4传输Demonstration of 169-Gbaud Faster-Than-Nyquist PAM4 Transmission Using Adaptation-Free THP-FFDNN Under 37.9-GHz 3-dB Bandwidth Limitation
香港中文大学0922-Tu3-A2-香港中文大学-24x432Gbps每波的全光均衡实现免DSP光互连(第1–14页)24×432-Gbps/λ All-Optical Equalization for DSP-Free Optical Interconnects

Scale Out · 器件

机构报告题目
Chalmers0920-am-Su2-A-05-Chalmers-克尔光频梳Chip-scale microcombs for short-reach interconnects
ETH Zürich0920-pm-Su4-H-01-ETH-等离子体太赫兹通信Plasmonic devices approaching 1 THz(据议程页)
ETH Zürich、University of Patras、Technion0923-We3-D2-苏黎世联邦理工-等离激元光学DACResonant Plasmonic Optical DAC for Low-Power IM/DD Links
III-V Lab、CEA-Leti0920-am-Su2-A-06-IIIVLab-磷化铟异质集成光源InPoSi Integration Platform for Laser Sources: Achievements and Perspectives
NICT、东京科学大学We5-I 东工大(第1–17页)62-GHz Bandwidth 1060-nm Metal-Aperture VCSELs Enabling 256-Gbps PAM4 and Modal-Dispersion-Free SMF/MMF Links(We5-I.2,讲稿页写为 We5-12)
NICT0924-Th1-C3-NICT-免偏置200GHz带宽光电探测器面向800Gbps每通道(第1–11页;页码为PDF页,幻灯片角标=PDF页+2)Bias-free operational 200 GHz PD for high-bandwidth TIA integration(PDF文件名对应“免偏置200GHz带宽光电探测器面向800Gbps每通道”,英文完整原题未见清晰题目页)
UBC0920-am-Su2-A-01-UBC-SiEPIC-硅光平台光源Hybrid laser integration using 3D-printed optics(首页副题:Datacenters will need billions of lasers. Connecting lasers is the bottleneck.)
Université Laval、INRS0923-We2-B4-163-激光修整微环调制器超100GBaudPost-Fabrication Laser-Trimmed Microring Modulator Operating Beyond 100 Gbaud
imec、Ghent University、Politecnico di Torino0923-We2-B3-1289-硅有机混合调制器超110GHzBeyond 110 GHz Silicon Organic Hybrid (SOH) Modulators
imec0924-Th2-E3-imec-数据中心光互连用高可靠免CMPGe-on-Si波导光电二极管Highly Reliable CMP-Free Ge-on-Si Waveguide Photodiodes for Data Center Optical Interconnects
清华大学0922-Tu1-E1-清华大学-Si3N4与TFLN集成激光器实现200Gbps相干光交换Fast coherent optical switching based on a wavelength-switchable Si3N4-TFLN laser(页面未见完整英文题目,据结论页概括)
香港科技大学(广州)0923-We2-B2-80-硅微环调制器5.2THz FSR与69GHz带宽69 GHz EO Bandwidth for 3.2-Tbps DWDM Integrated Photonic Transmitters

Scale Out · 芯片

机构报告题目
CEA-Leti0923-We5-B-ST-光发射机与收发(第1–29页)(题目页 OCR 乱码,未打开;内容为 STMicroelectronics 300 mm 硅光平台 PIC100 及面向 CPO/NPO 的异质集成,英文原题看不清)
Durham University0924-Th2-E1-NVIDIA-低PDL二维光栅耦合器实现4波64Gbps偏振分集硅光DWDM接收机A 4-λ × 64 Gb/s Polarization-Diverse Silicon Photonic DWDM Receiver Using Low-PDL 2D Grating Couplers
TU/e Eindhoven0920-am-Su1-I-06-TUe-光子集成交换省能Photonic integrated switching solutions for energy-efficient high-capacity interconnects networks
UC Davis0920-am-Su2-I-02-UCDavis-光交换与光计算Photonic Switching and Computing in Future AI and Data Systems
imec0920-am-Su1-C-02-imec-IClink-欧洲芯片设计平台与MPWPhotonics Riding the AI Wave: the role of EuroCDP in the photonics innovation cycle(封面写“ECOC 2027”,原样记录)
imec、Ghent University0920-am-Su2-C-03-GhentImec-可编程光子做原型(封面OCR乱码;主题为Programmable photonics for prototyping,ECOC 2026, Malaga, 20 Sept 2026)
imec0921-Mo12-00-全场-开幕与大会报告全场连拍(第37–84页,imec大会报告)Integrated photonics at the heart of a scalable AI revolution(p37题目页)

Scale Up

Scale Up · 光系统

机构报告题目
Durham University0922-Tu1-E5-NVIDIA-时钟前传DWDM光链路的微环静态与动态分配Static and Dynamic Ring Assignment in a Clock-Forwarded DWDM Optical Link

Scale Up · 算法

机构报告题目
DTU、Politecnico di Torino0924-推定F6-丹麦科技大学-物理信息机器学习建模并补偿热串扰Physics-informed machine learning for modelling and compensating thermal crosstalk(标题页 OCR 乱码,按文件名与内容推断,英文原题未确认)

Scale Up · 器件

机构报告题目
Columbia University0920-am-Su1-A-05-Columbia-片上光源与系统AI System Drivers for Laser Sources
浙江大学0922-Tu1-E2-浙江大学-2.5D环面拓扑的低损硅光MEMS开关阵列Low-loss silicon photonic MEMS switch array with 2.5D Torus topology(据小节标题概括,完整原题页看不清)

Scale Up · 芯片

机构报告题目
Columbia University0924-推定F3-哥伦比亚大学-面向AI集群的可编程光子学Programmable photonics for AI clusters
Tyndall National Institute0920-am-Su1-C-05-Tyndall-封装在产品化中的角色(封面题目文字OCR乱码,主题为封装在光子产品化中的角色;页2标题“Why is packaging so important?”)
Tyndall National Institute0921-Mo3-待定-Tyndall-AI互连路径Glass Wafer-Level Packaging(含后续 Electro-Optical Interposer)
imec0921-Mo12-A4-IMEC-集成光子支撑AI扩展(共25页,单讲)集成光子支撑 AI 扩展(英文原题页未看清;p1 标题页显示 “Future AI infrastructure is under tension”)
imec、Ghent University0924-推定F1-根特大学-可编程光子学的现状导论Programmable Photonics: Architectures, Control and Applications(副标题引自首页 OCR:Programmable Integrated Photonics (PIP) for a flexible, efficient, intelligent optical future,OCR 不完整)

Transport

Transport · 网络

机构报告题目
AIST 产综研0920-am-Su2-B-03-AIST-从余量到有效吞吐Pushing Optical Network Efficiency to the Limit for the AI Era: From QoT Margins to Goodput-Aware Operation
AIST 产综研0924-Th1-G2-AIST-基于功能块解耦的网络拓扑精确动态表示支撑数字孪生统一参考Accurate and Dynamic Network Topology Representation based on Functional Block-based Disaggregation for a Common Reference of Network Digital Twins
CTTC0920-pm-Su4-C-05-CTTC-电信AI云的边缘互联The Interconnected Edge: Networking Strategies for Telco AI Cloud
Chalmers0923-We2-C2-1339-符合T-API的ReAct智能体环A T-API-Compliant ReAct Agentic Loop for Optical Networks
DTU0920-am-Su1-I-05-DTU-ICT可持续性评估The Need for environmental sustainability assessment of ICT technologies and services
Fraunhofer HHI0920-am-Su2-H-03-FraunhoferHHI-电信数据空间完整英文原题看不清(主题为网络自动化中跨组织闭环与 Optical Testbed Data Space, OTDS)
NICT0920-am-Su2-H-04-NICT-测试床支撑AI数据管线Powering AI via Testbeds: Establishing Sustainable and Sovereign Data Pipelines(Su2-H:Can Global and Federated Optical Testbeds Power AI-Native Networks and Telecom Data Spaces?)
Politecnico di Milano0923-We2-C3-1409-米兰理工-大模型与光网络的共生关系LLM and Optical Networks: A symbiotic relationship
Trinity College Dublin0920-am-Su2-H-02-Trinity-测试床遥测与数字孪生Lessons from Large-Scale Optical Network Experimentation(ECOC 2026 workshop on federated optical testbeds,2026-09-20)
Trinity College Dublin0920-pm-Su4-H-03-Trinity-智能体驱动的跨域自治From AI Agents to Network Actions: Enabling Cross-Domain Autonomous Control
北京邮电大学0923-We2-C1-939-北邮-技能增强的链路故障诊断LLM智能体Token-Efficient and Output-Reliable LLM Agent for Link Fault Diagnosis via Skill-Augmented and SOP-Constrained Design
北京邮电大学0924-Th1-G3-北邮-A2A协议增强的多智能体协同实现自治光网络服务开通Agent-to-Agent Protocol Enhanced Multi-Agent Coordination for Autonomous Service Provisioning in Agentic Optical Networks
慕尼黑联邦国防军大学0924-Th1-G4-德国联邦国防军大学-可编程数据面与SDN实现任意业务承载于DWDMAnything over Dense Wavelength Division Multiplexing with Programmable Data Planes and Software Defined Networking

Transport · 光系统

机构报告题目
Aston University、Fraunhofer HHI0922-Tu1-G5-Aston大学-172TbpsGMI的O波段相干传输页面 p1 乱码,完整英文题看不清(主题为 172 Tb/s GMI、16.14 THz 满载 O 波段相干传输,Tu1-G5)
Aston University0923-We1-H-00-全场连拍-PON的DSP与均衡(第14–30页)Dual Line Coherent Detection(据p14 标题页;完整英文题名看不清)
MIT Lincoln Laboratory0920-am-Su2-F-03-MITLL-链路层与物理层抗湍流对比Performance of Link-Layer and Physical-Layer Atmospheric Mitigation Approaches for Free-Space Optical Communications
NICT、TU/e Eindhoven0923-We2-H1-1419-埃因霍温-超高容量空分复用综述Space Division Multiplexing for Ultra-High Capacity Optical Communications
UCL0922-Tu3-H1-MicrosoftAzureFiber-空芯光纤传输系统从城域到长距HCF transmission systems from metro to long-haul(英文原题未逐字核对,据议程页”HCF-based metro transmission / multi-span and long-haul”概括)
UCL0922-Tu3-H3-UCL-C+L波段空芯光纤长距传输的气体吸收线影响On the Impact of Gas-Line Absorption in Long-Haul C+L-Band Hollow-Core Fibre Transmission
UCL0924-PDP-A-4-Microsoft与Lightera与UCL-缩小外径宽带空芯光纤的双波段双向长距传输-另一版Dual-Band, Bi-Directional Long-Haul Transmission in Reduced Outer Diameter Wideband HCF
University of Stuttgart0924-PDP-A-2-MicrosoftAzureFiber-TFLN调制器与增益平坦YDFA及低损空芯光纤的1um相干传输系统A Coherent 1µm Transmission System using TFLN Modulator, Gain-Flattened YDFAs and Low-Loss Hollow-Core Fibre
University of Warsaw0922-Tu3-H5-华沙大学-功率受限多跨段传输的基本量子极限空芯对常规光纤Fundamental Quantum Limits of Power-Constrained Multi-Span Fiber-Optic Transmission: HCF vs Conventional Fibers [p1]
上海交通大学、西湖大学0923-We3-D5-上海交大-高电谱效率直接检测(第1–25页;p7、13、14、16、18为重复)Direct Detection with High Electrical Spectral Efficiency

Transport · 算法

机构报告题目
AIST 产综研0924-Th1-H2-AIST-判决前馈数字反向传播延长WDMDP-16QAM传输距离Reach Extension of WDM DP-16QAM Signals Based on Decision-Feedforward Digital Backpropagation
Chalmers0923-We5-G-00-全场连拍(第1–13页;重拍见 0923-We5-G-Chalmers-相位与定时恢复)Mitigation of Error Bursts after Pilot-Aided Carrier Phase Recovery
Chalmers、TalTech0924-Th1-G5-Chalmers与TalTech-基于AI的光性能监测与传感技术的权衡Trade-offs of AI-based optical performance monitoring and sensing techniques
DTU0922-Tu3-A1-丹麦科技大学-AI时代的通信工程与收发机优化(第1–56页)AI时代的通信工程与收发机优化(英文原题看不清,OCR乱码;会场 Tu3-A “AI and advanced processing for optical communication systems”)
Fraunhofer HHI、TU Berlin、University of Stuttgart0921-Mo3-F3-FraunhoferHHI-随机耦合多芯纤的无数据辅助SDM-MIMO均衡Non-Data-Aided SDM MIMO Equalization for Randomly-Coupled Multi-Core Fibers with a Tap-Correlation Avoidance CMA
Instituto de Telecomunicações0920-am-Su1-F-04-Aveiro-自适应相干DSP抗湍流Adaptive Coherent DSP and Turbulence Mitigation Techniques for Robust High-Capacity Ground-to-Space Optical Links
KIT0921-Mo3-待定-NokiaBellLabs-实时GPU十模传输的降复杂度部分MIMO均衡Reduced-Complexity Partial MIMO Equalization for Real-Time GPU-based 10-Mode Transmission over 26 km GI-FMF(Mo3-F2)
KIT0923-We5-G-00-全场连拍(第53–76页;重拍见 0923-We5-G-KIT-相位与定时恢复)Modeling and Mitigation of Equalization-Enhanced Phase Noise
NICT0922-Tu4-H2-NTT-可插拔模块相干DSP芯片上首次实现分布式PDL监测题目页无OCR,英文原题看不清;主题为在相干可插拔 DSP 芯片上实现分布式 PDL 监测(基于 polarization-resolved LPM)
NICT、大阪大学0923-We1-G-00-全场连拍(第36–59页)Localization of Heterogeneous Fiber Type Using Inverse Scattering Transform
Politecnico di Torino、Links Foundation0923-We1-G-00-全场连拍(第60–93页)Longitudinal Power Monitoring and Non-Linear Interference Estimation in Long-Haul Optical Links(We1-G 邀请报告)
Politecnico di Torino0923-We1-G5-67-纵向功率监测与非线性干扰的DSP(第1–19页)同上
UBC0921-Mo3-待定-UBC与NokiaBellLabs-序列化神经概率幅度整形Sequential Neural Probabilistic Amplitude Shaping: Learning the Channel’s Language
UBC0921-合集待拆-全场-Mo5-F全场连拍(第38–61页)Sequential Neural Probabilistic Amplitude Shaping: Learning the Channel’s Language
UCL0921-Mo3-待定-UCL-相干数据中心链路的快速收敛超网络DSPA Realistic Implementation of Fast Convergence Hypernetwork-based DSP for Coherent Data Centre Links(页脚标注 Mo5-F2)
UCL0921-合集待拆-全场-Mo5-F全场连拍(第19–37页)A Realistic Implementation of Fast Convergence Hypernetwork-based DSP for Coherent Data Centre Links
北京大学、上海交通大学、鹏城实验室0923-We5-G-00-全场连拍(第14–28页;重拍见 0923-We5-G-北京大学-相位与定时恢复)Phase-Recovery-Free 6bit/4D Coherent Transmission Using Subcarrier-Joint Modulation for Large-Linewidth Lasers
北京邮电大学0922-Tu1-B4-北邮-物理驱动迁移学习预测空芯光纤DCI的OSNRPhysics-Driven Transfer Learning Approach for OSNR Prediction in Hollow-Core Fiber-Based Data Center Interconnect Networks(Tu1-B4)
北京邮电大学、聊城大学0923-We1-G-00-全场连拍(第1–11页)Tens-Meter-Level Least Squares Longitudinal Power Monitoring: A Truncated Singular Value Decomposition Method(论文 ID 156)
北京邮电大学、北京大学、北京理工大学、聊城大学、中国信通院0923-We1-G-00-全场连拍(第12–22页)Practical Implementation of Power Profile estimation with Reduced complexity and Pre-FEC data(We1-G2)
北京邮电大学0923-We2-I-00-全场连拍(第12–24页,第2讲)Low-Complexity FPGA Implementation of Rate-Adaptive Hierarchical Distribution Matcher
北京邮电大学0923-We2-I-北邮-实时信号处理(第1–11页)Low-Complexity FPGA Implementation of Rate-Adaptive Hierarchical Distribution Matcher
华南理工大学0921-Mo5-待定-华南理工大学-无监督域自适应的学习子带扰动非线性补偿题目页 OCR 乱码,据内容与文件名推断为”学习型子带扰动非线性补偿(LSP-NLC)+ 基于无监督域自适应(UDA)的信道跟踪”(英文原题看不清)
大阪大学0923-We2-I-大阪大学-实时信号处理(第1–15页;p2、p16为重复页,结论页p16未在本PDF内可见)Parallel DSP Architecture with Pilot Aggregation for Real-Time MIMO Equalization Enabling Fast Polarization Tracking
电子科技大学0923-We1-G-00-全场连拍(第23–35页)Highly Sensitive and Phase-Noise-Tolerant Multipath Interference Localization in IM/DD Systems by Block-based SNC

Transport · 器件

机构报告题目
Chalmers0922-Tu1-D2-Chalmers-脉冲泵浦的亚3dB噪声系数片上相敏预放High-Gain Sub-3 dB Noise Figure Chip-Based Phase Sensitive Preamplifier with Pulsed Pumping
KIT、DTU0922-Tu1-G2-KIT-暗孤子微梳无源相干克隆的24波零差检测24-λ Coherent Optical Communications Using Passive Coherence Cloning of Dark-Soliton Microcombs for Homodyne Detection(Tu1-G2)
KIT0923-We3-D3-KIT-光电任意波形生成Photonic-Electronic Arbitrary-Waveform Generation Enabling 276 GBd Electrical and 260 GBd Optical PAM4 Signaling
NICT、TU/e Eindhoven、University of Stuttgart0920-pm-Su3-D-03-TUe-空分复用技术方(第1–5页)SDM 技术视角(幻灯无独立英文题,随 Workshop 题:Heterogeneous optical networks)
NICT、UNICAMP、TU/e Eindhoven、Politecnico di Milano、University of Sydney0922-Tu1-B2-TUe-随机耦合多芯光纤网络的MIMO信道记忆需求MIMO Channel Memory Requirements for Randomly-Coupled Multicore Fiber Networks(Tu1-B2)
TU/e Eindhoven、CNIT、University of L’Aquila0923-We2-H3-1012-分布拉曼放大90km模式相关增益Characterization of Mode-Dependent Gain in Distributed-Raman-Amplified 90-km Multi-mode Fiber with Remote Digital Holography
UCL0920-pm-Su3-B-06-UCL-新型放大器能效(第1–14页)Energy efficiency implications in hollow-core fibre links
University of L’Aquila、University of Padova0923-We1-E4-819-现网非耦合芯光纤长程双折射英文原题看不清(中文文件名意为”现网非耦合芯光纤长程双折射”;内容为现网4芯非耦合芯光纤(UCF)的分布式双折射表征)
University of Parma0923-We1-E2-743-耦合芯MCF纵向空间模色散英文原题看不清(中文文件名意为”耦合芯MCF纵向空间模色散”;内容为利用FWM功率测量检测耦合芯多芯光纤中SMD系数的纵向分布)
University of Southampton ORC0920-pm-Su4-B-01-Southampton-空芯熔接与监测Hollow-Core Links: Splicing techniques(Workshop Su4 “Could 100s-km long unrepeatered HCF links reshape economics & design of terrestrial and submarine optical networks?“)
University of Southampton ORC0920-pm-Su3-D-02-Southampton-空芯光纤技术方(第1–6页)Hollow Core Fibre: Technology perspective(Workshop 题:How Will We Manage the Heterogeneous Optical Communication Networks of the Future?)
University of Southampton ORC0921-Mo3-B2-待核-空芯光纤制造与部署Rate of Water Ingress into Hollow-Core Fibre by Capillary Action
University of Southampton ORC0921-Mo3-B3-待核-空芯光纤制造与部署题目页未见(第1页起为 “Why Transient Pressure Is Important?“),内容为空芯光纤拉丝中瞬态压力扰动的热-粘性模型(transient thermo-viscous draw model);英文原题看不清
University of Southampton ORC0921-Mo5-B1-待核-空芯光纤设计Hollow Core Fibres: from scientific curiosity to multi-problem solution
University of Southampton ORC0923-We3-I-00-全场连拍-空芯表征与部署(第1–43页)Ultra-high resolution and long-range OFDRs for characterizing and monitoring Hollow-core DNANFs
University of Southampton ORC0924-PDP-A-1-Microsoft与南安普顿大学-C波段电信级损耗零色散空芯光纤首次验证First Demonstration of a Zero-Dispersion Hollow-Core Fibre with Telecoms-Grade Loss (0.2 dB/km), in the C-Band
XLIM、University of Parma0921-Mo5-B2-待核-空芯光纤设计题目页未显示(内容为反谐振管型空芯光纤 confinement loss 分解:MCL 与 TTL 模型),英文原题看不清
东南大学、紫金山实验室0924-Th2-E2-东南大学与紫金山实验室-电极神经逆设计实现220GHz带宽UTC光电二极管(幻灯片无完整英文题,题意为:Electrode neural-network inverse design enabling 220 GHz-bandwidth UTC-PD;第1页OCR乱码,题目看不清)
暨南大学0920-pm-Su3-B-01-长飞YOFC-长跨空芯光纤设计(第19–37页;同讲另见 B-02 文件)Development of AR-HCF for long haul networks
暨南大学0920-pm-Su3-B-02-Linfiber-长跨空芯光纤设计(第1–22页,同上讲的完整版)Development of AR-HCF for long haul networks
暨南大学0921-Mo3-B1-领纤Linfiber-打破损耗壁垒-空芯光纤从物理极限到量产Breaking the Barrier: Hollow-Core Fibers from Physical Limits to Mass Production
浙江大学、中国计量大学0924-Th1-D5-浙江大学-脊波导低损数字可调色散控制器(第1–19页;p14为p13重复,p20空白)Low loss Digitally Tunable Dispersion Controller Using Ridge Waveguides

Transport · 芯片

机构报告题目
Politecnico di Milano0924-Th2-E4-米兰理工-自适应MZI光子网格实现片上实时偏振解复用On-Chip Real-Time Polarization Demultiplexing using an Adaptive MZI Photonic Mesh

Access

Access · 网络

机构报告题目
Chalmers0920-pm-Su3-H-01-主席-6G融合场景导论无独立英文原题;首页标题 “6G unifies communication, compute and sensing”
Fraunhofer HHI0920-am-Su2-D-03-FraunhoferHHI-功能切分改善WiFiMAC-PHY Split to Improve Performance of Wi-Fi in FTTR Networks
TU/e Eindhoven0921-合集待拆-全场-A1厅下午上半场连拍-Mo3-A(第27–35页,Mo3-A4)Dynamic RU-DU Reconfiguration in 6G Access Networks Using Fast Controlled Photonic Switches with 400G ZR+ Optics
Trinity College Dublin0920-pm-Su3-H-04-Trinity-致密化与韧性Addressing Densification and Resilience Through Confluence(据议程页;首页 OCR 乱码)
Universitat Pompeu Fabra0920-am-Su2-D-04-UPF-多AP联合调度Toward Multi-AP Joint Scheduling in Next-Generation Wi-Fi
University of Bristol0920-pm-Su3-H-03-Bristol-英国6G计划复盘UK R&D Ecosystem on Future Networks Technologies and Systems: Including 6G, 6G+(议程页题为 Confluence drivers and the UK 6G program)

Access · 光系统

机构报告题目
CNES0920-am-Su2-F-04-OGS-低轨相干链路自适应光学LASIN / FrOGS 在轨测试(IOT)结果,英文原题看不清(PDF 名指向”低轨相干链路自适应光学”;幻灯片标题含 “LASIN on-board CO3D""IoT Results (PAT)""IoT Results (O3K performance)“)
CNES0920-am-Su2-F-05-SAFRAN-自适应光学加发射分集AO + 发射分集用于 LEO 直连链路,英文原题看不清(议程含 Introduction & context / Previous work to prepare LEO IOD LASiN / Lab results / First on sky results / What’s next)
Fraunhofer HHI、TU Berlin0924-Th2-D5-FraunhoferHHI-瑞利背向散射对下一代双向200GbpsFDMA相干PON的影响Impact of Rayleigh backscattering on next-generation bidirectional 200 Gb/s FDMA coherent PON(标题页左侧被裁切,据可见部分还原)
KIT0920-pm-Su3-F-06-KIT-混合相干PON的挑战Challenges and Possibilities of Hybrid Coherent PONs
KIT0924-Th2-H2-KIT-光纤与光子辅助亚太赫兹无线混合链路的鲁棒实时DSP标题页OCR无法辨识(内容为 Robust real-time DSP for hybrid fiber and photonic-assisted sub-THz wireless links,此为按中文文件名与内容的推断,非页面原文)
Politecnico di Torino0921-合集待拆-全场-C2.2厅PON专场连拍(第33–51页)Investigation of MPI and DGD Tolerance in Digitally CD Pre-Compensated PAM-2 for Very High Speed PON Systems
Politecnico di Torino0921-合集待拆-全场-Mo5-G超高速PON连拍(第31–48页)未见完整原题;主题为 DCPC(Digital Chromatic Dispersion Pre-Compensation)用于VHSP,含MPI与DGD评估
Télécom SudParis、Mines Saint-Étienne0924-Th2-A3-TelecomSudParis与Orange-50公里外破解AES的长距光纤侧信道攻击Breaking AES at 50 km: Long-Range Optical Side-Channel Attack over Fiber
University of Cambridge0920-pm-Su4-H-02-Cambridge-无线光与射频融合Confluence at the Edge: Optical Wireless
University of Zaragoza0921-合集待拆-全场-C2.2厅PON专场连拍(第52–71页)200 Gb/s PolMux Link with 32 dB optical power budget, 28 GHz electrical bandwidth and LO reuse for VHS-PONs
University of Zaragoza0921-合集待拆-全场-Mo5-G超高速PON连拍(第49–65页)200 Gb/s PolMux Link with 32 dB optical power budget, 28GHz electrical bandwidth and LO reuse for VHS-PONs
上海交通大学0924-Th2-D4-上海交大与中国电信-相干TDM-PON首次现场试验速率达300GbpsFirst Field Trial of Coherent TDM-PON Up to 300 Gb/s
东南大学、紫金山实验室0924-Th2-H4-东南大学与紫金山实验室-光子辅助306GHzFTN无线系统的低复杂度FPGAPR-9QAM检测标题页OCR乱码;内容为光子辅助 306 GHz FTN 无线系统的低复杂度 FPGA PR-9QAM 检测(英文原题未读到)
北京邮电大学、中国科学院0924-Th2-C1-北邮与中科院-模式分集接收与自适应光学增强的星地自由空间光链路(第1–19页)Satellite to Ground FSO Communication Links enhanced by Mode Diversity Reception and Adaptive Optics
西湖大学0922-Tu1-C4-西湖大学-双偏振载波提取直检的448Gbps室内光无线接入Dual-Polarization Carrier-Extracted Direct Detection (DP-CEDD) for 448-Gbps Indoor Optical Wireless Access(题目页OCR乱码,按目录页”DP-CEDD / 448-Gbps / 9-m FSO link”整理,非原题逐字)

Access · 算法

机构报告题目
Aston University0921-Mo3-待定-AstonUniversity-用KAN网络做低复杂度数字预失真DPD-KAN: Kolmogorov-Arnold Networks for Low-Complexity Digital Predistortion in 5G Analog Radio-over-Fiber Systems
Aston University0921-合集待拆-全场-Mo5-F全场连拍(第62–76页)DPD-KAN: Kolmogorov-Arnold Networks for Low-Complexity Digital Predistortion in 5G Analog Radio-over-Fiber Systems
CableLabs0923-We1-H-00-全场连拍-PON的DSP与均衡(第47–67页)DSP-Based Mitigation of Extreme DC Leakage for 100G/200G Coherent PON(We1-H4,2026-09-23)
IMT Atlantique / Lab-STICC0923-We1-H-00-全场连拍-PON的DSP与均衡(第1–13页)Equalization and FEC Evaluation Beyond D/E2 Class 50G-PON(据p13)
Max Planck Institute for the Science of Light0923-We2-H4-1326-19芯异质光纤色散分集信号处理Demonstration of Dispersion-Diversity Signal Processing Using a 19-Core Heterogeneous Multicore Fiber
Politecnico di Torino0920-pm-Su4-F-03-PoliTo-色散数字预补偿Digital Chromatic Dispersion Pre-Compensation for VHSP
Universidad de la República、IMT Atlantique / Lab-STICC0922-Tu1-F4-IMTAtlantique-用BWMap做GPON被动监测与负载预测(第1–11页)Passive GPON Monitoring for Network Load Forecasting Using BWMap Information
Université Laval、IMT Atlantique / Lab-STICC0923-We1-H-00-全场连拍-PON的DSP与均衡(第31–46页)An Exploratory Study of RS Decoding and Equalization in 50G-PON(We1-H3)
上海交通大学0923-We1-H-00-全场连拍-PON的DSP与均衡(第68–84页)Hybrid 50G DD and 200G Coherent PON with a Shared OLT based on 67-GHz TFLN MZM and Bias Optimization
光通信技术与网络全国重点实验室0923-We2-I-00-全场连拍(第1–11页,第1讲)100G coherent PON 实时突发模式无收敛DSP(页面标题”Convergence-Free DSP Architecture”,完整英文原题看不清)
光通信技术与网络全国重点实验室0923-We2-I-光通信技术与网络实验室-实时信号处理(第1–3、7–10页为非重复页)同上(100G coherent PON 无收敛DSP)
华中科技大学0922-Tu1-F3-华中科技大学-时频编码光脉冲的动态PON监测(第1–10页)Dynamic PON Monitoring System Based on Time-Frequency Encoded Optical Pulses
复旦大学0924-Th2-D3-复旦大学-100G实时上行突发模式相干PON的低复杂度FPGA信道估计与均衡Low-Complexity FPGA Implementation of Channel Estimation and Equalization for 100G Real-Time Upstream Burst-Mode Detection in Coherent PON
复旦大学0924-Th2-H5-复旦大学-FPGA均衡引导SFO补偿实现30.2公里D波段光子辅助无线接收标题页OCR乱码;内容为 FPGA 均衡引导采样频偏(SFO)补偿的 30.2 km D 波段光子辅助无线接收(英文原题未读到)

Access · 器件

机构报告题目
鹏城实验室0923-We2-I-00-全场连拍(第74–84页,第6讲)First-Ever Burst-Capable Adaptive Optical Signal Processor for Next-Generation PON Upstream Links
鹏城实验室0923-We2-I-PCRL-实时信号处理(第5、6、8页为非重复页)First-Ever Burst-Capable Adaptive Optical Signal Processor for Next-Generation PON Upstream Links

新应用

新应用 · 光系统

机构报告题目
AIT 奥地利技术研究院0924-PDP-C-1-AIT奥地利技术研究院-单片QKD发射机实现光与无线融合的QKD交换Optical Fi-Wi QKD Exchange with Monolithic QKD Transmitter
Aston University、University of L’Aquila0922-Tu1-I4-Aston大学-基于SOP的实时地震检测的限制与机会Limits and opportunities of real-time earthquake detection from SOP data(英文原题页未清晰见到,为据文件名推译)
DIAS0924-Th2-B4-DIAS与FARICE-海底光缆逐跨段微波频率光纤干涉实现深海地球物理监测(第1–7页)Per-Span Microwave Frequency Fiber Interferometry for Scalable Deep-Ocean Geophysical Monitoring
Duke University、Cornell University0922-Tu1-I5-NECLabs-地热井被动分布式声波传感速度剖面Passive Distributed Acoustic Sensing for Borehole Seismic Velocity Profiling: A 3 km Geothermal Well Field Trial
EPFL0921-Mo5-A1-EPFL-分布式光纤传感-优雅物理如何长成智能系统Tutorial: Distributed Optical Fibre Sensing(页眉所示;PDF文件名意译“优雅物理如何长成智能系统”,英文原题以首页为准,未见完整标题)
Fraunhofer HHI0923-We1-I3-797-四用户纠缠分发网络现网试验四用户纠缠分发网络现网试验(英文原题看不清;页脚为 ECOC 2026 We1-I3,内容为 metropolitan four-user entanglement-based QKD network field trial)
INGV0920-pm-Su3-G-03-INGV-电信网做多尺度监测From Sensing to Services — Telecom Networks as Multi-Scale Monitoring Infrastructures
NICT、University of Padova0921-Mo5-A2-帕多瓦大学与NICT-688km有中继链路上的瑞利指纹DAS与15Tb-s共传Rayleigh Fingerprint-Based DAS over a 688-km Repeatered Link with Co-Propagating 15-Tb/s WDM
NTNU0920-pm-Su3-G-05-NTNU-从地震到鲸鱼探测从挪威地震到鲸鱼探测(首页 “Recent earthquake Northern Norway”,英文总题目未见)
Sorbonne0920-am-Su2-G-01-Sorbonne-待定议题未见(内容为 Telecom-Heralded Repeater Segment / 冷原子量子存储 / Paris 区域量子网络)
University of Edinburgh0924-Th2-A1-爱丁堡大学-量子物理不可克隆函数的基础与应用Quantum Physical Unclonable Functions: Foundations and Applications
University of L’Aquila0920-pm-Su3-G-02-LAquila-海缆微赫兹偏振传感Opening a New Window on Earth Dynamics: Microhertz Polarization Sensing with Submarine Cables
University of L’Aquila0922-Tu1-I2-Nokia-偏振噪声各向异性增强海底相干应答器地震检测State-of-Polarization Sensing with Coherent Transponders in Live Submarine Links: Noise Analysis, Processing Improvements and Practical Implications
中国科学技术大学0920-am-Su2-G-02-中科大-城域多路复用量子中继未见完整题目(内容为 Metropolitan multiplexed quantum repeaters, XingHan 2.0/2.1 与气球链)
华中科技大学0922-Tu1-I6-中国联通-100G相干系统瞬时SOP波动的实时跟踪与定位(中文题名:100G 相干系统瞬时 SOP 波动的实时跟踪与定位;英文原题页面OCR/图不清,未核对)

新应用 · 算法

机构报告题目
Trinity College Dublin0924-Th2-B1-都柏林圣三一学院-用偏振态监测完全无监督地检测海底光缆物理接触(第1–7页)Fully Unsupervised Detection of Physical Contacts on Subsea Cables via State-of-Polarization Monitoring
University of Florence0923-We1-I4-1315-超纠缠单拷贝纠缠蒸馏Hyperentanglement Distillation & QPA(单拷贝超纠缠蒸馏与量子隐私放大,页脚所见)

新应用 · 器件

机构报告题目
Tampere UniversityWe5-I 坦佩雷ORC 低温VCSEL(第1–19页)Low-Threshold Single-Frequency Intra-Cavity VCSELs for Scalable Cryogenic Computing
University of Southampton ORC、University of Padova0923-We3-I-00-全场连拍-空芯表征与部署(第44–67页)Distributed Measurement of Magnitude and Orientation of the Local Birefringence Vector in a 5-Tube NANF

新应用 · 芯片

机构报告题目
DTU0923-We1-I1-1149-硅光芯片间长距纠缠分发硅光芯片间长距离纠缠分发(英文原题看不清;内容为 path-encoded entanglement distribution between silicon photonic chips over multicore fiber)

按机构查找

机构国家/地区报告数场景分布
NICT日本12Scale Across 1、Scale Out 4、Transport 6、新应用 1
University of Southampton ORC英国10Scale Out 2、Transport 7、新应用 1
北京邮电大学中国9Scale Across 1、Transport 7、Access 1
Fraunhofer HHI德国8Scale Across 2、Transport 3、Access 2、新应用 1
Chalmers瑞典7Scale Out 2、Transport 4、Access 1
Politecnico di Torino意大利7Scale Out 1、Scale Up 1、Transport 2、Access 3
TU/e Eindhoven荷兰7Scale Out 2、Transport 4、Access 1
imec比利时7Scale Out 5、Scale Up 2
KIT德国6Transport 4、Access 2
UCL英国6Transport 6
Aston University英国5Transport 2、Access 2、新应用 1
DTU丹麦5Scale Up 1、Transport 3、新应用 1
University of L’Aquila意大利5Transport 2、新应用 3
上海交通大学中国5Transport 2、Access 2
Durham University英国4Scale Across 2、Scale Out 1、Scale Up 1
Politecnico di Milano意大利4Scale Across 1、Transport 3
Trinity College Dublin爱尔兰4Transport 2、Access 1、新应用 1
AIST 产综研日本3Transport 3
Ghent University比利时3Scale Out 2、Scale Up 1
IMT Atlantique / Lab-STICC法国3Access 3
UBC加拿大3Scale Out 1、Transport 2
University of Padova意大利3Transport 1、新应用 2
University of Stuttgart德国3Transport 3
复旦大学中国3Scale Out 1、Access 2
大阪大学日本3Transport 2
暨南大学中国3Transport 3
鹏城实验室中国3Transport 1、Access 2
CEA-Leti法国2Scale Out 2
CNES法国2Access 2
CTTC西班牙2Scale Across 1、Transport 1
Columbia University美国2Scale Up 2
EPFL瑞士2Scale Out 1、新应用 1
ETH Zürich瑞士2Scale Out 2
TU Berlin德国2Transport 1、Access 1
Tyndall National Institute爱尔兰2Scale Up 2
UCLA美国2Scale Out 2
University of Parma意大利2Transport 2
University of Zaragoza西班牙2Access 2
Université Laval加拿大2Scale Out 1、Access 1
东南大学中国2Transport 1、Access 1
光通信技术与网络全国重点实验室中国2Access 2
北京大学中国2Transport 2
华中科技大学中国2Access 1、新应用 1
浙江大学中国2Scale Up 1、Transport 1
紫金山实验室中国2Transport 1、Access 1
聊城大学中国2Transport 2
西湖大学中国2Transport 1、Access 1
AIT 奥地利技术研究院奥地利1新应用 1
Australian National University澳大利亚1Scale Across 1
CNIT意大利1Transport 1
CableLabs美国1Access 1
Cornell University美国1新应用 1
DIAS爱尔兰1新应用 1
DLR德国1Scale Across 1
Duke University美国1新应用 1
Fraunhofer IOF德国1Scale Across 1
III-V Lab法国1Scale Out 1
INGV意大利1新应用 1
INRS加拿大1Scale Out 1
Instituto de Telecomunicações葡萄牙1Transport 1
Kiel University德国1Scale Out 1
Links Foundation意大利1Transport 1
MIT Lincoln Laboratory美国1Transport 1
Max Planck Institute for the Science of Light德国1Access 1
Mines Saint-Étienne法国1Access 1
NTNU挪威1新应用 1
Scuola Sant’Anna意大利1Scale Out 1
Sorbonne法国1新应用 1
TalTech爱沙尼亚1Transport 1
Tampere University芬兰1新应用 1
Technion以色列1Scale Out 1
Télécom SudParis法国1Access 1
UC Davis美国1Scale Out 1
UNICAMP巴西1Transport 1
UPC西班牙1Scale Across 1
Universidad de la República乌拉圭1Access 1
Universitat Pompeu Fabra西班牙1Access 1
University of Bristol英国1Access 1
University of Cambridge英国1Access 1
University of Edinburgh英国1新应用 1
University of Florence意大利1新应用 1
University of Patras希腊1Scale Out 1
University of Sydney澳大利亚1Transport 1
University of Warsaw波兰1Transport 1
XLIM法国1Transport 1
上海科技大学中国1Scale Out 1
东京科学大学日本1Scale Out 1
中国信通院中国1Transport 1
中国科学技术大学中国1新应用 1
中国科学院中国1Access 1
中国计量大学中国1Transport 1
北京理工大学中国1Transport 1
华南理工大学中国1Transport 1
台湾清华大学中国台湾1Scale Out 1
张江实验室中国1Scale Out 1
慕尼黑联邦国防军大学德国1Transport 1
清华大学中国1Scale Out 1
电子科技大学中国1Transport 1
香港中文大学中国1Scale Out 1
香港科技大学(广州)中国1Scale Out 1