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我们的主要研究方向立足于处理器微处理架构的完备安全性研究、隐私计算和数据安全的硬件架构支持，以保障数据在多方应用中的安全可信流通作为最终目标。 针对计算机系统，智慧城市，生物医疗等场景下日益突出的隐私与安全问题，贯通建模—解析—方法学—工具—软件攻击应用—硬件防御与加速应用全栈，提供完备性安全解决办法。主要研究内容包括：
1. 微处理架构安全攻击与防御研究
2. 可信执行环境研究
3. 隐私计算安全硬件设计研究
4. 高速互联协议安全研究
- Shunyu Mao, Jiajun Luo,Yixin Li, Jiapeng Zhou, Weidong Zhang, Zheng Liu.CXL-Interplay: Unraveling and Characterizing CXL Interference in Modern Computer Systems;62nd Design Automation Conference (DAC), 2025【CCF A】
- Yunpeng Xu,Yuchen Fan,Teng Ma.RAGNAR: Exploring Volatile- Channel Vulnerabilities on RDMA NIC;62nd Design Automation Conference (DAC), 2025 【CCF A】
- Qi Ling,Yujun Liang, Yi Ren, Baris Kasikci.GadgetMeter: Quantitatively and Accurately Gauge the Exploitability of Speculative Gadgets;The Network and Distributed System Security (NDSS)，2025. 【CCF A】
- Haojie Ye,Shuwen Deng.Palermo: Improving the Performance of Oblivious Memory using Protocol-Hardware Co-Design;the 31 IEEE International Symposium on High-Performance Computer Architecture (HPCA), 2025. 【CCF A】
- Kan Zhu，Yilong Zhao,Yufei Gao, Peter Braun, Tanvir Ahmed Khan, Heiner Litz, Baris Kasikci.From Optimal to Practical: Efficient Micro-op Cache Replacement Policies for Data Center Applications;the 31 IEEE International Symposium on High-Performance Computer Architecture (HPCA), 2025. 【CCF A】
- Jianfeng Wang,Huazhong Yang.CiMSAT: Exploiting SAT Analysis to Attack Compute-in-Memory Architecture Defenses;The 31st ACM Conference on Computer and Communications Security (CCS), 2024. 【CCF A】