ID 原文 译文
19625 首先，为虚拟网络功能构建异构镜像池，避免利用共模漏洞的大范围攻击； Firstly, heterogeneous images are built for every virtual network function in service chain,avoiding widespread attacks using common vulnerabilities.
19626 随后，以特定周期选择服务链虚拟网络功能进行调度，加载异构镜像对该网络功能的执行实体进行替换； Then, one network function is selected dynamically and periodically. The executor of this network function is replaced by loading heterogeneous images.
19627 最后，考虑调度对网络功能性能的影响，应用斯坦科尔伯格博弈对攻防过程建模，以最优化防御者收益为目标求解服务链上各网络功能的调度概率。 Finally,considering the impact of scheduling on the performance of network functions, Stackelberg game is used tomodel the attack and defense process, and the scheduling probability of each network function in the servicechain is solved with the goal of optimizing the defender’s benefit.
19628 实验表明，该方法能够降低攻击者攻击成功率，同时将调度产生的开销控制在可接受范围内。 Experiments show that this method canreduce the rate of attacker’s success while controlling the overhead generated by the scheduling within anacceptable range.
19629 密码卡在信息安全领域发挥着重要作用，但当前密码卡存在性能不足的问题，难以满足高速网络安全服务的需要。 Cipher cards play an important role in the field of information security. However, the performance ofcipher cards are insufficient, and it is difficult to meet the needs of high-speed network security services.
19630 该文提出一种基于MIPS64多核处理器的高速PCIe密码卡的设计与系统实现方法，支持SM2/3/4国产密码(GM)算法以及RSA, SHA, AES等国际密码算法，系统包括硬件模块，密码算法模块，主机驱动模块和接口调用模块； Ad esign and system implementation method of high-speed PCIe cipher card based on MIPS64 multi-core processor is proposed, which supports the GM algorithm SM2/3/4 and international cryptographic algorithms, such as RSA, SHA and AES. The implemented system includes module of hardware, cryptographic algorithm,host driver and interface calling.
19631 对SM3的实现提出一种优化方案，性能提升了19%； An optimization scheme for the implementation of SM3 is proposed, the performance is improved by 19%.
19632 支持主机以Non-Blocking方式发送请求，单进程应用即可获得密码卡满载性能。 And the host to send requests in Non-Blocking mode is supported, so a single-process application can get the cipher card’s full load performance.
19633 该卡在10核CPU下SM2签名和验证速度分别为18000次/s和4200次/s, SM3杂凑速度2200 Mbps, SM4加/解密速度8/10 Gbps，多项指标达到较高水平； Under 10-core CPU, the speed of SM2signature and verification are 18000 and 4200 times/s, SM3 hash speed is 2200 Mbps, SM4 encryption/decryption speed is 8/10 Gbps, multiple indicators achieve higher level;
19634 采用1300 MHz主频16核CPU时，SM2/3的性能指标提高1倍，采用48核CPU时SM2签名速度可达到105次/s。 When using 16-core CPU @1300 MHz,SM2/3 performance can be improved by more than 100%, and the speed of SM2 signature could achieve 105times/s with 48-core CPU.