Cybersecurity Laboratory: Enhancing the Hands-on Experience in Cybersecurity Education

史蒂文斯理工学院的这个网络服务：服务奖学金(SFS)能力建设项目正在开发一个实验室和相关的学习材料，探索集群图形处理单元(GPU)在网络安全应用和教育中的作用和使用。史蒂文斯现有的网络安全实验室正在进行升级，以包括NVIDIA S1070和S2050 GPU集群。正在开发关于多核计算和网络安全的教学模块，并将其纳入计算机代数和密码学的本科课程。新的实验室设施也被用于高级设计项目。霍华德大学的一门本科课程正在采用和评估多核计算的课程材料。该项目的成果正在通过会议传播，包括DIMACS研讨会和期刊出版物。该项目包括严格的形成性和总结性评价计划，定性和定量部分均由经验丰富的独立评价人员协调。

This Cyber Service: Scholarship for Service (SFS) capacity building project at the Stevens Institute of Technology is developing a laboratory and related learning materials that explore the role and use of clustered graphical processing units (GPUs) in cybersecurity applications and education. The existing cybersecurity laboratory at Stevens is being upgraded to include clusters of NVIDIA S1070 and S2050 GPUs. Instructional modules on multicore computing and cybersecurity are being developed and integrated into undergraduate courses on computer algebra and cryptography. The new laboratory facility is also being used for senior design projects. The course materials in multicore computing are being adopted and evaluated in an undergraduate course at Howard University. The results from this project are being disseminated through conference, including a DIMACS workshop, and journal publications. The project includes rigorous formative and summative evaluation plans with both qualitative and quantitative components coordinated by an experienced independent evaluator.