Trusted Computing: Trusting the outputs of a system requires trusting that the system’s inputs and behavior have not been tampered with. Trusted computing is a broad area comprising topics such as hardware enclaves, software tamper detection, zero-knowledge and concise proofs, privacy-preserving algorithms, and others.The following are priority areas where further research could encourage the development of more secure digital ecosystems and inspire innovation: Given the diverse range of skills needed, interdisciplinary departmental collaborations within each campus or involving multiple campuses and other research-intensive institutions and organizations are encouraged. Research done should cover a broad spectrum from challenge-led, long-term research to more applied research, which can lead to immediate improvements in practice. Research projects for the Cyber NYC IRP are intended to support top-class fundamental and applied research in cybersecurity-related areas. Funded projects will also have the option to be renewed for a length of up to three years. Each awarded project will be funded to $80,000 with up to $20,000 in supplemental Google Cloud Platform (GCP) credits ( GCP Credits Calculator). Selected projects will be expected to represent a hybrid approach with a mix of basic research and computing innovations from teams of faculty, students, and researchers. Program, the Graduate Center is requesting proposals for the Cyber NYC Institutional Research Program (IRP). The CUNY Graduate Center has received a one-year unrestricted grant with the option for continued funding for up to three years. Led by the Computer Science Ph.D. Student Consumer Information/Right to Know.Career Planning and Professional Development.Preparing to Teach as a Doctoral Student.
Collaborative and Interdisciplinary Programs.
0 kommentar(er)
