Workshop Overview
Each year, the Learning from Authoritative Security Experiment Results (LASER) workshop focuses on an aspect of experimentation in cyber security. The 2014 workshop focus is the science of cybersecurity, with a goal of fostering a dramatic change in the paradigm of cyber security research and experimentation, improving the overall quality of practiced science.
LASER 2014 seeks research papers that exemplify the practice of science in cyber security and those that discuss promising works-in-progress that would benefit from expert feedback. Papers discussing either positive or negative results from well executed experiments are welcomed and encouraged.
We urge researchers who want to help others improve their practice and those who want to improve their own practice to attend. Participants will find LASER to be a constructive and highly interactive venue featuring informal paper presentations and extended discussions.
To promote a high level of interaction, attendance is limited. First preference is given to participating authors. Additional seats are available on a first-come first-served basis.
LASER also seeks to foster good science in the next generation of cyber security researchers. As such, LASER offers a limited number of student scholarships for participation.
Proceedings & Materials
The 2014 LASER proceedings are published by USENIX, which provides free, perpetual online access to technical papers. USENIX has been committed to the "Open Access to Research" movement since 2008.
Papers, Slides & Videos
- Discussion: What Does it Mean to Do Science, and Are We Doing It? Video
- Clusters and Markers for Keystroke Typing Rhythms Video
- Invited Talk: Why Does Reproducibility in Computation Science Deserve Our Attention? Video
- Panel: How Did We Get Into This Mess, and How Will We Get Out? Video
- The Dirty Secrets of SOCs: Anthropology, Primitive Societies, and Security Operations Centers Video
- Invited Talk: Statistics Done Wrong: Pitfalls in Experimentation Video
- Text Entry Method Affects Password Security Video
- A Calibration Methodology for Networked Cybersecurity Video




