Publication_Essig

Krause, A. F., Essig, K., Wild-Wall, N., Ressel, C. (2024), A proposal for the concept of Pro-adaptive Cognitive Assistive Technology. (Abstract HFES).

Publication, Publication_Krause, Publication_Essig, Publication_Wild-Wall, Publication_Ressel
Title Krause, A. F., Essig, K., Wild-Wall, N., Ressel, C. (2024), A proposal for the concept of Pro-adaptive Cognitive Assistive Technology. Abstract, accepted at Human Factors and Ergonomics Societey Europe (HFES). Abstract Assistive Technology is becoming an integral part of our daily live, supporting people in different areas, for example while driving a car or cognitive demanding tasks at work or home. Yet, existing Assistive Technology often only considers the current situational context and capabilities of a user.

Krause, A. F., & Essig, K. (2022). Protecting Privacy Using Low-Cost Data Diodes and Strong Cryptography. In Science and Information Conference (pp. 776-788). Springer, Cham.

Publication, Publication_Essig, Publication_Krause
https://doi.org/10.1007/978-3-031-10467-1_47 Abstract Compromised near-body electronic devices, like an eye tracker or a brain-computer interface, can leak private, highly sensitive biometric or medical data. Such data must be protected at all costs to avoid mass-surveillance and hacking attempts. We review the current, dire state of network security caused by complex protocols, closed-source software and proprietary hardware. To tackle the issue, we discuss a concept that protects privacy by combining three elements: data diodes, strong encryption and true random number generators.