11.4 Physical Anchors for Secure Systems
Date: Thursday 15 March, 2012
Time: 1400 - 1530
Location / Room: Konferenz 2
Moderators:
L Torres, LIRMM, FR
V Fischer, Hubert Curien Laboratory, FR
Physically uncloneable functions, hardware Trojan detection and true random number generators, are particularly important to ensure security into systems. All these mechanisms, inserted at design time, have to be robust and efficient. This session will give an overview of these techniques, mainly addressing physical effects.
| Time | ID | Presentation Title Authors |
|---|---|---|
| 1400 | 3 | COMPARATIVE ANALYSIS OF SRAM MEMORIES USED AS PUF PRIMITIVES G-J Schrijen and V van der Leest, Intrinsic-ID, NL |
| 1430 | 441 | COMPARISON OF SELF-TIMED RING AND INVERTER RING OSCILLATORS AS ENTROPY SOURCES IN FPGAS A Cherkaoui, V Fischer and A Hubert, Hubert Curien Laboratory, FR L Fesquet, TIMA Laboratory, FR |
| 1500 | 54 | A SENSOR-ASSISTED SELF-AUTHENTICATION FRAMEWORK FOR HARDWARE TROJAN DETECTION M Li and A Davoodi, U Wisconsin - Madison, US M Tehranipoor, U Connecticut, US |
| IPs | IP5-13 | |
| 1530 | BREAK/IP5 |
