Multi-core organizations increasingly support multiple threads per core. Threads on a core usually share a single first-level data cache, so thread schedulers must try to minimize ...
We present a mathematical model for the problem of scheduling tests for core-based system-on-chip (SOC) VLSI designs. Given a set of tests for each core in the SOC and a set of te...
In this paper, we investigate the efficient software implementations of the Montgomery modular multiplication algorithm on a multi-core system. A HW/SW co-design technique is use...
An algorithm for mapping core terminals to System-On-a-Chip (SOC) I/O pins and scheduling tests in order to achieve costefficient concurrent test for core-based designs is present...
In this paper we develop a recovery conscious framework for multi-core architectures and a suite of techniques for improving the resiliency and recovery efficiency of highly conc...
Sangeetha Seshadri, Lawrence Chiu, Cornel Constant...