What does EDAC stand for?

Reduce design time through in-design verification, incremental processing, and automatic error detection and correction.

Topics include defect and fault tolerance (including papers on using architectures for yield improvement and coping with obsolescence), dependability analysis and evaluation (including a network fault model, obtaining microprocessor vulnerability data), hot topics (Trojan horse detection, soft error susceptibility in nanoscale CMOS), design for testability (optimizing full coverage and the impact of default tolerant BIST), reliability and fault tolerance (material fatigue, design-space exploration), error detection and correction (adaptive error control, error detection logic), testing techniques (core chest wrapper design, heuristics-dependent observation), and testing for timing and parametric failures.

Supporting systems can make mapping and other tools available to interviewers to support full error detection and correction.

It features 32 Mbytes of DRAM with error detection and correction (EDC), 16 Mbytes of 64-bit FLASH memory, 512 Kbytes of Boot Prom and 512 Kbytes of cache.

25 addressing, flow control, and error detection and correction protocols.

Multi-bit error detection and correction * Patent-pending Flashback protection, offering chip-level N+1 redundancy and on-board self-healing so that no servicing is required * Optional RAID-1 mirroring between two ioMemory modules on the same ioDrive Duo, offering complete redundancy on a single PCIe card CAPACITY The ioDrive Duo comes in the following capacities: * 160 Gbytes * 320 Gbytes * 640 Gbytes * 1.

RFM s advanced networking features and robust frequency hopping technology along with a full 24-bit CRC and ARQ error detection and correction scheme provide an extremely reliable radio with sophisticated features.

of Piraeus, Greece; TIMA laboratory, France; and Intel) present the articles under the following themes: online error detection and correction, self-checking circuits and error detecting codes, radiation hardening techniques, soft error detection and correction methodologies, control-flow checking and fault-tolerance in special applications, fault injection, benchmarking and standardization in software-based SER characterization, mitigation techniques for transient errors, memory self-test and self-repair, posters, reliability and circuit stimulation, networks-on-chip and labs-on-chip, parametric testing techniques, radiation-induced SER, self-test generation techniques, and laser-based fault injection in memories.