This paper proposes a new methodology for testing a core-based system-on-a-chip (SOC), targeting the simultaneous reduction of test area overhead and test application time. At the core level, testability and transparency can be achieved by reusing existing logic inside the core, and providing different versions of the core having different area overheads and transparency latencies. At the chip ...

A tri-template-based codes (TTBC) method is proposed to reduce test cost of intellectual property (IP) cores. In order to reduce test data volume (TDV), the approach utilizes three templates, i.e., all 0, all 1, and the previously applied test data, for generating the subsequent test data by flipping the inconsistent bits. The approach employs a small number of test channels I to supply a large...

RESPIN++ is a deterministic embedded test method tailored to system chips, which implement scan test at core level. The scan chains of one core of the system-on-a-chip are reused to decompress the patterns for another core. To implement the RESPIN++ test architecture only a few gates need to be added to the test wrapper. This will not affect the critical paths of the system. The RESPIN++ method...

Testing of a deeply embedded mixed-signal core in a System-on-Chip (SoC) is a challenging issue due to the communication bottleneck in accessing the core from external automatic test equipment. Consequently, in many cases the preferred approach is built-in self-test (BIST), where the major part of test activity is performed within the unit-under-test and only final results are communicated to t...

The potential uses of serological tests that detect HCV core antigens in biological fluids are highlighted. The most common serological tests utilized to detect exposure to HCV rely on the detection of antibodies to HCV. However, these tests cannot distinguish between individuals who have resolved their infection and those who remain actively infected with HCV. By contrast, the HCV core antigen...

As a vibration- free concrete, self- compacting concrete (SCC) can be easily used in the absence of consolidation, therefore; it is a good option for repairing and retrofitting concrete structures. The quality of repair layer is highly effective on a successful repair. Accordingly, in this study, factors affecting the quality of fiber-reinforced self-compacting concrete repair layer, including ...