In this paper, we present a new defect-resilience technique which employs the directional image filter in order to recover data from corrupted embedded memory.
In this paper, we present a new defect-resilience technique which employs the directional image filter in order to recover data from corrupted embedded memory.
Abstract. In the foreseeable future, System-on-Chip design will suffer from the problem of low yield especially in embedded memories. This can be a critical.
Design and Analysis of Low Power Image Filters toward Defect-Resilient Embedded Memories for Multimedia SoCs. Y. Kang, K. Jung, S. Cheng, Y. Park, F. Kurdahi ...
Kurdahi, A. Eltawil : Design and Analysis of Low Power Image Filters toward Defect-Resilient Embedded Memories for Multimedia SoCs 11th Asia-Pacific Computer ...
We demonstrate that by selectively applying system level algorithms (such as post processing filtering), multimedia systems can easily tolerate memory storage ...
Design and analysis of low power image filters toward defect-resilient embedded memories for multimedia SoCs. K Yi, KH Jung, SY Cheng, YH Park, F Kurdahi, A ...
Design and Analysis of Low Power Image Filters Toward Defect-Resilient Embedded Memories for Multimedia SoCs ... design will suffer from the problem of low ...
This paper proposes an efficient BISR strategy which consists of a Built-In Self-Test (BIST) module, a Built-In Address-Analysis (BIAA) module and a Multiplexer ...
In this paper, we present a new defect-resilience technique which employs the directional image filter in order to recover data from corrupted embedded memory.