In this paper, we analyze the error behavior of content addressable memories and provide necessary and sufficient conditions to protect them. Single error tolerant designs are demonstrated for bit- and byte-organized content addressable memories. This level of protection is equivalent to that of the conventional ECC protection in memory subsystems
Abstract — This paper proposes a nanoscale content addressable memory (CAM) architecture. The type ...
Information integrity in cache memories is a fundamental requirement for dependable computing. Conve...
[[abstract]]Embedded content addressable memories (CAMs) are important components in many system chi...
Soft Errors are becoming a major concern for modern computing systems. Memories are one of the eleme...
Reliability is a major concern for memories. To en- sure that errors do not affect the data stored i...
Associative or content addressable memories can be used for many computing applications. This paper ...
For the next computer generation, which may have extensive artificial intelligence properties, the u...
There has been a rising demand for well-organized and reliable digital storage as well as transmissi...
A content addressable memory (CAM) is an SRAM-based memory that can be accessed in parallel to searc...
[[abstract]]© 2000 Institute of Electrical and Electronics Engineers - Functional tests for content-...
Fault diagnosis in processing digital system application has raised various limiting problems. While...
We present a hardware-based approach to improve the resilience of a computer system against the erro...
Abstract–Post-silicon healing techniques that rely on built-in redundancy (e.g. row/column redundanc...
Modern nanoscale devices with storage capacity typically implement error correction codes (ECCs) in ...
The paper aims to propose as elementary work on a reliable memory system that can tolerate multiple ...
Abstract — This paper proposes a nanoscale content addressable memory (CAM) architecture. The type ...
Information integrity in cache memories is a fundamental requirement for dependable computing. Conve...
[[abstract]]Embedded content addressable memories (CAMs) are important components in many system chi...
Soft Errors are becoming a major concern for modern computing systems. Memories are one of the eleme...
Reliability is a major concern for memories. To en- sure that errors do not affect the data stored i...
Associative or content addressable memories can be used for many computing applications. This paper ...
For the next computer generation, which may have extensive artificial intelligence properties, the u...
There has been a rising demand for well-organized and reliable digital storage as well as transmissi...
A content addressable memory (CAM) is an SRAM-based memory that can be accessed in parallel to searc...
[[abstract]]© 2000 Institute of Electrical and Electronics Engineers - Functional tests for content-...
Fault diagnosis in processing digital system application has raised various limiting problems. While...
We present a hardware-based approach to improve the resilience of a computer system against the erro...
Abstract–Post-silicon healing techniques that rely on built-in redundancy (e.g. row/column redundanc...
Modern nanoscale devices with storage capacity typically implement error correction codes (ECCs) in ...
The paper aims to propose as elementary work on a reliable memory system that can tolerate multiple ...
Abstract — This paper proposes a nanoscale content addressable memory (CAM) architecture. The type ...
Information integrity in cache memories is a fundamental requirement for dependable computing. Conve...
[[abstract]]Embedded content addressable memories (CAMs) are important components in many system chi...