This paper presents a new fault simulator architecture for RAM memories. The key features of the proposed tool are: (1) user-definable fault models, test algorithm, and memory architecture; (2) very fast simulation algorithm; (3) ability to compute the coverage of any provided test sequence with respect to a user-defined set of fault models, and to eliminate redundant operations; (4) assessment of the power consumption generated by the test application. Moreover, the tool is able to modify the test algorithm in order to guarantee the compliance to user-defined power consumption constraints
Memories are one of the most important components in digital systems like SoCs. The high density of ...
Smaller feature size, greater chip density, and minimal power consumption all lead to an increased n...
Abstract: With the increasing complexity of memory behavior, attempts are being made to come up with...
Static linked faults are considered an interesting class of memory faults. Their capability of influ...
[[abstract]]In this paper, we present a memory fault simulator called the Random Access Memory Simul...
[[abstract]]© 2002 Institute of Electrical and Electronics Engineers - The size and density of semic...
[[abstract]]In this paper, we present a memory fault simulator called the Random Access Memory Simul...
[[abstract]]In this paper, we present a memory fault simulator called the Random Access Memory Simul...
[[abstract]]In this paper we present a fault simulator for flash memory testing and diagnostics, cal...
Abstract: Recently, a framework describing the space of all fault models has been established. Subse...
[[abstract]]Although there are well known test algorithms that have been used by the industry for ye...
[[abstract]]Although there are well known test algorithms that have been used by the industry for ye...
[[abstract]]Content addressable memories (CAMs) are widely used in digital systems. A test algorithm...
Testing and diagnosis techniques play a key role in the advance of semiconductor memory technology. ...
Dynamic random access memories (DRAMs) are the most widely used type of memory in the market today, ...
Memories are one of the most important components in digital systems like SoCs. The high density of ...
Smaller feature size, greater chip density, and minimal power consumption all lead to an increased n...
Abstract: With the increasing complexity of memory behavior, attempts are being made to come up with...
Static linked faults are considered an interesting class of memory faults. Their capability of influ...
[[abstract]]In this paper, we present a memory fault simulator called the Random Access Memory Simul...
[[abstract]]© 2002 Institute of Electrical and Electronics Engineers - The size and density of semic...
[[abstract]]In this paper, we present a memory fault simulator called the Random Access Memory Simul...
[[abstract]]In this paper, we present a memory fault simulator called the Random Access Memory Simul...
[[abstract]]In this paper we present a fault simulator for flash memory testing and diagnostics, cal...
Abstract: Recently, a framework describing the space of all fault models has been established. Subse...
[[abstract]]Although there are well known test algorithms that have been used by the industry for ye...
[[abstract]]Although there are well known test algorithms that have been used by the industry for ye...
[[abstract]]Content addressable memories (CAMs) are widely used in digital systems. A test algorithm...
Testing and diagnosis techniques play a key role in the advance of semiconductor memory technology. ...
Dynamic random access memories (DRAMs) are the most widely used type of memory in the market today, ...
Memories are one of the most important components in digital systems like SoCs. The high density of ...
Smaller feature size, greater chip density, and minimal power consumption all lead to an increased n...
Abstract: With the increasing complexity of memory behavior, attempts are being made to come up with...