Add to ORKGDesign validation for microprocessors based on modeling design errors and generating tests for them is discussed. An error model for control errors is introduced and validated experimentally for a small microprocessor. A general validation approach using this model is outlined. Preliminary experimental results suggest that high coverage of control as well as data errors can be achieved using our approach.
. Research on practical design verification techniques has long been impeded by the lack of publishe...
The results on model validation for control and controller validation in a prediction error identifi...
A fault-tolerant approach to microprocessor design, developed at the University of Michigan, is pres...
A design verification methodology for microprocessor hardware based on modeling design errors and ge...
A project is under way at the University of Michigan to develop a design verification methodology fo...
We are developing a design verification methodology for microprocessor hardware based on modeling de...
Abstract. Research on practical design verification techniques has long been impeded by the lack of ...
Model validation and estimating the size of a possible model error is a central aspect of System Ide...
Behavioral hardware descriptions are commonly used to represent the functionality of a microelectron...
Design simulation and model checking are two alterna-tive and complementary techniques for verifying...
Functional design verification is one of the most serious bottlenecks in modem microprocessor design...
Modern, high performance microprocessors are extremely complex machines which require substantial va...
This thesis addresses three important steps in the selection of error detection mechanisms for micro...
Modern, high performance microprocessors are extremely complex machines which require substantial va...
The steady growth in the complexity of digital systems demands more efficient algorithms and tools f...
. Research on practical design verification techniques has long been impeded by the lack of publishe...
The results on model validation for control and controller validation in a prediction error identifi...
A fault-tolerant approach to microprocessor design, developed at the University of Michigan, is pres...
A design verification methodology for microprocessor hardware based on modeling design errors and ge...
A project is under way at the University of Michigan to develop a design verification methodology fo...
We are developing a design verification methodology for microprocessor hardware based on modeling de...
Abstract. Research on practical design verification techniques has long been impeded by the lack of ...
Model validation and estimating the size of a possible model error is a central aspect of System Ide...
Behavioral hardware descriptions are commonly used to represent the functionality of a microelectron...
Design simulation and model checking are two alterna-tive and complementary techniques for verifying...
Functional design verification is one of the most serious bottlenecks in modem microprocessor design...
Modern, high performance microprocessors are extremely complex machines which require substantial va...
This thesis addresses three important steps in the selection of error detection mechanisms for micro...
Modern, high performance microprocessors are extremely complex machines which require substantial va...
The steady growth in the complexity of digital systems demands more efficient algorithms and tools f...
. Research on practical design verification techniques has long been impeded by the lack of publishe...
The results on model validation for control and controller validation in a prediction error identifi...
A fault-tolerant approach to microprocessor design, developed at the University of Michigan, is pres...