BIST increases circuit activity and hence power in data path circuits. The voltage drop that occurs during testing causes some good circuits to fail the testing process, leading to unnecessary manufacturing yield loss. Addressing this problem, the authors show how test synthesis and scheduling affect power dissipation and present new power-conscious algorithms
International audienceTest power relates to the power consumed during test of integrated circuits or...
421-426One of the emerging challenges in the current scenario of modern-day technologies is the pow...
Testing low power very large scale integrated (VLSI) circuits has recently become an area of concern...
For a significant number of electronic systems used in safety-critical applications circuit testing ...
Traditional DFT methodologies increase useless power dissipation during testing and are not su...
The first part of this thesis addresses the problem of power dissipation during test in the system i...
Power dissipation during test application is an emerging problem due to yield and reliability concer...
Significant peak power (PP), thus power droop (PD), during test is a serious concern for modern, com...
Power dissipation is a challenging problem in current VLSI designs. In general the power consumption...
Power consumption has become a crucial concern in built-in self-test (BIST) due to the increased swi...
International audiencePower dissipation has become a major design objective in many application area...
Power minimization and test length reduction are two objectives for BIST (Built-In-Self-Test). To re...
A new low power test pattern generator which can effectively reduce the average power consumption du...
This paper focuses on BIST for RTL data paths and discusses testability trade-offs in terms of test ...
textThis dissertation addresses the problem of excessive power dissipation during scan testing. Hig...
International audienceTest power relates to the power consumed during test of integrated circuits or...
421-426One of the emerging challenges in the current scenario of modern-day technologies is the pow...
Testing low power very large scale integrated (VLSI) circuits has recently become an area of concern...
For a significant number of electronic systems used in safety-critical applications circuit testing ...
Traditional DFT methodologies increase useless power dissipation during testing and are not su...
The first part of this thesis addresses the problem of power dissipation during test in the system i...
Power dissipation during test application is an emerging problem due to yield and reliability concer...
Significant peak power (PP), thus power droop (PD), during test is a serious concern for modern, com...
Power dissipation is a challenging problem in current VLSI designs. In general the power consumption...
Power consumption has become a crucial concern in built-in self-test (BIST) due to the increased swi...
International audiencePower dissipation has become a major design objective in many application area...
Power minimization and test length reduction are two objectives for BIST (Built-In-Self-Test). To re...
A new low power test pattern generator which can effectively reduce the average power consumption du...
This paper focuses on BIST for RTL data paths and discusses testability trade-offs in terms of test ...
textThis dissertation addresses the problem of excessive power dissipation during scan testing. Hig...
International audienceTest power relates to the power consumed during test of integrated circuits or...
421-426One of the emerging challenges in the current scenario of modern-day technologies is the pow...
Testing low power very large scale integrated (VLSI) circuits has recently become an area of concern...