The automatic generation of a hierarchical self-test architecture for boards with boundary scan test (BST) is described, based on a test processor specifically designed to implement the basic operations required to control the BST infrastructure. An ATPG module generates the ROM containing the test program, allowing a single-chip self-test solution with minimal design-for-testability overhead. The same test processor may be used without internal ROM, when a single-chip solution is not desirable
For system-on-chip designs that contain an embedded processor, this paper present a software based d...
Software-based self-test (SBST) techniques are used to test processors and processor cores against p...
A new low power LP scan based built in self test BIST technique is proposed based on weighted pseudo...
The boundary scan technique and the unified built-in self-test (BIST) scheme are combined in order t...
The testing of printed circuit board (PCB) interconnects is a complex task that requires enormous am...
A built-in self-test (BIST) methodology to test system backplanes by using BIST functionality in eac...
A standardized and structured test methodology is described which is based on the boundary-scan prop...
The progress in the fields of miniaturisation (surface mount technology, large pin count ICs, etc.) ...
The test technique called "boundary scan test" (BST) offers new opportunities in testing but confron...
The authors analyse off-chip and on-chip signature checking schemes suitable for boundary scan (BS) ...
Boundary scan is now the most promising technology for testing high-complexity printed circuit board...
A Built-in self-test technique constitute a class of algorithms that provide the capability of perfo...
The paper presents a general BIST scheme for the test of RAMs (single and multi-port) embedded in ve...
This thesis is concerned with the practical implications of manufacture testing of loaded printed ci...
The Boundary Scan (BS) technology is widely used in the testing and debugging of Printed Circuit Bo...
For system-on-chip designs that contain an embedded processor, this paper present a software based d...
Software-based self-test (SBST) techniques are used to test processors and processor cores against p...
A new low power LP scan based built in self test BIST technique is proposed based on weighted pseudo...
The boundary scan technique and the unified built-in self-test (BIST) scheme are combined in order t...
The testing of printed circuit board (PCB) interconnects is a complex task that requires enormous am...
A built-in self-test (BIST) methodology to test system backplanes by using BIST functionality in eac...
A standardized and structured test methodology is described which is based on the boundary-scan prop...
The progress in the fields of miniaturisation (surface mount technology, large pin count ICs, etc.) ...
The test technique called "boundary scan test" (BST) offers new opportunities in testing but confron...
The authors analyse off-chip and on-chip signature checking schemes suitable for boundary scan (BS) ...
Boundary scan is now the most promising technology for testing high-complexity printed circuit board...
A Built-in self-test technique constitute a class of algorithms that provide the capability of perfo...
The paper presents a general BIST scheme for the test of RAMs (single and multi-port) embedded in ve...
This thesis is concerned with the practical implications of manufacture testing of loaded printed ci...
The Boundary Scan (BS) technology is widely used in the testing and debugging of Printed Circuit Bo...
For system-on-chip designs that contain an embedded processor, this paper present a software based d...
Software-based self-test (SBST) techniques are used to test processors and processor cores against p...
A new low power LP scan based built in self test BIST technique is proposed based on weighted pseudo...