Add to ORKGOn-line testability is essential in designs with high reliability requirements. High-level synthesis reduces time-to-market and enables efficient design space exploration. In our work, we implement on-line testable designs in a high-level synthesis environment. We refer to our new technique (inversion testing) and exploit its features, in an attempt to reduce hardware penalties. Further, we enhance the design space by providing a metric for on-line testability
The increasing use of high-level description languages, such as VHDL, to design large VLSI circuits ...
In order to reduce the test development cost and guarantee testable designs, it is essential to have...
System-on-chip design is becoming increasingly complex as technology scaling enables more and more f...
On-line testability is essential in designs with high reliability requirements. High-level synthesis...
On-line testing increases system reliability, which is essential in a number of applications. High-l...
There have been several recent attempts to include duplication-based on-line testability in behaviou...
ISBN: 0769506461Introducing testability considerations as soon as possible in the design process res...
This thesis belongs to the domain of hardware synthesis for testability. The objective of our work w...
A transformation-based approach to high-level test synthesis is presented. It utilizes a sequence of...
Recent research for testable designs has focussed on inserting test structures by re-arranging an Re...
We review behavioral and RTL test synthesis and synthesis for testability approaches that generate e...
This paper presents a method to carry out the register allocation/binding phase of a High Level Synt...
Synthesis for testability ensures that the synthesized circuit is testable by exploring the fundamen...
The need of on-line testing techniques is getting more and more important. Despite the growing compl...
This paper presents a testable synthesis methodology applicable to any top-down design method based ...
The increasing use of high-level description languages, such as VHDL, to design large VLSI circuits ...
In order to reduce the test development cost and guarantee testable designs, it is essential to have...
System-on-chip design is becoming increasingly complex as technology scaling enables more and more f...
On-line testability is essential in designs with high reliability requirements. High-level synthesis...
On-line testing increases system reliability, which is essential in a number of applications. High-l...
There have been several recent attempts to include duplication-based on-line testability in behaviou...
ISBN: 0769506461Introducing testability considerations as soon as possible in the design process res...
This thesis belongs to the domain of hardware synthesis for testability. The objective of our work w...
A transformation-based approach to high-level test synthesis is presented. It utilizes a sequence of...
Recent research for testable designs has focussed on inserting test structures by re-arranging an Re...
We review behavioral and RTL test synthesis and synthesis for testability approaches that generate e...
This paper presents a method to carry out the register allocation/binding phase of a High Level Synt...
Synthesis for testability ensures that the synthesized circuit is testable by exploring the fundamen...
The need of on-line testing techniques is getting more and more important. Despite the growing compl...
This paper presents a testable synthesis methodology applicable to any top-down design method based ...
The increasing use of high-level description languages, such as VHDL, to design large VLSI circuits ...
In order to reduce the test development cost and guarantee testable designs, it is essential to have...
System-on-chip design is becoming increasingly complex as technology scaling enables more and more f...