A new CMOS gate structure tolerating all single transistor stuck-on faults and a large set of multiple faults is presented. Such technique is aimed at guaranteeing fault tolerance for a multiple output gate and the fault tolerance property is achieved through an AUED separated encoding of the output functions and the introduction of additional transistors which avoid fault propagation. As an example, Berger code will be discussed
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
A new CMOS gate structure tolerating all single transistor stuck-on faults and a large set of multip...
A new CMOS gate structure tolerating all single transistor stuck-on faults and a large set of multip...
A new CMOS gate structure tolerating all single transistor stuck-on faults and a large set of multip...
An evolution of the already introduced technique for synthesis of CMOS gate structures tolerating al...
An evolution of the already introduced technique for synthesis of CMOS gate structures tolerating al...
An evolution of the already introduced technique for synthesis of CMOS gate structures tolerating al...
An evolution of the already introduced technique for synthesis of CMOS gate structures tolerating al...
This paper presents the application of a new fault tolerant methodology to multiple output CMOS stat...
This paper presents the application of a new fault tolerant methodology to multiple output CMOS stat...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
This paper presents the application of a new fault tolerant methodology to multiple output CMOS stat...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
A new CMOS gate structure tolerating all single transistor stuck-on faults and a large set of multip...
A new CMOS gate structure tolerating all single transistor stuck-on faults and a large set of multip...
A new CMOS gate structure tolerating all single transistor stuck-on faults and a large set of multip...
An evolution of the already introduced technique for synthesis of CMOS gate structures tolerating al...
An evolution of the already introduced technique for synthesis of CMOS gate structures tolerating al...
An evolution of the already introduced technique for synthesis of CMOS gate structures tolerating al...
An evolution of the already introduced technique for synthesis of CMOS gate structures tolerating al...
This paper presents the application of a new fault tolerant methodology to multiple output CMOS stat...
This paper presents the application of a new fault tolerant methodology to multiple output CMOS stat...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
This paper presents the application of a new fault tolerant methodology to multiple output CMOS stat...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...
A CMOS gate structure tolerating all single transistor stuck-at (TSA) faults and a large set of mult...