[[abstract]]We propose an algorithm, based on a framework of reconfigurable multiple scan-chains for a system-on-chip, to minimize test application time. For the framework, the control signal combination causes the computing time to increase exponentially. The algorithm we propose introduces a heuristic control signal selection method to solve this problem. We also minimize the test application time by using the balancing method to assign registers into multiple scan-chains. It could show significant reductions in test application times and computing times.[[conferencetype]]國際[[conferencedate]]20050523~20050526[[conferencelocation]]Kobe, Japa
[[abstract]]Test access mechanism (TAM) and testing schedule for system-on-chip (SOC) are challengin...
In this paper, a test architecture exploration on reconfigurable scan chain network is discussed. Re...
We propose a new design for testability technique, Parallel Serial Full Scan (PSFS), for reducing th...
[[abstract]]In this paper, we propose an algorithm based on a framework of reconfigurable multiple s...
This paper presents a new technique for power minimization during test application in sequential cir...
In this paper we try to reconfigure the existing scan system to a Modular Scan (MS) in order to adap...
The size of the test vector set forms a significant factor in the overall production costs of ICs, a...
The size of the test vector set forms a significant factor in the overall production costs of ICs, a...
The size of the test vector set forms a significant factor in the overall production costs of ICs, a...
In this paper we try to reconfigure the existing scan system to a Modular Scan (MS) in order to adap...
In this paper we try to reconfigure the existing scan system to a Modular Scan (MS) in order to adap...
In this paper we try to reconfigure the existing scan system to a Modular Scan (MS) in order to adap...
Scan-based cores impose considerable test power challenges due to ex-cessive switching activity duri...
Scan Chains in DFT has gained more prominence in recent years due to the increase in the complexity ...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Compute...
[[abstract]]Test access mechanism (TAM) and testing schedule for system-on-chip (SOC) are challengin...
In this paper, a test architecture exploration on reconfigurable scan chain network is discussed. Re...
We propose a new design for testability technique, Parallel Serial Full Scan (PSFS), for reducing th...
[[abstract]]In this paper, we propose an algorithm based on a framework of reconfigurable multiple s...
This paper presents a new technique for power minimization during test application in sequential cir...
In this paper we try to reconfigure the existing scan system to a Modular Scan (MS) in order to adap...
The size of the test vector set forms a significant factor in the overall production costs of ICs, a...
The size of the test vector set forms a significant factor in the overall production costs of ICs, a...
The size of the test vector set forms a significant factor in the overall production costs of ICs, a...
In this paper we try to reconfigure the existing scan system to a Modular Scan (MS) in order to adap...
In this paper we try to reconfigure the existing scan system to a Modular Scan (MS) in order to adap...
In this paper we try to reconfigure the existing scan system to a Modular Scan (MS) in order to adap...
Scan-based cores impose considerable test power challenges due to ex-cessive switching activity duri...
Scan Chains in DFT has gained more prominence in recent years due to the increase in the complexity ...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Compute...
[[abstract]]Test access mechanism (TAM) and testing schedule for system-on-chip (SOC) are challengin...
In this paper, a test architecture exploration on reconfigurable scan chain network is discussed. Re...
We propose a new design for testability technique, Parallel Serial Full Scan (PSFS), for reducing th...