The behaviour of a real-time system can be validated at the system level by means of a real-time operating system model in a VHDL simulation environment. The model consists of the...
Juha-Pekka Soininen, Tuomo Huttunen, Kari Tiensyrj...
: We present a new, dynamic algorithm for test sequence compaction and test cycle reduction for combinationaland sequential circuits. Several dynamic algorithms for compaction in c...
As the density and complexity of FPGA-based designs has increased to 10,000 gates and beyond, the use of high-level design languages (HDLs) is rapidly supplanting schematic entry ...
The paper presents a static process schedulingapproach as a front-end to hardware-software cosynthesis of small embedded systems which allows global system optimization. Unlike ea...
Computing equivalence classes for FSMs has several applications to synthesis and verication problems. Symbolic traversal techniques are applicable to medium-small circuits. This ...
: This paper introduces a modified relaxation approach that allows to improve the convergence of iterations while analyzing mixed systems with different simulators. The method redu...
We present a procedure to generate short test sequences for synchronous sequential circuits described at the gate level. Short test sequences are important in reducing test applic...
This paper presents a formal approach to test combinational circuits. For the sake of explanation we describe the basic algorithms with the help of the stuck–at fault model. Ple...
Manfred Henftling, Hannes C. Wittmann, Kurt Antrei...