Sentence examples for partitioning circuit from inspiring English sources

The paper presents testability analysis method that is based on partitioning circuit under analysis (CUA) into testable blocks (TBs).

The primary objective of circuit partitioning is to minimize the number of interconnections between different components of the partitioned circuit.

Reverse engineering helps reduce the complexity of verification/analysis by partitioning the circuit into smaller parts.

Partitioning the circuit is a fundamental element in most of the fast-SPICE acceleration techniques.

Therefore our concept of partitioning the circuit and solving the respective BBD system can be correspondingly used also for these analyses.

Developed algorithms, implemented within a Decomp system, have been used for partitioning benchmark circuits due to realisation by means of the Configurable Logic Blocks included in FPGAs.

In contrast to a static partitioner, dynamic partitioners re-partition the circuit during the transient analysis based on the current state and activity of each circuit part [15].

Even the approaches that partition the circuit on the pure linear algebra view [24] of the problem [10, 11] have limited speed up capacity for different circuit types and sizes.

In the first step of our approach we partition the circuit such that the system matrix and right-hand side can be built in parallel, while minimizing the fill-in rate in the resulting coupling system of the BBD matrix.

Circuit partitioning has multiple applications in VLSI design.

This technique is based on the circuit partitioning and a local logical replacement.