Search Results for "java to do list"

Java Quine McCluskey implements the Quine McCluskey algorithm with Petrick’s Method (or the method of prime implicants) for minimization of Boolean functions. This software can be used both for learning and solving real problems. As a learning/teaching tool, it presents not only the results but also how the problem was solved as well as how to use Karnaugh Maps to solve the problem. Up to sixteen functions of sixteen variables can be minimized. A graphical interface is provided for entering...

Given a simple net-list describing the high level power architecture of your system Penthode: - simulates the voltage and current from device turn on to the steady state. - highlights components working out of specification - draws a nice power tree diagram showing the currents/powers balance - plots node transient voltage and gate current waveforms It is possible to change component parameters interactively to improve the design

An API for manipulating EDIF netlists in Java. We use this API to analyze netlists as a part of our FPGA reliability project. We intend to keep the API as general as possible to support other netlist analysis and manipulation activities. This material is based upon work supported by the National Science Foundation under Grant No. 0801876. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views...

Includes a signal scaling app, many engineering unit conversion calcs, and a task list pad to keep track of progress or notes.

Processes boolean functions which can be provided either as a list of 0s and 1s or which can be provided as a formula in first-order logic (using disjunctive or conjunctive normal forms). Internally the Quine McCluskey algorithm is used.

PCB plugin for rat selection. The user supplies a pin list via a text file. The plugin selects the rats which connects the listed pins. This functionality intends to help auto-routing with variable track width. See the web site for more detail.