Open Source Java Electronic Design Automation (EDA) Software - Page 2

Pipes is a desktop system which analyzes an AutoCad(TM) drawing of a sprinkler system, checks for flaws and after these are eliminated, adds the size/diameter labels to the drawing. Tutorial: http://users.norwoodlight.com/janh/wink/autopipes-entry.htm

The Boolean Expression Reducer provides the user with various tools to visualize and analyze boolean expressions. Given an expression, it also reduces it to its Sum of Products and Product of Sums form.

Trident is a high-level language compiler for scientific agorithms written in C that target FPGAs.

DVKit provides an Eclipse-based integrated development environment (IDE) for common design-verification tasks, such as developing SystemVerilog, C++, TCL, Python, and shell code

Power consumption analysis tools for embedded systems. MARTE to AADL model transformation with ATL for tools interoperability. More info on the project at http://sourceforge.net/apps/trac/lab-sticc/

Analog Insydes is a Mathematica toolbox for symbolic analysis of analog electronic circuits. This project provides a set of free add-ons to Analog Insydes, including a Java front-end and a native netlister for Cadence's Analog Design Environment (ADE).

This program converts assembly code to verilog implementation

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 of the National Science Foundation.

1. Comes with 200+ high level Tcl commands around SoC platform assembly 2. Easy to start - use the verilog2baya tool to convert existing SoC/SS into Baya 3. Adhoc and Interface based connections 4. Autoconnections 5. Rule based connections between component ports 6. A variety of SoC integration Methodologies 6.a. XLS/CSV Based connections 6.b. Port-to-Port Adhoc connections 6.c. IP-XACT and System Verilog Interface based connections 6.d. ... 7. Maintains a connectivity database with advance queries 8. Hierarchy Manipulation to create Power Domain, Voltage Domain, comply with Floor planning 8.a. Insert new hierarchy 8.b. Remove existing hierarchy 9. Associate the IP-XACT memory maps with the SoC component instances 10. Dump out the C Model for the entire design 11. Glue-Logic insertion 12. Spare port insertion across hierarchies 13. Automatic creation of the top module and it's ports based upon specified rule 14. Creates stub module

CircuitSmith is to be a comprehensive electronic design package being developed in Java which will include schematic capture, printed circuit board layout and any other features which I (and hopefully others) can be bothered to program.

For electronics engineers, when using open source EDA tools, one of big challenge is component schematic symbols and footprints. If you are creating footprints for component with more than 100 pins, it becomes very time consuming and challenging to create error free footprints. Here is a simple program to create footprints for open source EDA kicad. The idea is to describe footprint in .csv format and convert .csv to kicad footprint format. At preset program supports Kicad only, but can be extented to support other formats.

A java based digital logic simulator, designed to be used as an educational tool. uses a GUI to allow users to quickly and easily create and visualise circuits from simple components. User can create custom components

ECL is a system-level specification language for HW/SW designs and is based on Esterel and C. The ECL compiler parses ECL, writes Esterel and C, and uses the Esterel compiler to produce an implementation. Originally developed at Cadence Berkeley Labs.

EDAEd is Java-Based applications to demonstrate aspects of EDA (Eletronic Design Automation). This tools aim to help students of this area to view in a pratical environment, basic tools for placement and routing and data structures envolved.

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

Libraries, documentation, examples & drivers for Eagle Technology South Africa's Data Acquisition products. These include ISA, PCI, PCI Express, USB, Serial & Ethernet. Supported languages will be C/C++, JAVA, Perl, Python.

Equivalence checking for two netlists of ORCAD schematic designs. Check out whether two netlists may generate the idendical PCB in later design stage, even if they are derived from different design procedures with different part-ref and siganl-name.

GeckoCIRCUITS is THE circuit simulator for modeling power electronics systems. Besides its fast circuit simulation capability, GeckoCIRCUITS combines control modelling and thermal simulations via equivalent networks in an easy-to-use software package. GeckoCIRCUITS has its strengths in the extremely high simulation speed and its open interface. The software can be integrated into MATLAB/Simulink or other programming environments.

Virtual instrumentation software, currently designed for modifying automobile engines. Intended as a modular framework to communicate with devices on an IO port (serial, parallel etc.) and allow a visual representation of the instrument.

ImageToGerber makes it easy to convert any image to gerber files, ready to send to a PCB manufacturer. More info at: https://www.imagetopcb.com Demo video: https://youtu.be/HUvt0mOHv_M Forget about spending long hours etching and drilling at home, or learning to use complicated CAD software, schematics, layout design,… And more importantly, ImageToPCB is more than just a converter, it expands the potential of your design or image. It unlocks the possibility to easily make improvements and updating your design, as you will be able to make design modifications, add a silkscreen layer, resize drill diameters, create a soldermask layer to protect copper areas and to avoid accidental shorts, convert a single-side design into a double-side or multi-layer design,… all that just by editing your image with your preferred image editor.

This application allows you to load an image file and convert it to a excellon drill file. For best result, you can adjust color, tolerance filters and circle recognition parameters and see a preview image before creating output file. Demonstration video: Coming soon! Useful information of this application through: https://imagetoexcellon.wordpress.com/ If you need to convert from image to gerber, check this app: https://sourceforge.net/projects/imagetogerberconverter/ If this application has been useful to you, please donate using the Donate tab above.

IslandEv distributes a Genetic Algorithm (like <a href="/projects/jaga">JaGa</a>) across a network (see <a href="/projects/distrit">DistrIT</a>) using an island based coevolutionary model in which neighbouring islands swap migrating individuals every

The official repository of JCSim is now hosted by github at https://github.com/almejo/jcsim JCSim is a fully functional Digital Circuit simulator written in Java. You can create and simulate simple (and not so simple) circuits in an easy way. It includes a basic set of gates, simple creation of new gates and simulation.

Project for build a free eletronic/logic simulator as a standalone plataform independent software

JMCAD is an program for the modeling and simulation of complex dynamic systems. This includes the ability to construct and simulate block diagrams. The visual block diagram interface offers a simple method for constructing, modifying and maintaining complex system models. The simulation engine provides fast and accurate solutions for linear, nonlinear, continuous time, discrete time, time varying and hybrid system designs. With JMCAD, users can quickly develop software or "virtual" prototypes of systems or processes to demonstrate their behavior prior to building physical prototypes. The user builds his system model by selecting predefined blocks from a block library and simply wiring the blocks together. Each block of the diagram performs a function. Users can also create custom blocks in Java and add them to the JMCAD block library. JMCAD is a block diagram language for creating complex nonlinear dynamic systems.