hydravm.org
Hydra
http://www.hydravm.org/hydra/wiki/WikiStart
Welcome to Hydra VM. Getting Started with HydraVM. Checking out source code. This work is supported in part by AFOSR under grant FA9550-14-1-0187. Any opinions, findings, and conclusions or recommendations expressed in this site are those of the author(s) and do not necessarily reflect the views of AFOSR. Download in other formats:. Powered by Trac 0.12.2. Visit the Trac open source project at. Http:/ trac.edgewall.org/.
hydravm.org
Hydra
http://www.hydravm.org/hydra/wiki
Welcome to Hydra VM. Getting Started with HydraVM. Checking out source code. This work is supported in part by AFOSR under grant FA9550-14-1-0187. Any opinions, findings, and conclusions or recommendations expressed in this site are those of the author(s) and do not necessarily reflect the views of AFOSR. Download in other formats:. Powered by Trac 0.12.2. Visit the Trac open source project at. Http:/ trac.edgewall.org/.
gnu.org
GNU Classpath Hacker's Guide: GNU Classpath Hacker's Guide
http://www.gnu.org/software/classpath/docs/cp-hacking.html
GNU Classpath Hacker's Guide. This file contains important information you will need to know if you are going to hack on the GNU Classpath project code. This document contains important information you'll want to know if you want to hack on GNU Classpath, Essential Libraries for Java, to help create free core class libraries for use with virtual machines and compilers for the java programming language. An introduction to the GNU Classpath project. Very important rules that must be followed. Locale specif...
leto.net
Math::GSL : Perl <=> GNU Scientific Library
http://www.leto.net/code/Math-GSL
Math: GSL : Perl = GNU Scientific Library. Use Math: GSL;. Math: GSL 0.18 on CPAN. March 27, 2009 12:11 AM. Grab the latest Math: GSL to get these spiffy features and bugfixes:. Play nice with latest and greatest GSL 1.12. Added swap() to Vector. Objects with tests and docs. To Vector objects via norm() and normalize(). Added operator overloading so that. Abs $vector = $vector- norm. Added as vector() to Matrix. Added inverse(), is square(), det(), lndet(), zero() and identity() to Matrix objects. Added ...
icedtea.classpath.org
IcePick - IcedTea
http://icedtea.classpath.org/wiki/IcePick
The aim of the IcePick project is to allow the language tools (. From the OpenJDK project. To be built separately using any 1.5 compliant Java compiler. This is primarily motivated by a desire to allow these tools to be used with virtual machines that make use of the GNU Classpath. Library rather than simply as part of the larger IcedTea. A 15 capable Javadoc generator (. Still needs support for the new constructs). More heavily tested implementations of. Or an existing copy of. Or by grabbing a tarball.
jainja.thenesis.org
Links - Jainja
http://jainja.thenesis.org/links
Script is a partial implementation of the Java Virtual Machine (JVM) written entirely in JavaScript. Asmjs: The JavaScript Compile Target. Like many developers I’ve been excited by the promise of Asm.js. Reading the recent news that Asm.js is now in Firefox nightly is what got my interest going. There’s also been a massive surge in interest after Mozilla and Epic announced (mirror) that they had ported Unreal Engine 3 to Asm.js and that it ran really well.". Box2D as a Measure of Runtime Performance.
ce.ucsb.edu
Computer Engineering | CE Advisory Board
http://www.ce.ucsb.edu/advisory-board
The Computer Engineering Program is extremely fortunate to have an advisory board of highly-respected leaders in our field who volunteer their time and lend us their vision on research, education, and diversity as they relate to our growing program. The board was formed in 2008 and meets annually. Members come from a variety of academic and industrial backgrounds and all have particular insight into building world-class computer engineering organizations. Mark received a Bachelors degree in Electrical En...
hydravm.org
Architecture – Hydra
http://www.hydravm.org/hydra/wiki/Architecture
HydraVM works in four phases. First, the HydraVM accepts program bytecode and converts it to architecture-specific machine code. We consider the program as a set of. Where each basic block is a sequence of non-branching instructions that ends either with a branch instruction (conditional or non-conditional) or a return. Thus, any program can be represented by a graph in which nodes represent basic blocks and edges represent the program control flow - i.e., an. Which captures the relationship between the ...
