Search Results for "android 16 source code" - Page 2

CSBB is a command line based bioinformatics suite to analyze biological data acquired through varied avenues of biological experiments. CSBB is implemented in Perl, while it also leverages the use of R, java and ruby in background for specific modules. Major focus of CSBB is to allow users from biology and bioinformatics community, to get benefited by performing down-stream analysis tasks while eliminating the need to write programming code. CSBB is currently available on Linux, UNIX and...

bel_fft is a FFT co-processor that can calculate FFTs with arbitrary radix. It is a hardware implementation of the free software Kiss FFT ("Keep it simple, Stupid!"). The target was to allow a simple replacement of the software code with the hardware implementation. Therefore bel_fft comes with a software driver that is compatible with the Kiss FFT routines. bel_fft also has a modular architecture and allows interfacing different bus architectures. So far AMBA AXI, Altera's Avalon bus and...

Modbus TCP Server simulator and library for .NET and Java implementation. See Library and source code: www.easymodbustcp.net For Connection to Modbus-TCP, Modbus-UDP clients, and Modbus RTU Master. Server listens at port 502 (can be changed). Shows also Protocol informations. Allows Multiple connections Digital Inputs; Coils; Input Registers and Holding Registers can be viewed and changed in a table-view Version V2.5: - Upgrade Library with new functions Version V1.1: - Asynchronous Reading and Writing to Speed up Server Version V1.0: - Bugfixes Version V0.96: - Bugfix - Server Simulator available as Java-Version Version V0.95: - Modbus UDP supported Version V0.94: - Some Bugfixes Version V0.93: - Added Function code 16 (Write Multiple Registers) - Some measures to speed up Modbus-Server - DLL-Library for .NET implementations added Version V0.92: - Added Function code 15 (Write Multiple Coils)

JMathStudio is a Java based digital image and signal processing toolkit/library. It is simple to use, portable, light (~300 Kb), extendable and free. Full source code available at https://github.com/bhavyaajani/jmathstudio Android compatible JMathStudio is available @ https://sourceforge.net/projects/jmathstudio-android/

OOBD supports a self-programable Tool for Vehicle Onboard Diagnostics (OBD) for various platforms like the Windows-Desktop, mobile Phones and Smartphones Please note that we are actual moving this project over to oobd.googlecode.com. The software source code repository is already moved, other areas will follow.

This project aims to create a flexible, cross-platform ROV (remotely operated vehicle) control system based on Qt and the Arduino microcontroller series with multi-platform support. You can view the development blog at http://chrisstechblog.blogspot.com. If you have any questions, comments, ideas or complaints please let us know! We'd love to hear from you how we can improve ROV-Suite! Thanks! P.S. If you want to give us a negative review, please elaborate on why you are giving...

Welcome to OSAF! The OSAF-Toolkit was developed, as a senior design project, by a group of IT students from the University of Cincinnati, wanting to pioneer and pave the way for standardization of Android malware analysis. The OSAF-Toolkit is built from Ubuntu 11.10 and pre-compiled with all of the tools needed to rip apart applications for code review and malware analysis. Our primary goal with the toolkit is to be able to make application analysis as easy as possible. We also wanted to...

Python module for creating functions computing the Cyclic Redundancy Check (CRC). Any generating polynomial producing 8, 16, 24, 32, or 64 bit CRCs is allowed. Generated functions can be used in Python or C/C++ source code can be generated.

Bringing BOINC and its projects (SETI@Home, etc.) to the Android mobile platform, through translation to Java. ATTENTION: The code is in pre-alpha stage, and currently meant mainly for BOINC developers.

This project implements a reduced instruction set (RISC) CPU in VHDL. It was designed for the Altera Flex10k20 chip, but the VHDL code should port to any compatable chip. The instruction set is extensive, and the design is easily extendable to 16 bits.