DSP音頻處理示例The benefits of real-time analysis provided by DSP/BIOS are often required in programs that
were engineered without it. When the program is not built from the ground up using the
DSP/BIOS kernel and real-time analysis features, the lack of familiarity prevents engineers
from reaping the benefits of this very powerful tool set, especially in the final stage of
development when real-time analysis is needed most. This application note provides an
example of the necessary steps required to utilize DSP/BIOS features in order to bring these
solutions to bear in an existing application.
C-smile OOL is a scripting language with C++-like grammar. It has compiler, VM running bytecodes and C++ extendible runtime. Intended to run in standlone and embedded mode
C-smile 面向?qū)ο笳Z言在語法上比較像C++的腳本化的語言,它有一個(gè)編譯器,一個(gè)運(yùn)行字節(jié)碼的虛擬機(jī),和可擴(kuò)展的C++運(yùn)行時(shí)。它是為運(yùn)行獨(dú)立的可插入的模塊。
uc/os-ii for 8051
This package provides the sources required to use the uC/OS-II v2.00
real time kernel on the 8051 processor. To use this package you will
need the TASKING C Compiler toolset v6.0r1 or higher.
For info on TASKING products you can contact our Web-site at:
http://www.tasking.com
Unzip the zipfile in the root of the drive where you also installed
the uC/OS-II general sources. The following directories will be
added:
\SOFTWARE\UCOS-II\8051
This directory contains the microprocessor specific source code
\SOFTWARE\UCOS-II\ex1_8051r
This directory contains the project files for the first example
\SOFTWARE\UCOS-II\ex2_8051r
This directory contains the project files for the second example
很好的linux內(nèi)核調(diào)試軟件 兼轅馬,沒有密碼。
The ia64 and ix86 directories contain versions of kdb prior to v2.0
(kdb version v2.0, not the kernel version). Older versions of kdb had
complete patches for each architecture it supported, each patch included
all the common kdb code. This format was awkward to maintain and use
for multiple platforms.
Starting with kdb v2.0 there is a common patch against each kernel which
contains all the architecture independent code plus separate architecture
dependent patches. Either use an old style (v1.8 or v1.9) kdb patch or
use a new style (v2.0) common patch plus the corresponding architecture
dependent patch.
Details for How to develop an OAL .Step-by-step to develop an OAL. An OEM adaptation layer (OAL) is a layer of code between the Windows CE kernel and the hardware of your target device. You develop an OAL to communicate data between your operating system (OS) and your target device and include code to handle interrupts, timers, and so on.
Bluezan implementation of the Bluetooth™ wireless standards specifications for Linux. The code is licensed under the GNU General Public License (GPL) and is now included in the Linux 2.4 and Linux 2.6 kernel series
Bluezan implementation of the Bluetooth™ wireless standards specifications for Linux. The code is licensed under the GNU General Public License (GPL) and is now included in the Linux 2.4 and Linux 2.6 kernel series