资源列表
TNALLDecodderh
- 这是自己编的一个h.264的NAL层的解码小程序源码，它首先从H264文件件中读取码流，然后分离每个NAL，以便将H264打包成RTP包。 可直接使用。 -This is one of their series h.264 NAL layer decoding applet source code, it is first of all to read the stream from H264 file pieces, and then separating each NAL to H264
SSNTP_ClientN
- SNTP客户端（Client）的C语言版，可以移植到到很多平台上，有一定的参考价值。，已通过测试。 -SNTP client (Client) version of the C language, can be ported to many platforms, there is a certain reference value. , Has been tested.
ASNTTPzipc
- 用SNTP协议实现网络时间同步，用VVisual C开发，比较好理解的代码. -The SNTP protocol network time synchronization with VVisual C development, better understanding of the code.
Wndis_packetI
- WINDOWS NDIS 驱动动例子。能实现封包截获与通讯层交互 -WINDOWS NDIS driver moving example. Packet capture and communication layer interaction
CDM642h264opto
- 详细全面地讲述了在TI dsp dmm642上优化H.264算法的方法思路等 -Detailed and comprehensive account of the ideas in the TI dsp dmm642 optimized H.264 algorithm
UPL23033S
- USB转换芯片，pl23033无需晶振，电路简单，稳定性高 -The USB converter the chip, pl23033 without crystal, simple circuit, high stability
pfftt_flp32_Ca
- 文件包为浮点快速傅立叶变换（32点）的汇编代码，运行在ADI的Visual DSP++平台上上，由于结合了并行流水线指令，该算法具有非常高的运行效率，能被广泛使用在高速数字信号处理方面。 -File package for the floating-point fast Fourier transform (32 points) assembly code, on the run in on ADI Visual DSP++ platform, due to a combination of
dminndspsourrs
- dsp编程与开发源代码，可作为为学习dsp编程与开发的参考资料 -dsp programming and source code, can be used as learning dsp programming and development of reference materials
AAD99218_AD92D
- ADI BF532 73360 + 带谐波分析功能的复费率电表方案 -The ADI BF532 73360+ band harmonic analysis of multi-rate meter program
lEmbbeddedproi
- linux学习的经典资料，全面地介绍了linnux编程与开发的流程与技巧，拿出来与大家共享 -The the linux learning classic, comprehensive introduction to the processes and skills of programming and development linnux, took out to share
BEXTT-BF5xx-CF
- BF5xx DSP处理器摄像头接口口电路图，与我上传的C语言代码配合使用 -BF5xx DSP processors camera interface port circuit diagram, I uploaded the C language code used in conjunction
BSSimuAPSOa
- 有基于模拟退火的粒子群算法优化化求解无约束优化问题可直接使用。 -Based on simulated annealing particle swarm algorithm optimization for unconstrained optimization problems can be used directly.