智能电池充电电池管理芯片CS0301.内容非常全。可以给一般理电池和非理电池。...

H.264中二进制算术编码的硬件实现Binary arithmetic coding in H.264 hardware implementation-Binary arithmetic coding in H.264 hardware implementation

充电器方案,为SLA，NICd,NiMH和Li-Lon电池设计的充电器-Charger program for SLA, NICd, NiMH and Li-Lon battery charger design

一个功能全面的OA功能设计方案，包括日常所用的多方面业务！-a full-featured OA functional design programs, including day-to-day use of various business!

简易无线电遥控系统利用高频载频信号将调制信号经由发射端天线送出，在接收端经接收天线接收，再经过解调和解码恢复原信号用来控制发光二极管的亮灭。--Radio remote control system easy to use high-frequency modulated signal carrier frequency signal sent by the transmitter antennas, at the receiving end through the receiving antenna, and then through the demodulation and decoding to restore the original signal is used to control the brightness light-emitting diodes eliminate.--

详细介绍了城市动态交通系统的技术路线与开放方案，是进行DTA系统开发的必备参考-Described in detail the dynamic urban transport system technology roadmap and open the program, DTA is an essential system development

1、 对一个等边三角形，每条边按照Koch曲线的方式进行迭代，产生的分形图称为Koch雪花。编制程序绘制出它的图形，并计算Koch雪花的面积，以及它的分形维数。 2、 自己构造生成元（要有创意），按照图形迭代的方式产生分形图，用计算机编制程序绘制出它的图形，并计算其分形维数。主要用MATLAB编程 -1, for an equilateral triangle, each side in accordance with Koch curve iterative manner, the resulting figure is called Koch snowflake fractal. Programmed to map out its graphics, and calculate the area of Koch snowflake, and its fractal dimension. 2, construct their own generators (the need for creativity), according to the way graphics iterative produce fractal images, using a computer programmed to map out its graphics, and calculate its fractal dimension.using MATLAB

关于H.264在无线网络上应用的文章,主要介绍了网络承接H.264业务的架构与策略- About H.264 in the wireless network the application article, mainly introduced the network continues the H.264 service the overhead construction and the strategy

南海市信息网Web服务器负载平衡的 解决方案南海市信息网Web服务器负载平衡的 解决方案 南海市信息网Web服务器负载平衡的 解决方案-sss

大家一起交流，重庆大学机械工程学院，程序-Communicate with everyone, Chongqing University of Mechanical Engineering, process

温室采集以单片机AN2131作为核心控制器件-AN2131 greenhouse collection to single-chip microcomputer as the core control device