一个用VB编写的电话应答软件，可以进行录间和播放。使用TAPI 技术实现的，对串口编程有一定的指导作用...

VB 关于 opc的源码-VB about opc source code

提供了目前最全面的音频,视频的编码和解码库,包括G.711,G.726,AMR,MP3,H.261,H.263,MPEG-1,MPEG-2,MPEG-4,H.264,使用MMX汇编优化,效率非常高。可以直接加入到自己的工程中使用，非常方便。-provide the most comprehensive audio, video encoding and decoding library, including G.711, G.726, AMR, MP3, H.261, H.263, MPEG-1, MPEG-2, MPEG-4, H.264, the use of MMX compilation optimization, efficiency is very high. Can directly into their projects using very convenient.

Windows串口编程 -Windows serial programming

关于arinc429协议，阐述了航空标准接口429协议的规则和数据传输的规则 -On ARINC429 agreement on standard interface 429 aviation agreement rules and the rules of data transmission

Vector Quantization

About WinMTR: WinMTR is a windows clone of popular Matt s traceroute Linux program. Original mtr can be found at http://www.bitwizard.nl/mtr/ Installation: Binary: Unzip winmtr_bin.zip. You will have in unzip directory two files: WinMTR.exe LICENSE.TXT You can start WinMTR by simply running WinMTR.exe Sources: Unzip winmtr_src.zip You will have in unzip directory a new directory called WinMTR In this directory are all the sources including Visual C++ 6.0 project and workspace files. Screenshots: Start screen Options screen -About WinMTR : WinMTR windows is a clone of popular Matt"s trace Linux route program. Original Mutation can be found a t http :// www.bitwizard.nl/mtr/ Installation : Binary : Unzip winmtr_bin.zip. You will have in unzip di rectory two files : WinMTR.exe LICENSE.TXT You can start by WinMTR simply running WinMTR.exe Sources : Unzip winmtr_src.zip You will have in unzip dir ectory a new directory called WinMTR In

在CBuilder中如何控制游戏手柄，对手柄编程-How to control the game in the CBuilder handle, to handle programming

MIDP_2_0_Introduction_to_the_Game_API　example-MIDP_2_0_Introduction_to_the_Game_API example

使用VB的OPC客户访问的最简单程序,本程序为查找服务器、组、项目的列表程序，同步访问程序请找ASync-VB.rar,需要异步的查找ASync-VB.rar-The use of VB

The dynamics of orbit uncertainty in an unstable orbital environment are discussed with specific application to the orbit determination of a halo orbit about the Earth{Sun L1 point. This article documents a simplified orbit determination covariance program developed under Telecommunications and Mission Operations Division Technology support. The program is ideally suited to investigate spacecraft trajectory navigation in challenging environments, where the basic dynamics of the trajectory can no longer be modeled using near-Keplerian motion.