优秀的IP网络语音通讯软件Speak Fleely源代码
上传时间： 2014-01-02
上传用户：小儒尼尼奥
从声卡Speak 端 输出1HZ 锯齿波。 MATLAB编程
上传时间： 2013-12-02
上传用户：tianyi223
温湿度传感器 sht11 仿真程序 sbit out =P3^0; //加热口 //sbit input =P1^1;//检测口 //sbit speek =P2^0;//报警 sbit clo =P3^7;//时钟 sbit ST =P3^5;//开始 sbit EOC =P3^6;//成功信号 sbit gwei =P3^4;//个位 sbit swei =P3^3;//十位 sbit bwei =P3^2;//百位 sbit qwei =P3^1;//千位 sbit Speak =P0^0;//报警音 sbit bjled =P0^1;//报警灯 sbit zcled =P0^2;//正常LED int count; uchar xianzhi;//取转换结果 uchar seth;//高时间 uchar setl;//低时间 uchar seth_mi;//高时间 uchar setl_mi;//低时间 bit hlbz;//高低标志 bit clbz; bit spbz; ///定时中断程序/// void t0 (void) interrupt 1 using 0 { TH0=(65536-200)/256;//5ms*200=1000ms=1s TL0=(65536-200)%256; clo=!clo;//产生时钟 if(count>5000) { if(hlbz) { if(seth_mi==0){seth_mi=seth;hlbz=0;out=0;} else seth_mi--; } if(!hlbz) { if(setl_mi==0){setl_mi=setl;hlbz=1;out=1;} else setl_mi--; } count=0; } else count++; } ///////////// ///////延时/////// delay(int i) { while(--i); } ///////显示处理/////// xianshi() { int abcd=0; int i; for (i=0;i<5;i++) { abcd=xianzhi; gwei=1; swei=1; bwei=1; qwei=1; P1=dispcode[abcd/1000]; qwei=0; delay(70); qwei=1; abcd=abcd%1000; P1=dispcode[abcd/100]; bwei=0; delay(70); bwei=1; abcd=abcd%100; P1=dispcode[abcd/10]; swei=0; delay(70); swei=1; abcd=abcd%10; P1=dispcode[abcd]; gwei=0; delay(70); gwei=1; } } doing() { if(xianzhi>100) {bjled=0;Speak=1;zcled=1;} else {bjled=1;Speak=0;zcled=0;} } void main(void) { seth=60;//h60秒 setl=90;//l90秒 seth_mi=60;//h60秒 setl_mi=90;//l90秒 TMOD=0X01;//定时0 16位工作模式 TH0=(65536-200)/256; TL0=(65536-200)%256; TR0=1; //开始计时 ET0=1; //开定时0中断 EA=1; //开全中断 while(1) { ST=0; _nop_(); ST=1; _nop_(); ST=0; // EOC=0; xianshi(); while(!EOC) { xianshi(); } xianzhi=P2; xianshi(); doing(); } }
上传时间： 2013-11-07
上传用户：我们的船长
温湿度传感器 sht11 仿真程序 sbit out =P3^0; //加热口 //sbit input =P1^1;//检测口 //sbit speek =P2^0;//报警 sbit clo =P3^7;//时钟 sbit ST =P3^5;//开始 sbit EOC =P3^6;//成功信号 sbit gwei =P3^4;//个位 sbit swei =P3^3;//十位 sbit bwei =P3^2;//百位 sbit qwei =P3^1;//千位 sbit Speak =P0^0;//报警音 sbit bjled =P0^1;//报警灯 sbit zcled =P0^2;//正常LED int count; uchar xianzhi;//取转换结果 uchar seth;//高时间 uchar setl;//低时间 uchar seth_mi;//高时间 uchar setl_mi;//低时间 bit hlbz;//高低标志 bit clbz; bit spbz; ///定时中断程序/// void t0 (void) interrupt 1 using 0 { TH0=(65536-200)/256;//5ms*200=1000ms=1s TL0=(65536-200)%256; clo=!clo;//产生时钟 if(count>5000) { if(hlbz) { if(seth_mi==0){seth_mi=seth;hlbz=0;out=0;} else seth_mi--; } if(!hlbz) { if(setl_mi==0){setl_mi=setl;hlbz=1;out=1;} else setl_mi--; } count=0; } else count++; } ///////////// ///////延时/////// delay(int i) { while(--i); } ///////显示处理/////// xianshi() { int abcd=0; int i; for (i=0;i<5;i++) { abcd=xianzhi; gwei=1; swei=1; bwei=1; qwei=1; P1=dispcode[abcd/1000]; qwei=0; delay(70); qwei=1; abcd=abcd%1000; P1=dispcode[abcd/100]; bwei=0; delay(70); bwei=1; abcd=abcd%100; P1=dispcode[abcd/10]; swei=0; delay(70); swei=1; abcd=abcd%10; P1=dispcode[abcd]; gwei=0; delay(70); gwei=1; } } doing() { if(xianzhi>100) {bjled=0;Speak=1;zcled=1;} else {bjled=1;Speak=0;zcled=0;} } void main(void) { seth=60;//h60秒 setl=90;//l90秒 seth_mi=60;//h60秒 setl_mi=90;//l90秒 TMOD=0X01;//定时0 16位工作模式 TH0=(65536-200)/256; TL0=(65536-200)%256; TR0=1; //开始计时 ET0=1; //开定时0中断 EA=1; //开全中断 while(1) { ST=0; _nop_(); ST=1; _nop_(); ST=0; // EOC=0; xianshi(); while(!EOC) { xianshi(); } xianzhi=P2; xianshi(); doing(); } }
上传时间： 2013-10-16
上传用户：黄蛋的蛋黄
关于tts语音引擎的使用方法!很多软件具有英文发音和朗读功能，它们都使用了MSTTS（Microsoft Text To Speech）技术。微软遵照COM的标准，提供了一套Speech API来对MSTTS进行编程。要在程序中使用这套API，必须确保系统已经安装了MSTTS和Spchapi软件包。 Speech API可以作为类型库引用到Delphi中，方法是：打开Project选单下的Import Type Litrary，点击“Add”加入Windows\Speech目录下的Vtxauto.tlb文件，在Delphi的Import目录中就会生成VTxtAuto—TLB.pas文件，其中定义了VTxtAuto—TLB单元，把它加到Uses成员中来。设计如图2所示的窗口，定义全局变量： var VoTxt：IVTxtAuto 然后在Form的OnCreate事件中加入： VoTxt：=CoVTxtAuto_.Create VoTxt.Register(′′,′Speech Test′) {注册} “Read”按钮代码为： VoTxt.Speak(Memo1.Lines.Text,10) {朗读} “Stop”按钮代码为： VoTxt.StopSpeaking {停止朗读} 至此，应用程序已具有朗读功能，10表示使用普通语气。借住VoTxt的属性和方法，我们还可以控制阅读速度和语气，实现暂停、跳句等功能，Speech API编程就这么简单。
上传时间： 2014-01-21
上传用户：13681659100
/// /// /// /// /// /// /// /// /// / USE BY :超声波测距器 IC :AT89C51 TEL : OSCCAL :XT (12M) display :共阳LED显示 Updata :2004/12/12 NAME :ZHOUSS /////////////////////////////////////////////////////// 测距范围7CM-11M，堆栈在4FH以上，20H用于标志 显示缓冲单元在40H-43H，使用内存44H、45H、46H用于计算距离 VOUT EQU P1.0 红外脉冲输出端口 Speak equ p1.1
上传时间： 2014-11-07
上传用户：cc1015285075
Managing Humans is a selection of the best essays from Michael Lopps web site, Rands In Repose. Drawing on Lopp s management experiences at Apple, Netscape, Symantec, and Borland, this book is full of stories based on companies in the Silicon Valley where people have been known to yell at each other. It is a place full of dysfunctional bright people who are in an incredible hurry to find the next big thing so they can strike it rich and then do it all over again. Among these people are managers, a strange breed of people who through a mystical organizational ritual have been given power over your future and your bank account. Whether you re an aspiring manager, a current manager, or just wondering what the heck a manager does all day, there is a story in this book that will Speak to you. You will learn: * What to do when people start yelling at each other * How to perform a diving save when the best engineer insists on resigning * How to say "No" to the person who signs your paycheck
标签： selection Managing Michael Humans
上传时间： 2014-11-28
上传用户：1427796291
C in A Nutshell Learning a language--any language--involves a process wherein you learn to rely less and less on instruction and more increasingly on the aspects of the language you ve mastered. Whether you re learning French, Java, or C, at some point you ll set aside the tutorial and attempt to converse on your own. It s not necessary to know every subtle facet of French in order to Speak it well, especially if there s a good dictionary available. Likewise, C programmers don t need to memorize every detail of C in order to write good programs. What they need instead is a reliable, comprehensive reference that they can keep nearby. C in a Nutshell is that reference.
标签： language Nutshell Learning involves
上传时间： 2013-12-25
上传用户：王者A
DLMS 编辑 本词条缺少名片图，补充相关内容使词条更完整，还能快速升级，赶紧来编辑吧！ 配电线报文规范(Distribution Line Message Specification) [IEC 62056-53]是应用层规范，独立于应用层以下的各个低层，因而也就与通信信道无关，设计用于在计算机集成环境中支持与（能量）分配设备间的消息交换，是由IEC TC57建立并以IEC 61334-4-41发布的国际标准。 中文名 配电线报文规范 外文名 Distribution Line Message Specification) 建立者 IEC TC57 应用领域 于抄表、远程控制以及增值服务等 这个概念被进一步发展成为设备语言报文规范，其目的在于为结构化建模和仪表数据交换提供一个互操作环境，支持任何能量类型如电、水、气或热的计量，应用于远程抄表、远程控制以及增值服务
上传时间： 2016-04-07
上传用户：auqaiss
The insinuation of telecommunications into the daily fabric of our lives has been arguably the most important and surprising development of the last 25 years. Before this revolution, telephone service and its place in our lives had been largely stable for more than a generation. The growth was, so to Speak, lateral, as the global reach of telecommunications extended and more people got telephone service. The distinction between oversea and domestic calls blurred with the advances in switching and transmission, undersea cable, and communication satellites. Traffic on the network remained overwhelmingly voice, largely in analog format with facsimile (Fax) beginning to make inroads.
标签： Telecommunications Modeling Analysis and of
上传时间： 2020-05-31
上传用户：shancjb
