代码搜索结果

你 可 以 直 接 控 制 喇 叭 端 口 。 具 体 的 做 法 可 以 参 考 http://www.zealsoftstudio.com/cn/vbio的 VBIO.DLL的 Speaker示 例 。 这 个 方 法 在 很 多 8086/8088原 理 的 书 上 有 介 绍

#include #include void main (int argc, char *argv[]) { int count; // The number of times to sound the speaker int i; // The number of times the speaker has bee

function code = train(traindir, n) % Speaker Recognition: Training Stage % % Input: % traindir : string name of directory contains all train sound files % n : number of train f

function test(testdir, n, code) % Speaker Recognition: Testing Stage % % Input: % testdir : string name of directory contains all test sound files % n : number of test files in testd

/* 乐曲演奏电路子模块 */ module musicpro(clk_6M,clk_4,speaker,high,mid,low,carry); input clk_6M,clk_4; //clk_6M: 用于产生各种音阶频率的基准频率；clk_4: 用于控制音长（节拍）的时钟频率 output speaker,carry; //speaker：用于激励扬声器的输出信号，为

/* 乐曲演奏电路子模块 与musicpro.v的区别是这里均使用阻塞赋值语句*/ module musicpro_try(clk_6M,clk_4,clr,speaker,high,mid,low,carry); input clk_6M,clk_4,clr; //clk_6M: 用于产生各种音阶频率的基准频率；clk_4: 用于控制音长（节拍）的时钟频率 outpu

/* 乐曲演奏电路子模块，非阻塞赋值 几乎完全同书 */ module song(clk_6M,clk_4,speaker,high,mid,low,carry); input clk_6M,clk_4; //clk_6M: 用于产生各种音阶频率的基准频率；clk_4: 用于控制音长（节拍）的时钟频率 output speaker

//对musicpro.v的测试文件 //add the cycle of clk,decrease the time simulating `timescale 10ns/1ns //`define hclk_cyc 83 //6Mhz `define clk_cyc 5 //4hz module musicprots;//(clk_6M,clk_4,speaker,high,

Subject: re : 3 . 408 adjunct in a language where many speaker confuse " which " and " that " , be it any surprise that there be flexibility regard " that " and " when " ? can anyone name the first s

Subject: re : 5 . 1344 native speaker intuition the discussion on native speaker intuition have be extremely interest , but i worry that my brief intervention may have muddy the waters . i take it th