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human-Interface

  • Fundamentals+of+the+New+Artificial+Intelligence

    The Industrial Revolution, which started in England around 1760, has replaced human muscle power with the machine. Artificial intelligence (AI) aims at replacing human intelligence with the machine. The work on artificial intelligence started in the early 1950s, and the term itself was coined in 1956.

    标签: Fundamentals Intelligence Artificial New the of

    上传时间: 2020-06-10

    上传用户:shancjb

  • Machine Learning Healthcare Technologies

    Much has been written concerning the manner in which healthcare is changing, with a particular emphasis on how very large quantities of data are now being routinely collected during the routine care of patients. The use of machine learning meth- ods to turn these ever-growing quantities of data into interventions that can improve patient outcomes seems as if it should be an obvious path to take. However, the field of machine learning in healthcare is still in its infancy. This book, kindly supported by the Institution of Engineering andTechnology, aims to provide a “snap- shot” of the state of current research at the interface between machine learning and healthcare.

    标签: Technologies Healthcare Learning Machine

    上传时间: 2020-06-10

    上传用户:shancjb

  • 完全替代兼用取代HT1623:VK0384,VK1623,VK1623S

    产品型号:VK0384 产品品牌:VINTEK/元泰/VINKA 封装形式: LQFP64 替代型号:HT1623  原厂直销,工程服务,技术支持,价格更具优势! 概述: VK0384是一个48x8的LCD駆动器. 可软件程控使其适用于多样化的LCD应用线路. 仅用到3至4条讯号线便可控制LCD駆动器,除此之外亦可介由指令使其进入省电模式 特色 工作电压: 2.4V~5.2V 内建256KHz RC oscillator 提供1/4 偏压1/8 COM 周期 省电模式 48x8 LCD駆动器 内建48x8 bit 显示内存 3-wire serial interface 软件程控 资料及指令模式 VLCD 脚位可用来调整LCD输出电压 内建电阻式偏压产生线路 8种WDT的基频选择 定时器及WDT的溢位输出 两种蜂鸣器频率(2KHz/4KHz) 内建time base generator 以及WDT Time base or WDT 溢位输出

    标签: 1623 VK 0384 HT1623

    上传时间: 2020-09-19

    上传用户:2937735731

  • 基于界面操作的人脸心率检测的代码

    基于界面操作的人脸心率检测的代码,通过摄像头实时采集人视频,并计算心率(Face the heart rate detection interface operation based on the code, through real-time acquisition one camera video, and rate)

    标签: 操作 人脸 代码 检测

    上传时间: 2021-02-24

    上传用户:

  • FPGA读写SD卡读取BMP图片通过LCD显示例程实验 Verilog逻辑源码Quartus工程文件

    FPGA读写SD卡读取BMP图片通过LCD显示例程实验 Verilog逻辑源码Quartus工程文件+文档说明,FPGA型号Cyclone4E系列中的EP4CE6F17C8,Quartus版本17.1。1 实验简介在前面的实验中我们练习了 SD 卡读写,VGA 视频显示等例程,本实验将 SD 卡里的 BMP 图片读出,写入到外部存储器,再通过 VGA、LCD 等显示。本实验如果通过液晶屏显示,需要有液晶屏模块。2 实验原理在前面的实验中我们在 VGA、LCD 上显示的是彩条,是 FPGA 内部产生的数据,本实验将彩条替换为 SD 内的 BMP 图片数据,但是 SD 卡读取速度远远不能满足显示速度的要求,只能先写入外部高速 RAM,再读出后给视频时序模块显示module top( input                       clk, input                       rst_n, input                       key1, output [5:0]                seg_sel, output [7:0]                seg_data, output                      vga_out_hs,        //vga horizontal synchronization output                      vga_out_vs,        //vga vertical synchronization output[4:0]                 vga_out_r,         //vga red output[5:0]                 vga_out_g,         //vga green output[4:0]                 vga_out_b,         //vga blue output                      sd_ncs,            //SD card chip select (SPI mode) output                      sd_dclk,           //SD card clock output                      sd_mosi,           //SD card controller data output input                       sd_miso,           //SD card controller data input output                      sdram_clk,         //sdram clock output                      sdram_cke,         //sdram clock enable output                      sdram_cs_n,        //sdram chip select output                      sdram_we_n,        //sdram write enable output                      sdram_cas_n,       //sdram column address strobe output                      sdram_ras_n,       //sdram row address strobe output[1:0]                 sdram_dqm,         //sdram data enable output[1:0]                 sdram_ba,          //sdram bank address output[12:0]                sdram_addr,        //sdram address inout[15:0]                 sdram_dq           //sdram data);parameter MEM_DATA_BITS         = 16  ;            //external memory user interface data widthparameter ADDR_BITS             = 24  

    标签: fpga

    上传时间: 2021-10-27

    上传用户:

  • IIC接口E2PROM(AT24C64) 读写VERILOG 驱动源码+仿真激励文件: module

    IIC接口E2PROM(AT24C64) 读写VERILOG 驱动源码+仿真激励文件:module i2c_dri    #(      parameter   SLAVE_ADDR = 7'b1010000   ,  //EEPROM从机地址      parameter   CLK_FREQ   = 26'd50_000_000, //模块输入的时钟频率      parameter   I2C_FREQ   = 18'd250_000     //IIC_SCL的时钟频率    )   (                                                                input                clk        ,        input                rst_n      ,                                                //i2c interface                          input                i2c_exec   ,  //I2C触发执行信号    input                bit_ctrl   ,  //字地址位控制(16b/8b)    input                i2c_rh_wl  ,  //I2C读写控制信号    input        [15:0]  i2c_addr   ,  //I2C器件内地址    input        [ 7:0]  i2c_data_w ,  //I2C要写的数据    output  reg  [ 7:0]  i2c_data_r ,  //I2C读出的数据    output  reg          i2c_done   ,  //I2C一次操作完成    output  reg          i2c_ack    ,  //I2C应答标志 0:应答 1:未应答    output  reg          scl        ,  //I2C的SCL时钟信号    inout                sda        ,  //I2C的SDA信号                                           //user interface                       output  reg          dri_clk       //驱动I2C操作的驱动时钟     );//localparam definelocalparam  st_idle     = 8'b0000_0001; //空闲状态localparam  st_sladdr   = 8'b0000_0010; //发送器件地址(slave address)localparam  st_addr16   = 8'b0000_0100; //发送16位字地址localparam  st_addr8    = 8'b0000_1000; //发送8位字地址localparam  st_data_wr  = 8'b0001_0000; //写数据(8 bit)localparam  st_addr_rd  = 8'b0010_0000; //发送器件地址读localparam  st_data_rd  = 8'b0100_0000; //读数据(8 bit)localparam  st_stop     = 8'b1000_0000; //结束I2C操作//reg definereg            sda_dir   ; //I2C数据(SDA)方向控制reg            sda_out   ; //SDA输出信号reg            st_done   ; //状态结束reg            wr_flag   ; //写标志reg    [ 6:0]  cnt       ; //计数reg    [ 7:0]  cur_state ; //状态机当前状态reg    [ 7:0]  next_state; //状态机下一状态reg    [15:0]  addr_t    ; //地址reg    [ 7:0]  data_r    ; //读取的数据reg    [ 7:0]  data_wr_t ; //I2C需写的数据的临时寄存reg    [ 9:0]  clk_cnt   ; //分频时

    标签: iic 接口 e2prom at24c64 verilog 驱动 仿真

    上传时间: 2021-11-05

    上传用户:

  • IEEE_Verilog_2001

    The Verilog Hardware Description Language (HDL) is defined in this standard. Verilog HDL is a formal notation intended for use in all phases of the creation of electronic systems. Because it is both machine readable and human readable,it supports the development,verification, synthesis,and testing of hardware designs; the communication of hardware design data; and the maintenance,modification,and procurement of hardware. The primary audiences for this standard are the implementors of tools supporting the language and advanced users of the language.

    标签: ieee verilog

    上传时间: 2021-11-09

    上传用户:

  • iec61162标准

    iec61162标准iec61162-1{ed4.0}en_digital interface

    标签: iec61162 标准

    上传时间: 2021-11-22

    上传用户:jiabin

  • 开关电源设计(英文版)

    It all started rather innocuously. I walked into Dr GT Murthy’s office one fine day, andchanged my life. “Doc” was then the General Manager, Central R&D, of a very largeelectrical company headquartered in Bombay. In his new state-of-the-art electronics center,he had hand-picked some of India’s best engineers (over a hundred already) ever assembledunder one roof. Luckily, he too was originally a Physicist, and that certainly helped me gainsome empathy. Nowadays he is in retirement, but I will always remember him as athoroughly fair, honest and facts-oriented person, who led by example. There were severalthings I absorbed from him that are very much part of my basic engineering persona today.You can certainly look upon this book as an extension of what Doc started many years agoin India … because that’s what it really is! I certainly wouldn’t be here today if I hadn’t metDoc. And in fact, several of the brash, high-flying managers I’ve met in recent years,desperately need some sort of crash course in technology and human values from Doc!

    标签: 开关电源

    上传时间: 2021-11-23

    上传用户:

  • CH340C+RT9013+MINI USB接口板 AD设计硬件原理图+PCB文件 ALTIUM设计

    CH340C+RT9013+MINI USB接口板 AD设计硬件原理图+PCB文件,ALTIUM设计的2层板设计,包括完整的原理图和PCB文件,主要器件如下:Library Component Count : 12Name                Description----------------------------------------------------------------------------------------------------CAP                 CapacitorCC2640EM            CC2630 ModuleCH340               CH340 USB 2 UARTCON11               Connector 11pinsCON12               Connector 12pinsCON3X2              Connector 5*2LED                 LEDRES                 ResistorRT9013              RT9013 3.3VSWITCH              switch 6*6USB1                USB ConnectorsXDS110-Lte          XDS110-Lite Target Interface

    标签: ch340c rt9013 usb 接口 ad设计

    上传时间: 2021-11-24

    上传用户:canderile