Computational models are commonly used in engineering design and scientific discovery activities for simulating complex physical systems in disciplines such as fluid mechanics, structural dynamics, heat transfer, nonlinear structural mechanics, shock physics, and many others. These simulators can be an enormous aid to engineers who want to develop an understanding and/or predictive capability for complex behaviors typically observed in the corresponding physical systems. Simulators often serve as virtual prototypes, where a set of predefined system parameters, such as size or location dimensions and material properties, are adjusted to improve the performance of a system, as defined by one or more system performance objectives. Such optimization or tuning of the virtual prototype requires executing the simulator, evaluating performance objective(s), and adjusting the system parameters in an iterative, automated, and directed way. System performance objectives can be formulated, for example, to minimize weight, cost, or defects; to limit a critical temperature, stress, or vibration response; or to maximize performance, reliability, throughput, agility, or design robustness. In addition, one would often like to design computer experiments, run parameter studies, or perform uncertainty quantification (UQ). These approaches reveal how system performance changes as a design or uncertain input variable changes. Sampling methods are often used in uncertainty quantification to calculate a distribution on system performance measures, and to understand which uncertain inputs contribute most to the variance of the outputs. A primary goal for Dakota development is to provide engineers and other disciplinary scientists with a systematic and rapid means to obtain improved or optimal designs or understand sensitivity or uncertainty using simulationbased models. These capabilities generally lead to improved designs and system performance in earlier design stages, alleviating dependence on physical prototypes and testing, shortening design cycles, and reducing product development costs. In addition to providing this practical environment for answering system performance questions, the Dakota toolkit provides an extensible platform for the research and rapid prototyping of customized methods and meta-algorithms
标签： Optimization and Uncertainty Quantification
上传时间： 2016-04-08
上传用户：huhu123456
This report presents a tutorial of fundamental array processing and beamforming theory relevant to microphone array speech processing. A microphone array consists of multiple microphones placed at different spatial locations. Built upon a knowledge of sound propagation principles, the multiple inputs can be manipulated to enhance or attenuate signals emanating from particular directions. In this way, microphone arrays provide a means of enhancing a desired signal in the presence of corrupting noise sources. Moreover, this enhancement is based purely on knowledge of the source location, and so microphone array techniques are applicable to a wide variety of noise types. Microphone arrays have great potential in practical applications of speech processing, due to their ability to provide both noise robustness and hands-free signal acquisition.
标签： Microphone array Tutorial Array Signal Processing
上传时间： 2016-06-12
上传用户：halias
This book is focused on designing and developing Representational State Transfer (REST) platforms in Rails. REST is the architectural style of the Web, consisting of a set of constraints that, applied to components, connectors, and data elements, constitute the wider distributed hypermedia system that we know today: the World Wide Web. There are a few good reasons why it makes more sense to build platforms instead of just products or applications. Platforms are like ecosystems interconnecting different applications, services, users, developers, and partners. Platforms foster innovation through the inputs of their direct collaborators. By providing application programming interfaces (APIs) and software development kits (SDKs), platforms are more customer driven.
标签： Development Building RESTful Rails
上传时间： 2020-06-06
上传用户：shancjb
欧母龙PLC例程PLC控制器源码255个合集:1600T俄罗斯压力机.rar200吨压机程序 omron 的机子C系列的.rar3MK136旧磨床现程序.rar3电机延时控制启停.rar5V编码器信号如何接入CP1H高数计数案例.rar6路抢答器源码.rar902002 OMRON.rarASCII Generic Protocol Macro Object Code.zipASCII Generic Protocol Macro.zipC3电枢异物吸引.rarCalendar Calculation.zipcarbon.rarCompact Flash Memory Write.zipCounter Multiplex.zipcp1h 高速计数触发中断注意点.rarcp1h-x40用在非标饮料线上的程序,有注解.rarCP1H与爱默生温控模块的通讯程序.rarCP1L and CP1H EasyModbus FB.zipCPM1A编写的赞扬15T立式注塑机.rarCPM2A Interupt High Speed Counting Sample.zipCPM2A自身时钟六个时间段触发程序.rarCQM1 Host Link Master.zipCQM1H 21的例子程序，有温度压力等PID控制。.rarCQMaster.swp.zipCS CJ CP NSJ password set.zipCS1 C Mode Hostlink.zipCS1-CJ1 Floating Point to Fixed Point Conversion for HMI.zipcub.rarCX-Programmer Ver.5 Introduction Guide R120-E1-01..zipCX-Programmer Ver.5 Introduction to Function Blocks Guide R121-E1-01.zipC_Mode_Hostlink.zipDeviceNet Explicit Message Example.zipdieban.rarEasy to use Modbus RTU Master for CP1L CP1H CJ1 CJ2 CS1.zipExample of Using Daylight Saving FB's.zipExample Scale Meter Protocol.zipFB Calculate Day Of Week.zipFB Day light savings function block.zipFB Extract Time Date into SecMin Hr Day Mth Yr.zipFB Scale with parameters.zipGKF1250离心机CXP.rargkf1250离心机cxpgkf离心机omron.rarJH21-200程序.rarLED液压机.rarlogging+ filewrite.ziplpr-des.rarModbus Protocol Macro Object Code.zipModbus Protocol Macro.zipModbus RTU Sample Code CJ1-SCB.rarModbus TCP Client using FB's.zipOmron CS1 Sequencer.zipOMRON E6CP绝对值编码器使用实例。编码器为8位格雷码输出.rarOmron Modbus Slave Ladder.zipOmron Plc 变频一带三例程.rarOMRON PLC编程示范.raromron--MOV傳送指令.raromron-cs1g-h-cpu42日本机的程序.rarOmron_CJ2_to_AB_EIP_Tag_Datalink_Example.rarOMRON接驳台.rarOMRON控制2伺服.rarOMRON温度，压力模拟量输入程序.rarOMRON照明设备程序.raromron的PLC案例程序.rarOMRON程序举例.rarOMRON程序举例2.rarOMRON纸病分析系统-PLC程序(CJ1G).zipomron脉冲输出到驱动器的程序.rarPCB 沉铜线程序.rarPID温度控制的PLC程序设计实例.rarPinstamp.zipPLC Clock adjustment with screen.zipPLC锰钢程序cpm2a.zipPolls and Writes setpoints to E5CK Process Controller - E5CK.swp.zipPRO9连拉.rarProcess states sequence logics.zipQuadrature Input for Standard CPM1A DC inputs.zipRandom Number Generator.zipScaling in CJ1 CS1 PLC's.zipSMS - GSM PLC Communications.zipsony 公司 某机台控制程序.rarStepNext.cpt.zipSTUP Example.zipTemplate for Step-Step Next Sequence.zipToggle Button.zipTracking product on conveyor.zipTXD-RXD Quickstart Programs.zipTXD-RXD Serial Port Handling.zipUseable timer.zipV600-E5CK.zipV700-V720 RFID Protocol Macro.zipVB与OMRON PLC通讯源码.rarWoodwood Controler Example Protocol Program.zipYH32-315油压机程序.rar一个CJ1M的程序.rar一个OMRON程序,带位置控制模块.rar一个生产线上润滑控制的小程序.rar一些简单的cpm1a程序.rar一控三恒压供水程序.rar三层提升机欧姆龙CQM1H程序.rar三菱400吨和200号冲床程序.rar上海产自动模切机飞达部程序.zip上海狮印全自动啤机程序.rar东芝压铸机梯形图.rar两步法吹瓶机.rar乡林剪台.rar买书的随书样例.rar井研磨边机.rar交通灯注释全.rar今机立式注塑机程序.rar伺服电机正反转控制.rar位置控制（旋转编码器与PLC）.rar充磁机程序.rar先启后停 后启先停 事例.rar冲床程序.rar分拣线主机一个CJ1M的分拣线程序下挂CP1H.rar利慧利乐灌装机程序.rar刮水器停止位置检查程序.rar力泰翻胚机程序.rar北人04印刷机程序.rar北人LQD10骑马装订程序.rar半自动吹瓶机的程.rar南京印刷机.zip卡板程式.rar压制机程序（带解释，注释）.rar压力机控制程序.rar原创液压机程序带注释欧姆龙PLC加信捷文本.rar原点搜索程序.rar双翻分拣机.rar双边机.rar反渗透整套PLC控制.rar台湾产染色机欧姆龙PLC带3只IO扩展控制程序.rar台湾大拉无板.rar啤酒厂酒瓶美容机.rar四川绵阳建丰热磨工段.rar在用设备程序.rar垂直涂布.rar外端子设计数值.rar大型热电厂 PLC程序(带注解).rar大摇动超声波清洗机.rar大连75密练注释程序.rar安呼12级.rar富佳扶梯程序.rar对齐度编程！！.rar小车控制程序.rar小车送料”例程.rar广东锻压气压冲床程序（80T）有详细注解.rar广告牌灯箱.rar微电机刷簧自动组装程序.rar微粉砖自动送料带OMRON CQM2A+扩展程序带注释.rar意大利进口皮革压花.rar扎钢机程序.rar打包机.rar拔盖机.rar拨码控制.rar挡砖磨边机（新1）.rar捷豹空压机控制程序.rar接木机.rar控制程序例子.rar推挂.rar攻丝机2（新）.rar料位显示.rar旋转门控制程序1.rar无协议.rar无心磨床(OMRON系统,带机械手有详细注解).rar无线胶装机欧姆龙程序.zip日本人编的程序 抛光研磨.rar日本成型磨床控制程序（附注释）欧姆龙CPM1A.rar板坯定厚.rar样例，有注释.rar模拟量试验.rar欧姆龙CJ1M铬化机程序带注释.rar欧姆龙CP1H例程.rar欧姆龙CPM1A的PLC.rar欧姆龙CPM2AH PLC和欧姆龙NTZ触摸屏编写的超声波清洗机程序..rar欧姆龙CPM2AH Host Link通讯程序(发布源码).rar
上传时间： 2021-10-22
上传用户：
软件开发人员必备工具书，，目录如下Welcome to Software Construction [1]1.1 What Is Software Construction?1.2 Why Is Software Construction Important?1.3 How to Read This Book......7.1 Valid Reasons to Create a Routine7.2 Design at the Routine Level7.3 Good Routine Names7.4 How Long Can a Routine Be?7.5 How to Use Routine Parameters7.6 Special Considerations in the Use of Functions7.7 Macro Routines and Inline RoutinesDefensive Programming [5.6 + new material]8.1 Protecting Your Program From Invalid inputs8.2 Assertions8.3 Error Handling Techniques8.4 Exceptions8.5 Barricade Your Program to Contain the Damage Caused by Errors8.6 Debugging Aids8.7 Determining How Much Defensive Programming to Leave in Production Code8.8 Being Defensive About Defensive ProgrammingThe Pseudocode Programming Process [4+new material]9.1 Summary of Steps in Building Classes and Routines9.2 Pseudocode for Pros9.3 Constructing Routines Using the PPP9.4 Alternatives to the PPP......
上传时间： 2021-12-08
上传用户：20125101110
Agilent 34401A Service Guide.pdfIEC Measurement Category II includes electrical devices connected to mains at an outlet on a branch circuit. Such devices include most small appliances, test equipment, and other devices that plug into a branch outlet or socket. The 34401A may be used to make measurements with the HI and LO inputs connected to mains in such devices, or to the branch outlet itself (up to 300 VAC). However, the 34401A may not be used with its HI and LO inputs connected to mains in permanently installed electrical devices such as the main circuit-breaker panel, sub-panel disconnect boxes, or permanently wired motors. Such devices and circuits are subject to overvoltages that may exceed the protection limits of the 34401A. Note: Voltages above 300 VAC may be measured only in circuits that are isolated from mains. However, transient overvoltages are also present on circuits that are isolated from mains. The Agilent 34401A are designed to safely withstand occasional transient overvoltages up to 2500 Vpk. Do not use this equipment to measure circuits where transient overvoltages could exceed this level. Additional Notices Waste Electrical and Electronic Equipment (WEEE) Directive 2002/96/EC This product complies with the WEEE Directive (2002/96/EC) marking requirement. The affixed product label (see below) indicates that you must not discard this electrical/electronic product in domestic household waste. Product Category: With reference to the equipment types in the WEEE directive Annex 1, this product is classified as a "Monitoring and Control instrumentation" product. Do not dispose in domestic household waste. To return unwanted products, contact your local Agilent office, or see www.agilent.com/environment/product for more information. Agilent 34138A Test Lead Set The Agilent 34401A is compatible with the Agilent 34138A Test Lead Set described below. Test Lead Ratings Test Leads - 1000V, 15A Fine Tip Probe Attachments - 300V, 3A Mini Grabber Attachment - 300V, 3A SMT Grabber Attachments - 300V, 3A Operation The Fine Tip, Mini Grabber, and SMT Grabber attachments plug onto the probe end of the Test Leads. Maintenance If any portion of the Test Lead Set is worn or damaged, do not use. Replace with a new Agilent 3413
标签： agilent
上传时间： 2022-02-20
上传用户：
电子书-RTL Design Style Guide for Verilog HDL540页A FF having a fixed input value is generated from the description in the upper portion of Example 2-21. In this case, ’0’ is output when the reset signal is asynchronously input, and ’1’ is output when the START signal rises. Therefore, the FF data input is fixed at the power supply, since the typical value ’1’ is output following the rise of the START signal. When FF input values are fixed, the fixed inputs become untestable and the fault detection rate drops. When implementing a scan design and converting to a scan FF, the scan may not be executed properl not be executed properly, so such descriptions , so such descriptions are not are not recommended. recommended.[1] As in the lower part of Example 2-21, be sure to construct a synchronous type of circuit and ensure that the clock signal is input to the clock pin of the FF. Other than the sample shown in Example 2-21, there are situations where for certain control signals, those that had been switched due to the conditions of an external input will no longer need to be switched, leaving only a FF. If logic exists in a lower level and a fixed value is input from an upper level, the input value of the FF may also end up being fixed as the result of optimization with logic synthesis tools. In a situation like this, while perhaps difficult to completely eliminate, the problem should be avoided as much as possible.
标签： RTL verilog hdl
上传时间： 2022-03-21
上传用户：canderile
ICN6201/02 is a bridge chip which receives MIPI® DSI inputs and sends LVDS outputs. MIPI® DSI supports up to 4 lanes and each lane operates at 1Gbps maximum; the totally maximum input bandwidth is 4Gbps; and the MIPI defined ULPS(ultra-low-power state) is also supported. ICN6201 decodes MIPI® DSI 18bepp RGB666 and 24bpp RGB888 packets.The LVDS output 18 or 24 bits pixel with 25MHz to 154MHz, by VESA or JEIDA format.ICN6201/02 support video resolution up to FHD (1920x1080) and WUXGA (1920x1200).ICN6201 adopts QFN48 package and ICN6202 adopts QFN40 package
标签： icn6202
上传时间： 2022-06-10
上传用户：kingwide
This example shows how you can use signal functions in the Visiondebugger to simulate a signal that is coming into one of the analog inputs of the LPC21xx.The Measure example is described in detail in the Getting StartedUser's Guide.The MEASURE example program is available for several targets:Simulator: uVision Simulator for LPC2129MCB2100: Keil MCB2100 evaluation board with ULINK debugger - Application is loaded to internal Flash. - Switch S2 (INT1) is used as GPIO and sampled (jumper positions: J1= off, J7= on) - potentiometer POT1 is sampled as AIN0 (jumper position: J2= on) - serial port COM1 parameters: 9600 baud, no parity, 8-bits, 1 stop bit, flow control noneMCB2130: Keil MCB2130 evaluation board with ULINK debugger - Application is loaded to internal Flash. - Switch S2 (INT1) is used as GPIO and sampled (jumper positions: J1= off, J7= on) - potentiometer POT1 is sampled as AIN1 (jumper position: J2= on) - serial port COM1 parameters: 9600 baud, no parity, 8-bits, 1 stop bit, flow control none
标签： dac8568
上传时间： 2022-06-28
上传用户：
VIP专区-嵌入式/单片机编程源码精选合集系列（67）资源包含以下内容：1. 这是一个实用的I2C应用实例.2. Far Memory Support is only available in the PK51 package. If you have an CA51, DK51, or Evaluation.3. 这是一个i2c通信协议的说明书.4. MSC 1210 A/D Conversion for 1 input signals (-2.5V ... +2.5V) inputs pairs AIN0-AIN1 read in an in.5. 该程序是一个描述四角铁甲虫机器人调试过程的程序.6. 基于plilips ARM 芯片LPC2200系列,使用ADC模块的通道0、1进行电压的测量.7. LPC2200系列ARM芯片的FLASH功能测试,调用IAP服务程序.8. JEN-ZBKIT-A快速使用,Zigbee开发板最佳选择..9. Jennic5131简介.开发ZIGBEE的最佳选择芯片..10. Jennic5121芯片简介.开发ZIGBEE的最佳选择..11. 开发zigbee的最佳选择开发板,由陈工科技提供.开发板介绍..12. zigbee开发的最佳选择平台.陈工科技提供的开发板,软件使用说明.主芯片是使用jennic的SOC zigbee芯片..13. zigbee技术简要介绍.主要应用于家居智能,工业控制..14. 关于ZIGBEE的一些疑问点的解答.对于ZIGBEE入门非常有用..15. zigbee的一个应用方案.基于Zigbee无线通讯的智能卡设备设计概述.值得参考..16. 用avr mega128读取spi串行字库.17. 用AVR Atmega128驱动多串口芯片Tl164C554A的程序.18. readSD2000 c.19. 这是我自己编写的一个运用了中断.20. 这是一个用c语言实现一个主机到多个从机进行通信的51源代码.21. 使用串口下载vxworks映象的方法,在文章中包括了详细的操作步骤和相应图示.22. 基于AT91SAM9260的U-boot的源代码.23. 基于AT91SAM9260的bootloader.24. PIC控制1702 原理图+源程序.25. AT91SAM9260在WinCE操作系统下的BSP移植代码（Bin文件）.26. uCOSII 在LPC3180上的移植代码.27. ep9315开发板的原理图.原厂的作品,很好的参考.28. 自制C51编程器,附原理图+源程序,支持多种C51芯片烧写.29. 这是一个五分频电路设计.30. 10010序列检测.31. 以AT89C51为控制芯片设计时钟控制.32. cc2420 zigbee芯片的最新资料20070319.33. cc2430 zigbee芯片的最新资料20070319.34. 详细的无线键盘,鼠标,无线桥 开发文档.包含电路原理图,电路板光汇文件.FIREWALL, 驱动程序等.有此文档,就可以完全直接生产出来无线键盘,鼠标,无线桥.整个一套完整的解决方案..35. DSP课程设计,实现FFT算法,对初学者有参考价值.36. 没有错误的ARM9 -S3C2440 开发板原理图.37. 英文版zigbee协议.38. 学习cpld的朋友注意了.39. 数字竞赛抢答器的制作.40. ARM通讯程序,PC机测试 ARM通讯程序,PC机测试.
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上传时间： 2013-06-29
上传用户：eeworm
