Qt编写网络调试助手（TCP客户端+TCP服务端+UDP服务端）终极版

某服装企业决定加工9批本企业品牌服装，因季节变化关系，每批产品都有一个交货期限，如果在此期限之前完成，则产品可以较高的价格出售，超过期限则将面临更激烈的价格竞争而减少生产效益。假设各批次服装的加工时间、交货期限和利润如表1所示，设每批产品的加工过程不允许中断，即一批产品加工过程中不能插入其他批次产品的加工，求总利润最大的加工顺序。

小波分析 labvIEW源程序 可以直接下载使用，方便快捷，大家一起学习。

信道估计的MATLAB仿真，其中分别给出基于导频的了MMSE估计和LS估计。

安信可ESP-12S WIFI文档，安信可利用ESP8266芯片封装的12S模块，可以快速连接WIFI路由器，从而实现物联网！！ESP-12S规格书目录1.产品概述21.1.特点…………1.2.主要参数…垂·2.接口定义……3.外型与尺寸4.功能描述……84.1. MCU84.2.存储描述84.3.晶振,,,,,,+·++444.接口说明……4.5.最大额定值…104.6.建议工作环境114.7.数字端口特征…115.RF参数………………116.功耗127.倾斜升温…………………………………………138.原理图…………9.产品试用…16深圳市安信可科技有限公司http://www.ai-thinker.comESP-12S规格书1.产品概述ESP-12SwiFⅰ模块是由安信可科技开发的,该模块核心处理器εSP8266在较小尺寸封装中集成了业界领先的 Tensilica l106超低功耗32位微型MCU,带有16位精简模式,主频支持80MHz和160MHz,支持RTOS,集成Wi- FI MAC/BB/RF/ PA/LNA,板载天线。该模块攴持标准的IE802.11b/g/n协议,完整的τpP协议栈。用户可以使用该模块为现有的设备添加联网功能,也可以构建独立的网络控制器ESP8266是高性能无线SOC,以最低成本提供最大实用性,为WⅰFi功能嵌入其他系统提供无限可能。射频MAC接口接收②模拟接收寄存器SDIO门7SPI射频CPU内核发射模拟发射成帧器GPIO锁相环Hvco)12|锁相环加速器12C电源管理晶振偏置电路SRAM电源管理图1ESP8266EX结构图ESP8266EX是—个完整且自成体系的WFi网络解决方案,能够独立运行,也可以作为从机搭载于其他主机McU运行。ESP8266EⅩ在搭载应用并作为设备中唯一的应用处理器时,能够直接从外接闪存中启动。内置的髙速缓冲存储器有利于提高系统性能,并减少內存需求。另外—种情况是,ESP8266EⅩ负责无线上网接入承担WⅰFi适配器的任务时,可以将其添加到任何基于微控制器的设计中,连接简单易行,只需通过SPI/SDIO接口或I2C儿UART口即可。ESP8266EX强大的片上处理和存储能力,使其可通过GPIO口集成传感器及其他应用的特定设备,实现了最低前期的开发和运行中最少地占用系统资源。ESP8266EⅩ高度片內集成,包括天线开关 balun、电源管理转换器,因此仅需极少的外部电路,且包括前端模组在内的整个解决方案在设计时将所占PCB空间降到最低。深圳市安信可科技有限公司http://www.ai-thinker.comESP-12S规格书有ESP8266EX的系统表现出来的领先特征有∵节能在睡眠/唤醒模式之间的快速切换、配合低功率操作的自适应无线电偏置、前端信号的处理功能、故障排除和无线电系统共存特性为消除蜂窝/蓝牙/DDR/VDS/LCD干扰11.特点80211b/g/n·内置 Tensilica L106超低功耗32位微型McU,主频攴持80MHz和160MHz,支持RTOS·内置10bit高精度ADC内置TCPP协议栈内置TR开关、 balun、LNA、功率放大器和匹配网络内置PLL、稳压器和电源管理组件,802.11b模式下+20dBm的输出功率A-MPDU、A-MSDU的聚合和045的保护间隔WⅰFi@24GHz,支持WPA∧NPA2安全模式支持AT远程升级及云端OTA升级支持 STA/AP/STA+AP工作模式支持 Smart Config功能(包括 Android和ioS设备)HSPI、UART、I2C、I2S、 IR Remote control、PWM、GPIO深度睡眠保持电流为10uA,关断电流小于5uA2ms之内唤醒、连接并传递数据包·待机状态消耗功率小于1.0mW(DTM3)工作温度范围:-40°℃-125°C深圳市安信可科技有限公司http://www.ai-thinker.comESP-12S规格书12.主要参数表1介绍了该模组的主要参数。表1参数表类别参数说明标准认证FCC/CE/TELEC无线参数无线标准80211b/g/n频率范围24GHz-25GHz(2400M-24835M)UART/HSPI/I2C/12S/Ir Remote Contorl数据接口GPIO/PWM工作电压30~3.6V(建议33V)工作电流平均值:80mA硬件参数工作温度40°~125存储温度常温封装大小16mm x 24mm * 3mm外部接口N/A无线网络模式station/softAP/SoftAP+station安全机制WPA/PA2加密类型WEP/TKIP/AES升级固件本地串口烧录/云端升级/主机下载烧录软件参数支持客户自定义服务器软件开发提供SDK给客户二次开发网络协议Ipv4, Tcp/udp/Http/ftP用户配置AT+指令集,云端服务器 Android/ iOS APP深圳市安信可科技有限公司http://www.ai-thinker.com4ESP-12S规格书2.接口定义ESP-12S共接出16个接口,表2是接口定义。图2ESP-12S管脚图RST ID16 TXDBADC 2 aDI5 RXD8EN 314工05工015+p13041014512I0B工01261102I013710I015. 9GND表2ESP-12S管脚功能定义序号in脚名称功能说明1RST复位模组2ADOA/D转换结果。输入电压范围0~1V,取值范围:0~1024EN芯片使能端,高电平有效4IO16GPo16;接到RST管脚时可做 deep sleep的唤酲。IO14GPIO14 HSPI CLK6IO12GPIO12: HSPI MISOIO13GPIO13: HSPI MOSI UARTO CTSVCO33V供电GNDGND10IO15GPIo15: MTDO: HSPICS: UARTO RTS深圳市安信可科技有限公司http://www.ai-thinker.com5ESP-12S规格书102GPIO2 UART1 TXD12100GPIOO13IO4GPIO414IO5GPIO515RXDUARTO RXD: GPIO3TXDUARTO TXD: GPIO1表3引脚模式模式GPIO15GPIOOGPIO2UART下载模式低Flash boot模式低低高高高表4接收灵敏度参数最小小值典型值最大值单位输入频率24122484MHZ输入电阻50输入反射-10dB722Mbps下,PA的输出功率141516d Bm11b模式下,PA的输出功率17.518.5195d Bm灵敏度DSSS,1 Mbps-98d BmCCK, 11 Mbps-91d Bm6 Mbps(1/2 BPSk)93d bm深圳市安信可科技有限公司http://www.ai-thinker.comESP-12S规格书54 Mbps(3/4 64-QAM)dBHT20, MCS7(65 Mbps, 72.2 Mbps)d Bm邻频抑制OFDM, 6 Mbps37dBOFDM, 54 Mbpsd BHT20 MCSO37d BHT20, MCS7203.外型与尺寸ESP-12S贴片式模组的外观尺寸为24mm*16mm*3mm(如图3所示)该模组采用的是容量为4MB,封装为SOP-210mil的 SPI Flash。模组使用的是3DBi的PCB板载天线。CeaESP-12scE0890FCC ID:2AHMR-ESP12SSMLAG 802-图3ESP-12S模组外观深圳市安信可科技有限公司http://www.ai-thinker.comESP-12S规格书16m16mm图4ESP-12S模组尺寸平面图表5ESP-12S模组尺寸对照表长宽PAD尺寸(底部)Pin脚间距24 mm16 mm3 mm1 mm x 1.2 mm 2 mm4.功能描述41. MCUESP8266EX内置τ ensilica l106超低功耗32位微型McU,带有16位精简模式,主频攴持80MHz和160MHz,支持RTOS。目前WiFi协议栈只用了20%的MIPS,其他的都可以用来做应用开发。McU可通过以下接口和芯片其他部分协同工作:1连接存储控制器、也可以用来访问外接闪存的编码RAM/ROM接口(BuS)2冋同样连接存储控制器的数据RAM接口(dBus)3访问寄存器的AHB接口4.2.存储描述421.内置SRAM与RoMESP826EX芯片自身內置了存储控制器,包含ROM和SRAM。MCU可以通过iBus、dBus和AHB接口访问存储控制器。这些接口都可以访问R○M或RAM单元,存储仲裁器以到达顺序确定运行顺序。基于目前我司 DemO sdK的使用SRAM情况,用户可用剩余SRAM空间为: RAM size

本资源是作者研究生期间的永磁同步电机入门级仿真，采用旋转高频电压注入，通过高频电流响应来实现转子位置的观测，并采用该方法在DSP实验电机平台上实现。因此，仿真绝对可靠，并且仿真中采用FDAtool实现滤波器功能，可以自由的选择滤波器的截止频率。（因为里面技术含量还有点，上传者也希望通过该资源挣点积分，因此可能比较贵哦）

目 录一. 课题分析 二．算法设计 1. 概念解释 2．数字图像匹配算法设计⑴基于灰度的归一化匹配算法⑵基于灰度的快速模板匹配算法三．相应matlab程序设计1．数字图像匹配相关函数 2．数字图像匹配函数 (1) 基于灰度的归一化匹配算法(2) 基于灰度的快速模板匹配算法四．实验测试1. 基于灰度的归一化匹配算法2. 基于灰度的快速模板匹配算法五．试验结果评价六．实例解答七．实习心得体会参考文献 附 录附录一：testpipei_1.m（基于灰度的归一化匹配算法附录二：testpipei_2（基于灰度的快速模板匹配算

精通MATLAB最优化计算，内附源码，对优化计算的学习和编程有用

codeblocks编译器的默认界面很丑，安装这15个经典主题可以美化你的编译器哦

GNSS-SDR is an open-source GNSS software receiver freely available to the research community. This project provides a common framework for GNSS signal processing which can operate in a variety of computer platforms. This tool is intended to foster collaboration, increase awareness, and reduce develoContentsMain Page1.1 Contents1.2 Overview1.3 Building GNSS- SDR2351.3.1 Debug and release builds1.3.2 Updating GNSS-SDR1.4 Using GNSS-SDR51.5 Control plane1.5.1 Configuration61.5.2 GNSS block factory1.6 Signal Processing plane1.6.1 Signal Source1.6.2 Signal Conditioner1.6.3 Channel1.6.3.1 Acquisition1.6.3.2 Tracking101.6.3.3 Decoding of the navigation message11.6.4 Observables121.6.5 Computation of Position, velocity and Time121.7 About the software license1.8 Publications and Credits131.9 Ok. now what?14CONTENTS2 Reference Documents152.1 Interface Control Documents152.1.1GPs2.1.2 GLONASS152.1.3Gai152.1.4 beiD2.1.5 Satellite Based Augmentation Systems(SBAS)2.2 Other Standards2.2.1R|NEX172.2.2 NMEA22.3KML.2.2.4 C++ Standards182.2.5 Positioning protocols in wireless communication networks183 Signal model193. 1 GNSS signal model1.1 Global Positioning System(GPS)signal in space3.1.2 GLONASS signal in space3.1.3 Galileo signal in space223.1.4 Reference254 Todo list5 Hierarchical Index5.1 Class Hierarchy6 Class Index336.1 Class list7 File Index7.1 File list43CONTENTS8 Class docu8. 1 AcquisitionInterface Class Reference538.1.1 Detailed Description8.2 ArraySignal Conditioner Class Reference8.2.1 Detailed Dtio558.2.2 Constructor& Destructor Documentation8.2.2. 1 Array SignalConditioner(Configurrface configuration, std: shared_ptr data type_adapt, std: shared_ptr< GNSSBlockInterfaceil, std: shared ptr< GNSSBlockInterface > res, std: string role, std: stringimplementation)558. 2.2.2 Array SignalConditioner(558.2.3 Member Function Documentation8.2.3. 1 implementation(558.3 beamformer Class Reference568.3. 1 Detailed Description8. 4 Beamformer Filter Class Reference568.4.1 Detailed description578.4.2 Member Function Documentation8. 4.2.1 implementation()8.5 byte x2 to complex byte Class Reference8.5.1 Detailed Description588.6 Byte ToShort Class Reference588.6. 1 Detailed description8.6.2 Member Function Documentation8.6.2. 1 implementation(598.7 Channel Class Reference598.7.1 Detailed description608.7.2 Constructor Destructor Documentation8.7. 2.1 Channel(ConfigurationInterface *configuration, unsigned int channel, std+shared_ptr< GNSSBlockInterface> pass through, std: shared_ptr acq, std: shared_ptr nav, std string role, std stringimplementation, boost: shared ptr< gr: msg_queue queuegenerated by DoxygenCONTENTS8.7.2.2 Channelo8.7.3 Member Function Documentation8.7.3. 1 implementation(618.7.3.2 set signal(const Gnss Signal &gnss signal8.7.3. 3 start_ acquisition(68.8 channel msg receiver cc Class Reference8.8.1 Detailed Description628.8.2 Constructor Destructor Documentation628.8.2. 1 channel_msg_ receiver_ cco8.9 ChannelFsm class Reference8.9.1 Detailed Description638.10 ChannelInterface Class Reference638.10.1 Detailed Description8.11 cl_ fft_ plan Struct Reference648.11.1 Detailed Description648.12 clFFT Complex Struct Reference648. 12. 1 Detailed Description8. 13 ClFFT Dim 3 Struct Reference8. 13.1 Detailed description658.14 ClFFT_ SplitComplex Struct Reference658. 14.1 Detailed Description658. 15 complex byte to float x2 Class Reference8. 15.1 Detailed description8. 16 complex_ float_to _ complex_ byte Class Reference668.16.1 Detailed Description668. 17 concurrent map< Data> Class Template Reference8.17.1 Detailed description8.18 concurrent_ queue< Data > Class Template Reference8.18.1 Detailed description688.19 ConfigurationInterface Class ReferenceCONTENTS8.19. 1 Detailed Description8.20 ControlMessage Class Reterence698. 20. 1 Detailed Description8.21 ControlMessage Struct Reference698.21. 1 Detailed Description8.22 ControlMessageFactory Class Reference708.22. 1 Detailed Description8. 22.2 Constructor Destructor Documentation8. 22.2. 1 ControlMessage Factory8. 22.2.2 ControlMessage(8.23 Control Thread class Reference8. 23. 1 Detailed Description718.23.2 Constructor Destructor Documentation8.23. 2.1 ControlThreado8. 23.2.2 Control Thread(std: shared_ptr< ContigurationIntertace> configuration)8.23. 2.3 Control Thread(728.23. 3 Member Function Documentation8.23.3. 1 flowgraph7282332run()728.23.3.3 set_control_ queue(boost: shared _ptr< gr: msg_queue control queue)8. 24 cpu multicorrelator Class Reference8.24. 1 Detailed Description8.25 cpu multicorrelator 1 6sc Class Reference8.25. 1 Detailed Description748.26 cshort to float x2 Class Reference748. 26. 1 Detailed Description8.27 cuda multicorrelator Class Reference8.27.1 Detailed Description758.28 direct resampler conditioner cb class Reference758.28. 1 Detailed Descriptiongenerated by DoxygenCONTENTS8.29 direct resampler conditioner cc Class Reference8.29. 1 Detailed description768.30 direct resampler conditioner cs Class Reference8.30. 1 Detailed description8.31 DirectResampler Conditioner Class Reference8.31. 1 Detailed Description788.31.2 Member Function Documentation788.31.2.1 implementation788.32 Fast Correction Struct Reference8. 32 1 Detailed Description8.33 File Configuration Class Reference8.33. 1 Detailed Description798.33.2 Constructor destructor documentation8.33.2. 1 File Configuration(8. 34 File SignalSource Class Reference808.34.1 Detailed Description808.34.2 Member Function Documentation8.34.2.1 implementation(8.35 Fir Filter Class Reference8.35. 1 Detailed Description818.35.2 Constructor Destructor Documentation8.35.2. 1 Fir Filter( ConfigurationInterface *configuration, std: string role, unsigned intreams, unsigned int out_streams)8.35. 2.2 FirFiltero8.35. 3 Member Function Documentation8.35.3. 1 implementation(828.36 FlexibandsignalSource Class Reference828.36. 1 Detailed descripti838.36.2 Member Function Documentatio8.36.2.1 implementation(8. 37 FreqXlating FirFilter Class ReferenceCONTENTSX8.37.1 Detailed Description8.37.2 Member Function Documentation848.37. 2.1 implementation(848.38 FrontEndCal Class Reference848. 38. 1 Detailed description8.38.2 Member function documentation8.38. 2.1 estimate_doppler_ from_ _eph(unsigned int PRN, double toW, double lat, doublelon, double height)8.3822 get ephemeris(),.,.,,.,,,,,,,858.38.2.3 GPS L1 front end model E4000(double f bb true Hz, double f bb_measHz, double fs nominal_ hz, double *estimated_fs_ hz, double *estimated_f if Hz, 85double *tosc_err_ppm)8.38.2.4 set_configuration(std shared_ptr< ConfigurationInterface configuration)858. 39 Galileo Almanac class Reference858.39. 1 Detailed description8. 39.2 Constructor destructor documentation8.39.2.1 Galileo_ Almanac8.40 galileo e1 dl pll veml tracking cc Class Reference8.40. 1 Detailed Descriptio88ember Function Documentation8.40.2.1 general work(int output_ items, gr_ vector_int &ninput_ items. gr vector_constvoid_star &input_items, gr_ vector_ void_ star &output_ _items)8. 41 galileo_e1_ Is_pvt Class Referenc8.41. 1 Detailed Descriptio8. 41.2 Member data documentation8. 41.2.1 d channels898.41. 2.2 galileo_ ephemeris_ map898.42 galileo e1 observables cc Class Reference8.42. 1 Detailed Description8. 43 galileo_e1_pvt_cc Class Reference8.43. 1 Detailed description8. 43.2 Constructor Destructor documentatiCONTENTS8. 43.2.1 galileo_e1_pvt_cc918. 43.3 Member Function documentation8. 3.1 general_work(int output_items, gr vector_int &ninput_items. gr_ vector_constevoid star &input items, gr vector void star &output items)918. 44 Galileo_E1_ Tcp Connector_ Tracking_cc Class Reference8.44.1 Detailed Description8. 45 galileo e1b telemetry decoder cc Class Reference928.45. 1 Detailed description938. 45.2 Member Function Documentation8.45.2. 1 forecast(int noutput_items, gr_ vector_ int &input_items_required8.45. 2.2 general_ work(int output_items, gr- vector_ int &ninput_items. gr_ vector_const+void star &input_items, gr_ vector_ void_ star &output_ items938. 45.2.3 set_channel(int channel8.45.2. 4 set_ decimation(int decimation)8. 45. 2.5 set_ satellite(Gnss_ Satellite satellite)8.46 Galileo E5a Dl Pll Tracking cc Class Reterence8.46. 1 Detailed description48. 47 galileo e5a noncoherentlQ acquisition caf cc class Reference8.47.1 Detailed Description958. 47.2 Constructor Destructor Documentation8.47. 2.1 galileo e5a noncoherentlQ acquisition caf cco8. 47.3 Member Function Documentation968.47. 3.1 general_ work(int output_items, gr_ vector_int &ninput_ items. gr vector_const+void_star &input_items, gr_vector_ void_star &output_items)8.47.32init()968.47.3.3mag(0..968.47.3.4 set active(bool active968.47.3.5 set channel(unsigned int channel)968.47.3.6 set_ doppler_ max(unsigned int doppler_ max)8.47.3.7 set_ doppler_ step(unsigned int doppler step8.47.3.8 set_gnss synchro(Gnss Synchro *p_gnss_ synchro8.47.3.9 set_local_code(std: complex< float >*code, std: complex< float > *code Q)97

利用gmm模型建模，然后结合背景差分进行运动检测