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仓库地址: gitee.com/brt2/md2blog 1. 设计目标 文档存储 可下载link图像,进行本地化存储 压缩内嵌图像,最小化上传 支持随时浏览 & 快速查找 同步到cnblog! 支持mkdocs的发布 支持hugo编译成静态文件 2. 各平台的对比 cnblog 支持查找 无需搭建 阅读全文
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从今天开始,我们将分两期来详细的介绍Drools规则引擎的原理,和各关键类的使用方法。 原文链接:BlogJava Drools 规则引擎(上)Drools 规则引擎(下) 1. 概述 :Drools 分为两个主要部分:构建( Authoring )和运行时( Runtime )。构建的过程涉及到 阅读全文
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<! +++ title = "排序算法" description = "1. 冒泡排序(Bubble Sort); 2. 选择排序(Selection Sort); 3. 插入排序(Insertion Sort); 4. 希尔排序(Shell Sort); 5. 快速排序(Quick Sort); 阅读全文
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<! +++ title = "最长上升子序列(LIS)" description = "1. 方法一:动态规划; 2. 方法二:贪心算法(二分法)" date = "2022 01 03" tags = [] categories = ["3 syntax","31 算法"] series = [ 阅读全文
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<! +++ title = "PCB" description = "1. SMT; 2. FPC; 3. 常见品牌" date = "2022 01 03" tags = [] categories = ["7 理论知识","77 机械设计"] series = [] keywords = [] 阅读全文
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<! +++ title = "工控机与运动控制卡" description = "1. 工业电脑; 2. 运动控制卡; 3. 数据采集卡" date = "2022 01 03" tags = [] categories = ["7 理论知识","75 电气工程"] series = [] key 阅读全文
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<! +++ title = "PCB涂胶工艺" description = "1. 涂胶工艺; 2. 涂胶机概况; 3. 关键参数" date = "2022 01 03" tags = [] categories = ["7 理论知识","77 机械设计"] series = [] keywor 阅读全文
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<! +++ title = "锂电池生产工艺" description = "1. 制片; 2. 电芯组装; 3. 检测; 4. Pack" date = "2022 01 03" tags = [] categories = ["8 business","83 行业分析"] series = [ 阅读全文
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<! +++ title = "" description = "1. 激光行业分析" date = "2022 01 03" tags = [] categories = ["8 business","83 行业分析"] series = [] keywords = [] weight = 5 t 阅读全文
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<! +++ title = "【行业】电池应用" description = "1. 视觉应用" date = "2022 01 03" tags = [] categories = ["8 business","83 行业分析"] series = [] keywords = [] weight 阅读全文
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<! +++ title = "【行业】电路板PCB" description = "1. 视觉应用" date = "2022 01 03" tags = [] categories = ["8 business","83 行业分析"] series = [] keywords = [] weig 阅读全文
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<! +++ title = "电池技术" description = "1. 术语_关键字; 2. 电池的分类; 3. 关键结构; 4. 电池生产工艺; 5. 电池组产线; 6. 大连豪森——电池生产线; 7. "科瑞_电池生产线" ; 8. "赢合自动化_软包动力电池自动PACK线" " dat 阅读全文
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<! +++ title = "" description = "1. 图像采集; 2. 标定; 3. 定位; 4. 引导; 5. 图像预处理; 6. PLC通讯" date = "2022 01 03" tags = [] categories = ["8 business","83 行业分析"] 阅读全文
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<! +++ title = "COM串口,了解下" description = "1. 串口概念; 2. 电平间转换" date = "2021 12 21" tags = [] categories = ["7 理论知识","75 电气工程"] series = [] keywords = [] 阅读全文
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<! +++ title = "" description = "1. 曲柄摇杆机构; 2. 曲柄摇杆; 3. 连杆上点的轨迹; 4. 双曲柄机构; 5. 曲柄滑块机构; 6. 三联平行四边形机构; 7. 曲柄驱动四组四杆机构; 8. 双偏心双平行四边形机构; 9. 平行四杆机构增加虚约束; 10. 阅读全文
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<! +++ title = "Git设置Http代理,克隆github上的代码" description = "1. 设置Http代理" date = "2021 12 19" tags = [] categories = ["1 os管理","10 commands"] series = [] 阅读全文
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<! +++ title = "优化器 SDG: batch_size的选择" description = "1. 划分batch的意义; 2. 数值选择; 3. 结合PC内存选择batch数值" date = "2021 12 19" tags = [] categories = ["7 理论知识 阅读全文
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<! +++ title = "【入门】Protobuf语法与编译" description = "1. protobuf安装; 2. protoc编译指令; 3. 安装gRPC; 4. 安装go micro" date = "2021 12 19" tags = [] categories = [ 阅读全文
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<! +++ title = "【入门】Go Micro项目开发" description = "1. 创建Web服务; 2. 服务注册; 3. 服务发现; 4. 服务调用" date = "2021 12 19" tags = [] categories = ["5 框架应用","59 micro 阅读全文
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<! +++ title = "" description = "1. go get 变了" date = "2021 12 19" tags = [] categories = ["3 syntax","37 golang"] series = [] keywords = [] weight = 阅读全文
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<! +++ title = "Python多路复用: selector模块" description = "1. IO多路复用; 2. selector模块的基本使用" date = "2021 12 21" tags = ["usual"] categories = ["3 syntax","3 阅读全文
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<! +++ title = "从Kafka看Broker中间件的设计" description = "" date = "2021 11 10" weight = 5 tags = [] categories = ["5 框架应用"] keywords = [] +++ [TOC] 1. 软件设计 阅读全文
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1. 基本概念 1.1. 算法分类 回归算法(药物反应,股票价格): 线性回归 逻辑回归 岭回归 分类算法(垃圾邮件检测,图像识别): k近邻(KNN) 贝叶斯 支持向量机(SVM) 决策树 随机森林 聚类,无监督学习算法(客户细分,分组实验结果): 聚类(k-Means) 谱聚类 均值漂移 降维( 阅读全文
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<! +++ title = "编程模型" description = "1. 事件驱动; 2. 消息驱动; 3. 数据驱动" date = "2022 01 03" tags = ["usual"] categories = ["3 syntax","30 设计模式"] series = [] k 阅读全文
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<! +++ title = "C++ std::thread 多线程" description = "1. 创建线程; 2. 同步 & 互斥; 3. std::async()" date = "2022 01 03" tags = ["usual"] categories = ["3 syntax 阅读全文
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<! +++ title = "CRM: 客户关系管理" description = "" date = "2022 01 03" tags = [] categories = ["8 business","88 跑马放牧"] series = [] keywords = [] weight = 5 阅读全文
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<! +++ title = "时频域,从傅里叶变换谈起" description = "" date = "2021 03 12" weight = 5 tags = [] categories = ["7 行业专题","73 机器视觉"] keywords = [] +++ [TOC] "知乎: 阅读全文
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<! +++ title = "OpenCV的摄像头取图模块: V4L2" description = "1. v4l2 命令行操作; 2. pyv4l2" date = "2022 01 03" tags = [] categories = ["5 框架应用","57 opencv"] serie 阅读全文
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<! +++ title = "" description = "" date = "2021 03 12" weight = 5 tags = [] categories = ["5 框架应用","55 tensorflow"] keywords = [] +++ [TOC] "github" " 阅读全文
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<! +++ title = "【笔记】3D数据表示法,与数据处理" description = "1. 3D数据格式; 2. 数据误差的分析; 3. 深度图滤波; 4. 点云滤波器; 5. 图像压缩; 6. 3D重建" date = "2022 01 03" tags = [] categorie 阅读全文
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<! +++ title = "【笔记】3D相机与测量原理" description = "1. 双目相机; 2. 结构光; 3. TOF相机" date = "2022 01 03" tags = [] categories = ["7 理论知识","74 3D视觉"] series = [] k 阅读全文
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<! +++ title = "源码编译OpenCV" description = "1. 源码编译; 2. OpenCV Python; 3. 编译cv代码" date = "2022 01 03" tags = [] categories = ["5 框架应用","57 opencv"] ser 阅读全文
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1. Paddle框架 homepage 目前支持Window、Linux多平台,v2.0后,也已支持python3.8。MacOS似乎不支持GPU,具体请查看官网最新说明。 1.1. 基于pip安装 使用pip3的话,需要注意 pip3>20.2.2 : pip3 install -U pip C 阅读全文
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官网入门教程 & API 这个包中有四个大类: torchvision.datasets torchvision.models torchvision.transforms torchvision.utils 1. torchvision.datasets CelebA CIFAR Cityscap 阅读全文
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<! +++ title = "Bash语法" description = "1. 函数; 2. 条件判断" date = "2021 12 21" tags = [] categories = ["3 syntax","39 others"] series = [] keywords = [] w 阅读全文
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<! +++ title = "【笔记】经典的5种架构模型" description = "1. 分层架构; 2. 事件驱动架构; 3. 微内核架构" date = "2022 01 03" tags = [] categories = ["3 syntax","30 设计模式"] series = 阅读全文
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<! +++ title = "【笔记】常见的架构风格" description = "1. 传统的架构风格; 2. 基于连接件的架构风格划分; 3. 基于场景的架构风格划分; 4. 特定领域架构模型" date = "2022 01 03" tags = [] categories = ["3 s 阅读全文
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<! +++ title = "【笔记】机器学习的数学基础" description = "1. 相似度的度量; 2. 距离的表示法; 3. 概率论; 4. 特征间的相关性; 5. 空间变换; 6. 向量组的空间变换——理解矩阵乘法; 7. 数据的归一化" date = "2021 12 21" t 阅读全文
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<! +++ title = "【入门】机器学习基础理论" description = "1. 线性回归; 2. 其他概念; 3. 岭回归(Ridge Regression); 4. 逻辑回归; 5. KNN; 6. 决策树; 7. 集成学习; 8. 贝叶斯分析; 9. 聚类算法" date = " 阅读全文
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<! +++ title = "【产品】海康威视工业相机" description = "1. 视觉软件:VM; 2. CS系列二代工业相机; 3. 101/151MP高分辨率相机; 4. SC7000智能相机; 5. 4K高速网口线阵相机; 6. MF系列 2/3' 8MP镜头; 7. VC300 阅读全文