com/huangnauh/slides/upone.slide#3 1/36 基于 mesos 的容器调度框架 Gopher 杭州 meetup 5 August 2017 黄励博(huangnauh) 又拍云 2017/8/3 基于 mesos 的容器调度框架 http://go-talks.appspot.com/github.com/huangnauh/slides/upone.slide#3 slide#3 2/36 What's Upone 2017/8/3 基于 mesos 的容器调度框架 http://go-talks.appspot.com/github.com/huangnauh/slides/upone.slide#3 3/36 Mesos 介绍 Image credit: mesos.apache.org (http://mesos.apache.org/) 官方称之为分布式系统内核 它把数据中心的 CPU、内存、磁盘等抽象成一个资源池 2017/8/3 基于 mesos 的容器调度框架 http://go-talks.appspot.com/github.com/huangnauh/slides/upone.slide#3 4/36 Mesos 调度 各个 Agent 启动后, 向 Master 注册，携带统计资源, 由 Master 决定给每个框架多少资源, 默认 采用分级主导资源公平算法

3] bias: [16] out: [b, 16, 28, 28] LeNet-5 Pyramid Architecture http://cs231n.stanford.edu/slides/2016/winter1516_lecture7.pdf nn.Conv2d Inner weight & bias F.conv2d 下一课时 池化层 Thank You.

Introduction to Modern Data Science Sam Kreter Code and Slides github.com/samkreter/KubeconAsia2018 The Process Business Need / Problem Discovery The Process Business Need / Problem Discovery

走过北京、上海、广州、深圳、杭州、成都 • 38 位讲师 • 共发表 41 场演讲 Meetup PPT 下载： https://github.com/servicemesher/meetup-slides #IstioCon Istio Handbook • 于 2019 年发起 • 共 26 人参与，已创作超过 7 万字 • 预计 2021 年出版 • 预览地址：https://www

thoughtram.io/angular/2016/02/22/angular-2-change-detection-explained.html http://pascalprecht.github.io/slides/angular-2-change-detection-explained/#/ https://vsavkin.com/change-detection-in-angular-2-4f216b855d4c

v7+ 的特性。它的设计理念在 Not Your Grandpa’s Debhelper (http://joey.kitenet.net/talks/debhelper/debhelper- slides.pdf) 中进行了阐明，这在 DebConf9 中被 debhelper 上游进行了演示。在 lenny 下，dh_make 会创建一个更为复杂的 rules 文件，伴有许 多显式的 rule System (CDBS), FOSDEM 2009 (http://meetings-archive.debian.net/pub/debian-meetings/- 2009/fosdem/slides/The_Common_Debian_Build_System_CDBS/) • 如果你有一个不带有 foo.diff.gz 文件的 1.0 格式的源代码包，你可以通过创建 debian/source/format

VM K8S Prod (Master) (Master) (Master) (Workers) (Worker) Thank You Questions? 22 remaining slides not presented to meet time constraints - included in published deck for reference 23 Configuring

(EMR, Spark, etc..) Added value from HVR • Rich replication (next slide) • Multiple SCD models (slides after that...) • Good “dove-tailing” with subsequent “sematic” ETL steps Ingestion into relational

Thanks! Reference Slides/materials from many and varied sources:  http://en.wikipedia.org/wiki/  http://www.slideshare

Postgres Conference China 2016 中国用户大会 Thanks! Q & A Postgres Conference China 2016 中国用户大会 Backup Slides Postgres Conference China 2016 中国用户大会 Multiversion Concurrency Control (MVCC) Postgres Conference