© 2016, Amazon Web Services, Inc. or its Affiliates. All rights reserved. 张孝峰 AWS解决方案架构师 March 17, 2017 Amazon 的人工智能&深度学习 围绕数据的“飞轮” 机器学习 深度学习 人工智能 更多的用户 更好的产品 更多的数据 更好的分析 对象存储 数据库 数据仓库 数据流分析 商业智能 One skill for Alexa.” “As a heavy user of AWS, Amazon Lex’s seamless integration with other AWS services like AWS Lambda and AWS DynamoDB is really appealing.” Amazon Rekognition 基于深度学习的图像识别服务 目标和场景检测

Page 1 of 18 Apache RocketMQ on Amazon Web Services 部署手册 顾明 版本：v1.0.0 最后更新时间: 2021 年 01 月 Copyright (c) 2021 by Amazon.com, Inc. or its affiliates. Page 外的互联网公司。针对 AMAZON WEB SERVICES 客户需要在 AMAZON WEB SERVICES 上 使用 RocketMQ 的需求，我们开发了一键部署的方案，帮助客户快速的在自己的账号 部署一个基于 EC2 的高可用的 RocketMQ 集群。 架构 AMAZON CloudFormation 提供了一种创建和管理相关 AMAZON WEB SERVICES 资源的简 便方法，并通过有序 到已有 VPC 中，将跳过 (不创建) 带有星号（*）的组件，并提⽰ 您目前现有的配置。 按照默认 RocketMQ 的部署参数部署完成后，该方案会在用户的 AMAZON WEB SERVICES account 下部署如下的一个架构，包含两个 Nameserver 互为备份，三个 Broker Instance 每个 Broker Instance 上面启动三个 Broker 实例，每个

© 2019, Amazon Web Services, Inc. or its Affiliates. All rights reserved. Amazon Confidential AWS 中国（宁夏）区域由西云数据运营 AWS 中国（北京）区域由光环新网运营 周琦，AWS 解决方案架构师 Amazon Elastic Kubernetes Service (EKS) 初探秘 © 2019 2019, Amazon Web Services, Inc. or its Affiliates. All rights reserved. Amazon Confidential AWS 容器服务概览 镜像仓库 容器镜像保存地址 Amazon Elastic Container Registry 管理 容器化应用的部署，调度，扩 展和管理 Amazon Elastic Container Amazon EC2 AWS Fargate 服务注册发现 云端服务的黄页 AWS Cloud Map 服务网格 服务间通信的基础设施层 © 2019, Amazon Web Services, Inc. or its Affiliates. All rights reserved. Amazon Confidential Amazon EKS于2018年6月正式发 布，已经度过了1岁生日

and service seamlessly to edge devices. It can provide temporary offline, low-latency computing services, and include device connect, message routing, remote synchronization, function computing, video that managed by Baetyl to provide specific functions such as message routing services, function computing services, micro-services, etc. Instance: Refers to the specific running program or container launched launched by the Service, a Service can start multiple instances, or can be dynamically started by other services. For example, the instances of function runtime service are dynamically started and stopped by the

and service seamlessly to edge devices. It can provide temporary offline, low-latency computing services, and in- clude device connect, message routing, remote synchronization, function computing, video that managed by Baetyl to provide specific functions such as message routing services, function computing services, micro-services, etc. • Instance: Refers to the specific running program or container launched launched by the Service, a Service can start multiple instances, or can be dynamically started by other services. For example, the instances of function runtime service are dynamically started and stopped by the

and service seamlessly to edge devices. It can provide temporary offline, low-latency computing services, and include device connect, message routing, remote synchronization, function computing, video that managed by Baetyl to provide specific functions such as message routing services, function computing services, micro-services, etc. Instance: Refers to the specific running program or container launched launched by the Service, a Service can start multiple instances, or can be dynamically started by other services. For example, the instances of function runtime service are dynamically started and stopped by the

and service seamlessly to edge devices. It can provide temporary offline, low-latency computing services, and in- clude device connect, message routing, remote synchronization, function computing, video that managed by Baetyl to provide specific functions such as message routing services, function computing services, micro-services, etc. • Instance: Refers to the specific running program or container launched launched by the Service, a Service can start multiple instances, or can be dynamically started by other services. For example, the instances of function runtime service are dynamically started and stopped by the

It is said to be serverless compute. The code is executed based on the response of events in AWS services such as adding /removing files in S3 bucket, updating Amazon DynamoDB tables, HTTP request from and easy way. This tutorial will give you enough understanding on various functionalities of AWS Services to be used with AWS Lambda with illustrative examples. Prerequisites To work with AWS Lambda involves computing without any server. The code is executed based on the response of events in AWS services such as adding/removing files in S3 bucket, updating Amazon dynamo dB tables, HTTP request from

becoming the preferred way for global organizations to build and modernize their applications and services at scale. The potential of containers and Kubernetes was evident when, in 2020, Gartner2 predicted on any infrastructure • Access to Shared Tools and Services: a high level of reliability with easy, consistent access to shared tools and services Given the transformative impact of Kubernetes and Report 2 "Gartner Forecasts Strong Revenue Growth for Global Container Management Software and Services Through 2024” by Susan Moore, Gartner – View Press Release A Buyer’s Guide to Enterprise Kubernetes

..........................................26 3.3 Load Balancing using Rancher Load Balancing services ............................................27 3.4 Service Discovery ....................... namespace, irrespective of the host. This makes exposing ports and managing links between different services much easier. 1.3.7 Load Balancing Every application that is scaled needs load balancing. In execute CRUD operations on all of Kubernetes objects such as pods, replication controllers and services. Users can even manage underlying containers, view logs for those containers, and execute shell