服务器虚拟化培训计划,vmware虚拟机使用培训(一)概要.ppt-程序员宅基地

vmware虚拟机使用培训(一)概要

虚拟机使用培训(一) 服务器虚拟化产品介绍服务器虚拟化产品比较 VMWARE产品介绍服务器虚拟化用VMWARE产品整体架构介绍 VMWARE虚拟机用户使用现场演示交流及问题收集服务器虚拟化产品比较 VMWARE产品介绍服务器虚拟化用VMWARE产品整体架构介绍1 服务器虚拟化用VMWARE产品整体架构介绍2 服务器虚拟化用VMWARE产品整体架构介绍3 VMWARE虚拟机用户使用现场演示、交流及问题收集(后面的PPT可作进一步了解,本次不讲) * There are 5 key components of the overall VMware View solution that we will discuss now. VMware Infrastructure which is the Proven Virtualization platform that enables Virtualizing the desktop images. View Manager (formerly known as Virtual Desktop Manager) which is a enterprise class desktop manager View Composer which helps optimize storage while streamlining desktop image management ThinApp – which helps in application virtualization And finally Offline desktop which helps end users take their virtual desktops offline and work in a disconnected mode. We will now go through each of these components in further detail. * Modernizing the desktop enables the VMware vision This includes the ability to take advantage of the cloud infrastructure for desktop delivery to enable on demand resources and unmatched availability, scale and performance for the desktop This also includes simplified image management, provisioning, maintenance and policy enforcement while increasing SLAs and security for the desktop The modern desktop also allows end-users to access this resource from an increasing variety of devices and locations. In addition the modern desktop vision enables the ability to implement service based billing and take advantage of user self service functionality in the future. * * * * We begin with the server. Any outlook user will tell you that search is hard and slow, and doing the self-archiving is a pain. Zimbra manages everything in the server, making functions like search extremely fast and administration activities like archiving very easy. Another good example is the hierarchical storage, meaning you can have more mailboxes with more data with far fewer servers. On the top of the slide, we have top of the client with the tabs co

本文链接：https://blog.csdn.net/weixin_31682257/article/details/119553334

原作者删帖不实内容删帖广告或垃圾文章投诉

智能推荐

解决electron+vue项目起始加载慢的问题_electron vue项目打开慢-程序员宅基地

文章浏览阅读461次。_electron vue项目打开慢

linux下编译GDAL外加扩展格式支持（五）--完-程序员宅基地

文章浏览阅读229次。接1、2、3、4篇。10、安装mysql支持安装fedora15或者16系统时若选择安装mysql数据库，则必须自行安装mysql开发包。因为自带默认数据库不会安装这个包。否则会遇到mysql错误：ogr_mysql.h:34:23: fatal error: my_global.h: No such file or directory#问题原因：找不到mysql头文件..._linux gdal netcdf5

Linux tc qdisc 模拟网络丢包延时-程序员宅基地

文章浏览阅读1.2k次。Linux tc qdisc 模拟网络丢包延时_tc qdisc

linux64bit 安装 jdk 1.7-程序员宅基地

文章浏览阅读336次。linux64bit 安装 jdk 1.7下载地址： https://edelivery.oracle.com/otn-pub/java/jdk/7u21-b11/jdk-7u21-linux-x64.rpm0. 卸载rpm版的jdk： #rpm -qa|grep jdk 显示：jdk-1.6.0_10-fcs 卸载：#rpm -e --nodep..._liunx64位得jdk1.7

【Linux笔记】-----Nginx/LVS/HAProxy负载均衡的优缺点_中间件应用场景nginx lvs proxy-程序员宅基地

文章浏览阅读552次。开始听到负载均衡的时候，我第一反应想到的是链路负载均衡，在此之前主要是在学习网络方面知识，像在NA、NP阶段实验做链路负载均衡时常会遇到，后来还接触到SLB负载分担技术，这都是在链路基础上实现的。其实负载均衡可以分为硬件实现负载均衡和软件实现负载均衡。硬件实现负载均衡：常见F5和Array负载均衡器，配套专业维护服务，但是成本昂贵。软件实现负载均衡：常见开源免费的负载均衡软件有Ngin..._中间件应用场景nginx lvs proxy

多维时序 | MATLAB实现CNN-LSTM多变量时序预测_cnn可以进行多步预测-程序员宅基地

文章浏览阅读4.7k次。多维时序 | MATLAB实现CNN-LSTM多变量时序预测目录多维时序 | MATLAB实现CNN-LSTM多变量多步预测基本介绍模型特点程序设计学习总结参考资料基本介绍本次运行测试环境MATLAB2020b，MATLAB实现CNN-LSTM多变量多步预测。模型特点深度学习使用分布式的分层特征表示方法自动提取数据中的从最低层到最高层固有的抽象特征和隐藏不变结构. 为了充分利用单个模型的优点并提高预测性能, 现已提出了许多组合模型。CNN 是多层前馈神经网络, 已被证明在提取隐藏_cnn可以进行多步预测