提交多框架（TensorFlow、PyTorch 、MxNet等）的模型训练作业，支 持分布式和 GPU 加速，以及训练过 程的可视化。 模型训练 模型版本管理，模型推理服务的部署 、监控、管理和升级，提供 A/B test 和滚动升级。 模型服务 实现对 GPU 集群资源进行管理，根 据用户作业请求自动分配和回收 GPU 资源。 GPU 集群管理 对接存储系统，管理数据集；提供 对接存储系统，管理数据集；提供 notebook 交互式代码开发和调试工 具；管理数据预处理批作业。 模型开发 海尔工业互联网 – 才云数据解决方案 海尔工业互联网 – 才云数据解决方案 海尔工业互联网 – 才云数据解决方案 海尔工业互联网 – 才云数据解决方案 边缘计算场景 1. 海尔在全球有许多工厂 2. 工厂里的机器不多 3. 这些机器上跑了一些容器服务 4. 因为机器数量不多，不希望每个工厂组成一个

<mapper resource = "path of the configuration XML file"/> Let us discuss type = "mybatis.Student"/> mappers tag Mapper XML file is the important file, which contains the mapped SQL statements. Mapper’s element is used to configure the location of these mappers example, the name of the mapper xml file is Student.xml and it resides in the package named as mybatis,, then you can configure the mapper tag as shown below. <mapper resource = "mybatis/Student

Operator Lifecycle Manager（OLM）中，如果您订阅的是引用网络中无法访问的镜像的 Operator， 您可以在 openshift-marketplace 命名空间中找到带有以下错误的作业： 输出示例 出示例 输出示例 出示例 因此，订阅会处于这个失败状态，Operator 无法安装或升级。 您可以通过删除订阅、集群服务版本（CSV）及其他相关对象来刷新失败的订阅。重新创建订阅后，OLM Platform 4.14 Operator 110 2. 删除订阅： 3. 删除集群服务版本： 4. 在 openshift-marketplace 命名空间中获取所有失败的作业的名称和相关配置映射： 输出示例 出示例 5. 删除作业： 这样可确保尝试拉取无法访问的镜像的 Pod 不会被重新创建。 6. 删除配置映射： 7. 在 Web 控制台中使用 OperatorHub 重新安装 Operator。 Operator Lifecycle Manager（OLM）中，如果您订阅的是引用网络中无法访问的镜像的 Operator， 您可以在 openshift-marketplace 命名空间中找到带有以下错误的作业： 输出示例 出示例 输出示例 出示例 $ oc patch --type=merge --patch='{"spec":{"paused":false}}' machineconfigpool/worker

the HomePage class is the following: package org.wicketTutorial; import org.apache.wicket.request.mapper.parameter.PageParameters; import org.apache.wicket.markup.html.basic.Label; import org.apache.wicket method which returns a score indicating how compatible the request mapper is for the current request. RequestCycle will choose the mapper with the highest score and it will call its mapRequest(Request request) implementations of IRequestMapper and add them to their application via the mount(IRequestMapper mapper) method of the WebApplication class. In paragraph 10.6 we will see how Wicket uses this method to

the HomePage class is the following: package org.wicketTutorial; import org.apache.wicket.request.mapper.parameter.PageParameters; import org.apache.wicket.markup.html.basic.Label; import org.apache.wicket method which returns a score indicating how compatible the request mapper is for the current request. RequestCycle will choose the mapper with the highest score and it will call its mapRequest(Request request) implementations of IRequestMapper and add them to their application via the mount(IRequestMapper mapper) method of the WebApplication class. In paragraph 10.6 we will see how Wicket uses this method to

the HomePage class is the following: package org.wicketTutorial; import org.apache.wicket.request.mapper.parameter.PageParameters; import org.apache.wicket.markup.html.basic.Label; import org.apache.wicket method which returns a score indicating how compatible the request mapper is for the current request. RequestCycle will choose the mapper with the highest score and it will call its mapRequest(Request request) implementations of IRequestMapper and add them to their application via the mount(IRequestMapper mapper) method of the WebApplication class. In paragraph 10.6 we will see how Wicket uses this method to

the HomePage class is the following: package org.wicketTutorial; import org.apache.wicket.request.mapper.parameter.PageParameters; import org.apache.wicket.markup.html.basic.Label; import org.apache.wicket method which returns a score indicating how compatible the request mapper is for the current request. RequestCycle will choose the mapper with the highest score and it will call its mapRequest(Request request) implementations of IRequestMapper and add them to their application via the mount(IRequestMapper mapper) method of the WebApplication class. In paragraph 10.6 we will see how Wicket uses this method to

Multipath 3 device-mapper-multipathing-introduction Introduction 3 device-mapper-multipathing-configuration Configuration 3 device-mapper-multipathing-setup Setup 3 device-mapper-multipathing-usage-debug fit the format of this document): cat /proc/cmdline BOOT_IMAGE=/vmlinuz-3.2.0-17-server root=/dev/mapper/PreciseS-root ro crashkernel=384M-2G:64M,2G-:128M The crashkernel parameter has the following syntax: kdump kexec command: /sbin/kexec -p --command-line="BOOT_IMAGE=/vmlinuz-4.4.0-10-generic root=/dev/mapper/VividS--vg- root ro debug break=init console=ttyS0,115200 irqpoll maxcpus=1 nousb systemd.unit=kdump-tools

Hibernate Transactions and Exceptions, along with its IoC approach which allows you to easily swap in mapper/DAO objects implementing data-access functionality, makes it easy to isolate all Hibernate-specific implementations and locations of Hibernate session factories, datasources, transaction managers, and mapper object implementations (if needed). This makes it much easier to isolate and test each piece of persistence-related Service Layer: - application specific 'service' code - works with domain objects, and uses the Mapper API to get those domain objects into and out of some sort of repository (database) - hosted in one

Hibernate Transactions and Exceptions, along with its IoC approach which allows you to easily swap in mapper/DAO objects implementing data-access functionality, makes it easy to isolate all Hibernate-specific implementations and locations of Hibernate session factories, datasources, transaction managers, and mapper object implementations (if needed). This makes it much easier to isolate and test each piece of persistence-related Service Layer: - application specific 'service' code - works with domain objects, and uses the Mapper API to get those domain objects into and out of some sort of repository (database) - hosted in one