[
https://issues.apache.org/jira/browse/MXNET-1454?page=com.atlassian.jira.plugin.system.issuetabpanels:all-tabpanel
]
Laura L updated MXNET-1454:
---------------------------
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Description:
This documentation will guide you on how to install Apache MXNet on the IBM
Cloud using the Kubernetes Service. Simple and effective.
h2. Pre-requisites
You must have an account created in IBM Cloud. The account needs to either be
*Pay-As-You-Go* or *Subscription*. Click
[here]https://cloud.ibm.com/docs/account?topic=account-accounts "here"! to read
more.
If you have a Lite account, you can upgrade it. Click
[here]https://cloud.ibm.com/docs/account?topic=account-account-getting-started#account-gs-upgrade
"here"! to learn how to upgrade.
h2. Step 1: Provision Kubernetes Cluster
* Click on the search section at the top of the main page, type Kubernetes, and
then choose Kubernetes Service.
!Kubernetes1.png!
* In the new window, select between the free and standard type under "Pricing
plan". Once selected, click on create.
!KubernetesPaid1.PNG!
We'll choose the Standard Plan for this documentation as the Free Plan may fall
short of resources when deploying your pods. We highly recommend using a
Standard Plan with the hardware that suits you the best. If you're selecting
the Standard Plan, please make sure you select the adequate requirements,
* Select your Kubernetes Version to be the latest available or the required one
by your application. In this example, we have set it to be '1.18.13'.
* Select Infrastructure as 'Classic'.
* Leave Resource Group to 'Default'.
* Select Geography to the one that suits you better or that fits your
infrastructure.
* Select Availability to be 'Single Zone' or 'Multi Zone' depending on your
needs.
* Select a Worker Zone that suits you better or that fits your infrastructure.
!KubernetesPaid2.PNG!
* Select the number of workers in Worker Pool.
* Give your Worker Pool a name.
* Leave the Encrypt Local Disk option 'On'
* Choose 'Both private and public endpoints' on Master Service Endpoint
!KubernetesPaid4.PNG!
* Give your cluster a name in 'cluster-name'
* Provide the tags to your cluster and click on Create.
!KubernetesPaid5.PNG!
Wait a few minutes while your cluster is deployed.
!KubernetesPaid3.PNG!
The following checkmark and the word 'normal' will appear once the Kubernetes
Cluster is deployed. You can check it under your cluster section which is
located in your *Resources List*.
!KubernetesPaid6.PNG!
h2. Step 2: Deploy IBM Cloud Block Storage plug-in
* Click on the search section at the top of the main page, select IBM Cloud
Block Storage, and click on it.
!StoragePaid1.PNG!
* A new window opens, select the cluster and enter the name you want for this
workspace, in this case, it will be called _storage-example_, accept the terms,
click *Install* and wait a few minutes.
!StoragePaid2.PNG!
h2. Step 3: Install Apache MXNet
* Click on the search section at the top of the main page, type Apache MXNet,
and click on it.
!mxn1.PNG!
* A new window opens, select the cluster, and then select the workspace you
want Apache MXNet to be installed. You can also write a new workspace. In this
case, we will use the previously created _storage-example_ workspace. Type a
workspace name under 'Configure your workspace', accept the terms and click on
*Install*. You can modify the different installation parameters at the bottom.
We will leave them by default as shown below, but you can read more about
setting up the parameters [here]https://cloud.ibm.com/catalog/content/mxnet
"here"!.
!mxn2.PNG!
h2. Step 4: Verify Installation
* Go to *Resources List* in the Left Navigation Menu and click on *Kubernetes*.
!test1.png!
* Click the *Actions* button and select *Web terminal*.
!test2.PNG!
* A window opens to install the web terminal, click on install and wait a few
minutes. The window will pop up at the buttom If the web terminal is already
installed.
!test3.PNG!
!test7.PNG!
* Once you have installed the terminal, open it, select web terminal, and type
the following command. It will show you the workspaces of your cluster. You can
see *storage-example* is active.
{code:java}
$ kubectl get ns
{code}
!textmxn1.PNG!
* You can then obtain more data about the service and it's pods. In this case,
we want to know the pods of the *storage-example* service.
{code:java}
$ kubectl get pod -n NAMESERVICE
{code}
!textmxn2.PNG!
* Select the pod within your service using bash so you can start using Apache
MXNet from the terminal.
* Apache MXNet is a deep learning platform that accelerates the transition from
research prototyping to production deployment. It is built for full integration
into Python that enables you to use it with its libraries and main packages. To
check if Apache MXNet is active you can write Python, and use it as a regular
Python installation.
{code:java}
$ kubectl exec --stdin --tty PODNAME -n NAMESPACE -- /bin/bash
{code}
{code:java}
$ python
{code}
!textmxn3.PNG!
You have finished the installation. You can read more about Apache MXNet to
keep learning and programming.
was:
This documentation will guide you on how to install Apache MXNet on the IBM
Cloud using the Kubernetes Service. Simple and effective.
h2. Pre-requisites
You must have an account created in IBM Cloud. The account needs to either be
*Pay-As-You-Go* or *Subscription*. Click
[here](https://cloud.ibm.com/docs/account?topic=account-accounts "here") to
read more.
If you have a Lite account, you can upgrade it. Click
[here](https://cloud.ibm.com/docs/account?topic=account-account-getting-started#account-gs-upgrade
"here") to learn how to upgrade.
h2. Step 1: Provision Kubernetes Cluster
* Click on the search section at the top of the main page, type Kubernetes, and
then choose Kubernetes Service.
!(Kubernetes1.png)
* In the new window, select between the free and standard type under "Pricing
plan". Once selected, click on create.
!(KubernetesPaid1.PNG)
We'll choose the Standard Plan for this documentation as the Free Plan may fall
short of resources when deploying your pods. We highly recommend using a
Standard Plan with the hardware that suits you the best. If you're selecting
the Standard Plan, please make sure you select the adequate requirements,
* Select your Kubernetes Version to be the latest available or the required one
by your application. In this example, we have set it to be '1.18.13'.
* Select Infrastructure as 'Classic'.
* Leave Resource Group to 'Default'.
* Select Geography to the one that suits you better or that fits your
infrastructure.
* Select Availability to be 'Single Zone' or 'Multi Zone' depending on your
needs.
* Select a Worker Zone that suits you better or that fits your infrastructure.
!(KubernetesPaid2.PNG)
* Select the number of workers in Worker Pool.
* Give your Worker Pool a name.
* Leave the Encrypt Local Disk option 'On'
* Choose 'Both private and public endpoints' on Master Service Endpoint
!(KubernetesPaid4.PNG)
* Give your cluster a name in 'cluster-name'
* Provide the tags to your cluster and click on Create.
!(KubernetesPaid5.PNG)
Wait a few minutes while your cluster is deployed.
!(KubernetesPaid3.PNG)
The following checkmark and the word 'normal' will appear once the Kubernetes
Cluster is deployed. You can check it under your cluster section which is
located in your *Resources List*.
!(KubernetesPaid6.PNG)
h2. Step 2: Deploy IBM Cloud Block Storage plug-in
* Click on the search section at the top of the main page, select IBM Cloud
Block Storage, and click on it.
!(StoragePaid1.PNG)
* A new window opens, select the cluster and enter the name you want for this
workspace, in this case, it will be called _storage-example_, accept the terms,
click *Install* and wait a few minutes.
!(StoragePaid2.PNG)
h2. Step 3: Install Apache MXNet
* Click on the search section at the top of the main page, type Apache MXNet,
and click on it.
!(mxn1.PNG)
* A new window opens, select the cluster, and then select the workspace you
want Apache MXNet to be installed. You can also write a new workspace. In this
case, we will use the previously created _storage-example_ workspace. Type a
workspace name under 'Configure your workspace', accept the terms and click on
*Install*. You can modify the different installation parameters at the bottom.
We will leave them by default as shown below, but you can read more about
setting up the parameters [here](https://cloud.ibm.com/catalog/content/mxnet
"here").
!(mxn2.PNG)
h2. Step 4: Verify Installation
* Go to *Resources List* in the Left Navigation Menu and click on *Kubernetes*.
!(test1.png)
* Click the *Actions* button and select *Web terminal*.
!(test2.PNG)
* A window opens to install the web terminal, click on install and wait a few
minutes. The window will pop up at the buttom If the web terminal is already
installed.
!(test3.PNG)
!(test7.PNG)
* Once you have installed the terminal, open it, select web terminal, and type
the following command. It will show you the workspaces of your cluster. You can
see *storage-example* is active.
{code:java}
$ kubectl get ns
{code}
!(textmxn1.PNG)
* You can then obtain more data about the service and it's pods. In this case,
we want to know the pods of the *storage-example* service.
{code:java}
$ kubectl get pod -n NAMESERVICE
{code}
!(textmxn2.PNG)
* Select the pod within your service using bash so you can start using Apache
MXNet from the terminal.
* Apache MXNet is a deep learning platform that accelerates the transition from
research prototyping to production deployment. It is built for full integration
into Python that enables you to use it with its libraries and main packages. To
check if Apache MXNet is active you can write Python, and use it as a regular
Python installation.
{code:java}
$ kubectl exec --stdin --tty PODNAME -n NAMESPACE -- /bin/bash
{code}
{code:java}
$ python
{code}
!(textmxn3.PNG)
You have finished the installation. You can read more about Apache MXNet to
keep learning and programming.
(*)
> Install MXNet in IBM cloud
> --------------------------
>
> Key: MXNET-1454
> URL: https://issues.apache.org/jira/browse/MXNET-1454
> Project: Apache MXNet
> Issue Type: Task
> Reporter: Laura L
> Priority: Trivial
> Attachments: Kubernetes1.png, KubernetesPaid1.PNG,
> KubernetesPaid2.PNG, KubernetesPaid3.PNG, KubernetesPaid4.PNG,
> KubernetesPaid5.PNG, KubernetesPaid6.PNG, StoragePaid1.PNG, StoragePaid2.PNG,
> mxn1.PNG, mxn2.PNG, mxn3.PNG, test1.png, test2.PNG, test3.PNG, test7.PNG,
> textmxn1.PNG, textmxn2.PNG, textmxn3.PNG, textmxn4.PNG
>
>
> This documentation will guide you on how to install Apache MXNet on the IBM
> Cloud using the Kubernetes Service. Simple and effective.
> h2. Pre-requisites
> You must have an account created in IBM Cloud. The account needs to either be
> *Pay-As-You-Go* or *Subscription*. Click
> [here]https://cloud.ibm.com/docs/account?topic=account-accounts "here"! to
> read more.
> If you have a Lite account, you can upgrade it. Click
> [here]https://cloud.ibm.com/docs/account?topic=account-account-getting-started#account-gs-upgrade
> "here"! to learn how to upgrade.
> h2. Step 1: Provision Kubernetes Cluster
> * Click on the search section at the top of the main page, type Kubernetes,
> and then choose Kubernetes Service.
> !Kubernetes1.png!
> * In the new window, select between the free and standard type under "Pricing
> plan". Once selected, click on create.
> !KubernetesPaid1.PNG!
> We'll choose the Standard Plan for this documentation as the Free Plan may
> fall short of resources when deploying your pods. We highly recommend using a
> Standard Plan with the hardware that suits you the best. If you're selecting
> the Standard Plan, please make sure you select the adequate requirements,
> * Select your Kubernetes Version to be the latest available or the required
> one by your application. In this example, we have set it to be '1.18.13'.
> * Select Infrastructure as 'Classic'.
> * Leave Resource Group to 'Default'.
> * Select Geography to the one that suits you better or that fits your
> infrastructure.
> * Select Availability to be 'Single Zone' or 'Multi Zone' depending on your
> needs.
> * Select a Worker Zone that suits you better or that fits your infrastructure.
> !KubernetesPaid2.PNG!
> * Select the number of workers in Worker Pool.
> * Give your Worker Pool a name.
> * Leave the Encrypt Local Disk option 'On'
> * Choose 'Both private and public endpoints' on Master Service Endpoint
> !KubernetesPaid4.PNG!
> * Give your cluster a name in 'cluster-name'
> * Provide the tags to your cluster and click on Create.
> !KubernetesPaid5.PNG!
> Wait a few minutes while your cluster is deployed.
> !KubernetesPaid3.PNG!
> The following checkmark and the word 'normal' will appear once the Kubernetes
> Cluster is deployed. You can check it under your cluster section which is
> located in your *Resources List*.
> !KubernetesPaid6.PNG!
> h2. Step 2: Deploy IBM Cloud Block Storage plug-in
> * Click on the search section at the top of the main page, select IBM Cloud
> Block Storage, and click on it.
> !StoragePaid1.PNG!
> * A new window opens, select the cluster and enter the name you want for this
> workspace, in this case, it will be called _storage-example_, accept the
> terms, click *Install* and wait a few minutes.
> !StoragePaid2.PNG!
> h2. Step 3: Install Apache MXNet
> * Click on the search section at the top of the main page, type Apache MXNet,
> and click on it.
> !mxn1.PNG!
> * A new window opens, select the cluster, and then select the workspace you
> want Apache MXNet to be installed. You can also write a new workspace. In
> this case, we will use the previously created _storage-example_ workspace.
> Type a workspace name under 'Configure your workspace', accept the terms and
> click on *Install*. You can modify the different installation parameters at
> the bottom. We will leave them by default as shown below, but you can read
> more about setting up the parameters
> [here]https://cloud.ibm.com/catalog/content/mxnet "here"!.
> !mxn2.PNG!
> h2. Step 4: Verify Installation
> * Go to *Resources List* in the Left Navigation Menu and click on
> *Kubernetes*.
> !test1.png!
> * Click the *Actions* button and select *Web terminal*.
> !test2.PNG!
> * A window opens to install the web terminal, click on install and wait a few
> minutes. The window will pop up at the buttom If the web terminal is already
> installed.
> !test3.PNG!
> !test7.PNG!
> * Once you have installed the terminal, open it, select web terminal, and
> type the following command. It will show you the workspaces of your cluster.
> You can see *storage-example* is active.
> {code:java}
> $ kubectl get ns
> {code}
> !textmxn1.PNG!
> * You can then obtain more data about the service and it's pods. In this
> case, we want to know the pods of the *storage-example* service.
> {code:java}
> $ kubectl get pod -n NAMESERVICE
> {code}
> !textmxn2.PNG!
> * Select the pod within your service using bash so you can start using Apache
> MXNet from the terminal.
> * Apache MXNet is a deep learning platform that accelerates the transition
> from research prototyping to production deployment. It is built for full
> integration into Python that enables you to use it with its libraries and
> main packages. To check if Apache MXNet is active you can write Python, and
> use it as a regular Python installation.
> {code:java}
> $ kubectl exec --stdin --tty PODNAME -n NAMESPACE -- /bin/bash
> {code}
> {code:java}
> $ python
> {code}
> !textmxn3.PNG!
> You have finished the installation. You can read more about Apache MXNet to
> keep learning and programming.
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