HPE_HJ7H2S HPE Ezmeral ML OPs

This course is for developers who create and run machine learning applications on HPE Ezmeral Container Platform 5.3. The course teaches how to deploy clusters and provide real-life prediction analysis for specific use cases. The course consists of 30% lecture and 70% lab exercises.

Kontakt oss: Kurs@sgpartner.no

Kurskode: HPE_HJ7H2S Kategorier: ,

COURSE OBJECTIVE:
During this course, you will learn how to: • Set up the project repository• Create a training cluster• Create a Jupyter notebook and attach it to atraining cluster• Run through an example of a typical machinelearning workflow• Operationalize your model• Make a prediction (inference)• Obtain in-depth knowledge of HPE EzmeralContainer Platform 5.3 ML Ops• Apply best practices to help acceleratethe development of user-based predictionanalysis

 

TARGET AUDIENCE:
System developers, big data application developers, business analysts, data scientists, data engineers.

COURSE PREREQUISITES:
• AI/ML application administrationexperience (Spark, Jupyter Notebook,Tensorflow, etc.) • Experience in machine learning lifecycle(e.g. model training/development andmodel deployment) • Bash/shell/python scriptin

COURSE CONTENT:
HJ7H2S (hpe.com)
Machine Learning Ops Overview • Creating an ML Ops tenant• External authentication• Project repository• Source control• Model registr• Training• Deployments• Data sources• App store• Notebooks HPEPersonas Overview • Platform administrator (siteadministrator)• Project administrator• Project memberProject Repository Setup • Initial access to HPE EzmeralContainer Platform• Setting up ML Ops environment and project repository• ML Ops clustersTraining Cluster Setup • Creating a training cluster• Training cluster configurations• Training cluster• Spark training• Accessing Python training cluster outside of HPE Ezmeral Container Platform• General notes on training clustersNotebook Setup • Creating a notebook cluster• Notebook cluster configuration• More details on notebooks on ML Ops• Create notebook with training cluster• Review• Training first modelModel Registry and Deployment • Model registry• Model registry configurations• More details on model registry• Deployments (Method 1)• Deployments (Method 2)• Deployments clusters• Register and deploy the modelInference • “Ready” deployment cluster• Doing inference• Walkthrough of scoring script• Local notebook to ML Ops training clusterLab 1: Initial Access to HPE Ezmeral Container Platform • Task 1: Initial log-on to HPE Ezmeral ContainerPlatform Management Console• Task 2: Lab system setup• Task 3: Initial log-on to controllerLab 2: Setting Up ML Ops Environment and Project Repository • Task 1: Set up the ML Ops environment• Task 2: Install and register app from App Catalog• Task 3: Setup the project repositoryLab 3: Create Training Clusters • Task 1: Create trainingclusterLab 4: Create Notebooks with Training Cluster • Task 1:Create notebook with training clusterLab 5: Training First Model • Task 1: Login to Jupyter hub •Task 2: Training the modelLab 6: Register and Deploy the Model • Task 1: Register themodel • Task 2: Deploy the modelLab 7: Inference • Task 1: Generate prediction requestsLab 8: Local Notebook to ML Ops Training Cluster • Task 1:Making required file configurations• Task 2: Accessing training cluster through JupyterNotebook• Task 3: Training the model through local notebookLab 9: Spark Deployment • Task 1: Setup Spark deploymentenvironment• Task 2: Stopping cluster in AIML tenant• Task 3: Create Spark training cluster• Task 4: Create Spark notebook cluster• Task 5: Train the used car pricing model• Task 6: Register new model• Task 7: Deploy the model• Task 8: Inference

FOLLOW ON COURSES:
Not available. Please contact.

Additional information