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Intro
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Pillars of Al Lifecycle - Datasets, Models...
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Define Pipeline with Python SDK
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Kubeflow Pipelines with Tekton hits v1.0
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Benefits of metadata and artifact tracking
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Kubeflow Pipelines v2 main goals
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Machine Learning Metadata in v1
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Pipeline Spec in v1
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Intermediate Representation in v2
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Smart Runtime
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Abstraction Layer for Orchestration Engines
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Abstraction Layer Benefits
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Abstraction Layer Features: Execution Client
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Abstraction Layer Features: Execution Spec
Description:
Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only! Grab it Explore the evolution of machine learning workflows in cloud-native environments through this 40-minute conference talk by Yi-Hong Wang from IBM. Delve into the introduction of Intermediate Representation (IR) in Kubeflow Pipelines v2, designed to enhance ML pipeline portability across different frameworks. Learn about the new pipeline orchestration engine that supports automatic lineage tracking and metadata-driven components. Discover how IR specification is utilized by Kubeflow Pipelines, Google Vertex AI, and Kubeflow Pipelines with Tekton. Gain insights into the new IR spec, components of the pipeline orchestration engine, and the adaptation of these features in other pipeline frameworks. Understand how to leverage the Kubeflow Pipelines Python SDK to convert ML flows into IR artifacts and execute them on multiple orchestration engines. The talk covers key topics including AI lifecycle pillars, pipeline definition with Python SDK, benefits of metadata and artifact tracking, Machine Learning Metadata in v1, Pipeline Spec in v1, Smart Runtime, and the Abstraction Layer for Orchestration Engines with its features and benefits. Read more

Bringing ML Workflows to Heterogeneous Cloud Native Machine Learning Platforms Using Intermediate Representation

Linux Foundation
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