Kubeflow: Data Scientist ready?
summary
Kubeflow can be installed quickly using a provided script that deploys a working cluster in minutes or manually with a more error‑prone process. It runs notebooks via JupyterHub where users spawn Jupyter images with CPU/GPU limits, trains with TFJob YAMLs that require persistentVolumeClaims to export models, and serves models by generating TFServing plus an HTTP proxy via ks/ksonnet—though many serving parameters are undocumented, versions often break, and ad hoc TensorFlow patches and large Docker images are frequently needed.
AI-written summary · about
chapters (13)
- 0:00Kubeflow for data scientists
- 3:15Kubernetes & Kustomize
- 5:25Kubeflow tools
- 8:53Installing Kubeflow
- 11:00JupyterHub exploration
- 13:34TensorFlow training
- 17:26Persistent Volumes
- 20:33Distributed TensorFlow
- 24:25TF Serving deployment
- 25:50Ksonnet automation
- 30:23Kubeflow docs & roadmap
- 32:08Other Kubeflow tools
- 34:36Conclusion
related talks
29mKubeflow: TensorFlow on Kubernetes
31mKubeflow - Data Science on Steroids
21mIntroducing Kubeflow (w. Special Guests Tensorflow and Apache Spark)
36mKubeflow: Tensorflow on Kubernetes
36mIntroducing Kubeflow (w. Special Guests Tensorflow and Apache Spark)
46mKubeflow, TensorFlow on Kubernetes
14mKubeflow: Where ML Meets Kubernetes
36mIntroducing Kubeflow (w. Special Guests Tensorflow and Apache Spark)
