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Background:
The KubeEdge SIG AI is chartered to facilitate Edge AI applications with KubeEdge. An overview of SIG AI activities can be found in this charter.
Why is this project needed:
According to the survey on edge ai landing challenges, the top 1 advice goes to "providing public datasets, pre-processing and baseline codes to build benchmarks". This advice gets 82.18%, 92.98%, 87.10% and 86.67% votes among all paticipants, the industial, acadamic and student community on edge ai, respectively.
Our Effort starts from the edge-cloud collaborative benchmarks. This project focuses on measuring and validating the desired behaviors for an epoch-making Edge AI scheme, i.e., Edge-cloud Collaborative Lifelong Learning.
What contents are to be added/modified:
This project will help all Edge AI application developers to validate and select the best-matched algorithm of lifelong learning. Parts of the effort are developing test cases on the existing scheme of Edge-cloud Collaborative Lifelong Learning on KubeEdge-Sedna, including interfaces for benchmark specification, algorithms like preprocessing and metrics, and even baselines.
Several breath-taking Edge-AI scenarios have been prepared for benchmarking: looking forward to seeing your codes involved in real-world robots, outer-space satellites, and industrial production lines!
The text was updated successfully, but these errors were encountered:
MooreZheng
changed the title
[Feature] Extend more examples with unstructured data for edge-cloud collaborative lifelong learning
[Feature] KubeEdge SIG AI: Benchmarking for Edge-cloud Collaborative Lifelong Learning
Feb 11, 2022
MooreZheng
changed the title
[Feature] KubeEdge SIG AI: Benchmarking for Edge-cloud Collaborative Lifelong Learning
[Feature] KubeEdge SIG AI: Benchmarks for Edge-cloud Collaborative Lifelong Learning
Feb 11, 2022
Background:
The KubeEdge SIG AI is chartered to facilitate Edge AI applications with KubeEdge. An overview of SIG AI activities can be found in this charter.
KubeEdge-Sedna has released the first edge-cloud collaborative lifelong learning on June 2021, together with a hands-on example and a free playground on Katacoda. The sceme learn coming tasks from the edge based on previously learned tasks on cloud knowledgebase.
Why is this project needed:
According to the survey on edge ai landing challenges, the top 1 advice goes to "providing public datasets, pre-processing and baseline codes to build benchmarks". This advice gets 82.18%, 92.98%, 87.10% and 86.67% votes among all paticipants, the industial, acadamic and student community on edge ai, respectively.
Our Effort starts from the edge-cloud collaborative benchmarks. This project focuses on measuring and validating the desired behaviors for an epoch-making Edge AI scheme, i.e., Edge-cloud Collaborative Lifelong Learning.
What contents are to be added/modified:
This project will help all Edge AI application developers to validate and select the best-matched algorithm of lifelong learning. Parts of the effort are developing test cases on the existing scheme of Edge-cloud Collaborative Lifelong Learning on KubeEdge-Sedna, including interfaces for benchmark specification, algorithms like preprocessing and metrics, and even baselines.
Other information:
Recommended Skills: TensorFlow/Pytorch, Python
Sedna lifelong-learning introduction
Sedna guide
Sedna lifelong-learning proposal
How to contribute Sedna
Related issue for reference (if any):
#58 Add an example of implementation Federated Learning to ReID
#96 Edge AI Benchmark review
#118 Edge AI Benchmark: Consolidate/Prioritize metrics
#119 Edge AI Benchmark: add step by step instructions for users to benchmark their works
#120 Edge AI Benchmark: add leaderboard/forum
#274 KubeEdge SIG AI: Benchmarks for Edge-cloud Joint Inference
Several breath-taking Edge-AI scenarios have been prepared for benchmarking: looking forward to seeing your codes involved in real-world robots, outer-space satellites, and industrial production lines!
The text was updated successfully, but these errors were encountered: