[Series 4 | System Identification & Estimation | #5]
#SystemID#UnstableSystems#KernelMethods#Estimation
⚠️📡 Can an unstable system be identified while operating in closed loop?
Yes. This work develops a kernel regularization–based joint input–output approach for the closed-loop identification of unstable plants.
Title: Joint input-output identification of unstable systems with kernel regularization
Authors: Yusuke Fujimoto, Toshiharu Sugie
Full Text:rdcu.be/dHyCa
🚀 Meet soon_svm: SVM reimagined for real-time AI.
Built on the soon network, it’s optimized for streaming, adaptive, and edge-based learning.
Think:
✔️ No retraining bottlenecks
✔️ Stateless optimization
✔️ Resilient under shifting data
Perfect for IoT, real-time fintech, and embedded ML.
👉 Kernel methods just got faster, lighter, and smarter.
#MachineLearning#EdgeAI#soonSVM#AdaptiveLearning#StreamingML#SVM#KernelMethods@soon_svm#SOONISTHEREDPILL
I submitted kernelmethods library to MLOSS @ JMLR, they rejected me saying it’s not popular enough (in terms of adoption etc)
github.com/raamana/kernelmet…
Work #1 explores #kernel methods for bivariate causal discovery using Conditional Mean Embedding (CME).
A parsimony-based method helps infer causal direction by comparing complexity measures of CME sets. 📊 #KernelMethods#CausalDiscovery Great collab with @sejDino
Kernel Methods in machine learning are a group of algorithms for pattern analysis, applied to clustering, regression, and principal component analysis #KernelMethods
you and other #kernelmethods enthusiasts would love my library which would make the development of advanced or domain-specific kernels very easy and intuitive: GitHub.com/raamana/kernelmet… 😄
Yesterday was a day very much circling around notions of quantum-assisted machine learning. After #QTML2021, Sofiene Jerbi from Innsbruck gave a wonderful talk on #quantummachinelearning beyond #kernelmethods in our reading group.