I mainly study the quantitative genetics. My interest is how to apply statistics & machine leaning to breeding. 主に量的遺伝学を専門として、統計や機械学習の手法をどう育種に活かすかに興味を持っています。
🎉 Our paper is now available at bioRxiv! https://t.co/IRT9JiNtCX
We developed an LLM-guided Bayesian optimization framework for germplasm evaluation. Our results revealed that LLM can help speed up the identification of superior genotype by improving zero-shot warmstarting.
🎉 Our paper is now available at bioRxiv! https://t.co/IRT9JiNtCX
We developed an LLM-guided Bayesian optimization framework for germplasm evaluation. Our results revealed that LLM can help speed up the identification of superior genotype by improving zero-shot warmstarting.
🎉 Our new paper has just been published in Breeding Science! @Breed_Sci
Please check it if you are interested in the optimization of breeding schemes.
https://t.co/Y2LBWVBOoH
#gp#optimization#breeding
Our paper is now available at bioRxiv! https://t.co/ytmih4UoVJ We optimized progeny allocation strategies using marker effects estimated by genomic prediction (GP) models. Our results revealed that updating GP models helps the continuous improvement for the optimized strategy.
We have posted our new preprint on a Neighbor GWAS model that accounts for indirect effects from neighbors! The new model with RAINBOWR includes the covariance structure between direct and indirect genetic effects.
The work is a collaboration with Dr. Yasuhiro Sato @yassatojpn.
As of today, I have become an Specially Appointed Assistant Professor (JSPS Research Fellowship-PD) in the Laboratory of Genetics & Plant Breeding at Chiba University.
I will be shifting my focus back to research on genome-assisted breeding!
Our new paper has just been published in Bioinformatics ! We developed a novel breeding optimization framework that utilizes automatic differentiation to enable gradient-based optimization.
#Bioinformatics#breeding
https://t.co/nsFbyZ89BL
Our new paper has just been published in Bioinformatics ! We developed a novel breeding optimization framework that utilizes automatic differentiation to enable gradient-based optimization.
#Bioinformatics#breeding
https://t.co/nsFbyZ89BL