Search · four archives

Results for Hyperparameter optimization

or ask it as a questionAsk the stacks →

ArchivesarXiv PubMed bioRxiv chemRxiv

WhenAny time Past month Past year Past 5 years

OrderMost relevant Most cited Newest

7 papers · ranked by Valyu relevance

01
BbioRxiv7 Sep 2026
BOTANIC-1: a series of long-context plant genomic foundation models in the agentic era
Amélie Barozet, Vincent Cabeli, Jean Ogier du Terrail, Alexey Rukhovich + 6 more
The development of climate-resilient crops would be greatly accelerated by models able to reason directly over plant genomic sequences and to pinpoint trait-associated regions or loci. Anticipating the impact of DNA base changes (variants) remains challenging, and understanding regulatory mechanisms is still an active…
76relevance
02
BbioRxiv7 Sep 2026
A physics-informed hybrid deep learning model for spatiotemporal rice disease prediction using multi-source data
Zichao Jin, Jiaoru Wang, Wenjiang Huang, Jingcheng Zhang + 2 more
Accurate, reliable, large-scale disease predictions are essential to ensure rice production. Existing disease prediction models often face a trade-off between interpretability and predictive capability, necessitating the integration of mechanistic knowledge and data-driven learning within a modelling framework.…
63relevance
03
BbioRxiv7 Sep 2026
RFOptimization: Guiding Design Optimization with All-Atom Structure Prediction
Odin Zhang, Jiaqi Wang, Tuscan Rock Thompson, Ziyi You + 3 more
Biomolecular interactions, including protein–protein interactions, protein–nucleic acid recognition, and protein–small molecule binding, underlie a wide range of biological processes and therapeutic mechanisms. Although recent de novo design methods can generate candidate binders for diverse molecular targets…
62relevance
04
BbioRxiv9 Sep 2026
Local optimization of oxygen transport gives rise to Kleiber’s law
Peter F. Pelz, Tobias Meck
For nearly a century, the physical origin of metabolic scaling has remained unresolved: metabolism is proportional to body mass in small organisms but follows Kleiber’s three-quarter-power law in larger animals. We derive both regimes from the Metabolic Holon (MH), a locally optimized capillary–tissue oxygen-supply…
60relevance
05
BbioRxiv9 Sep 2026
Multidimensional *T*_1_-*T*_2_ Relaxation Imaging *In Vivo* on a Portable 0.064 T MRI Scanner
Ella Wilczynski, Kulam Najmudeen Magdoom, Alexandru V Avram, Nathan H Williamson + 3 more
To demonstrate the feasibility of whole-brain multidimensional T_1_-T_2_ relaxation imaging on a portable 0.064 T MRI scanner. A two-dimensional inversion-recovery, fast spin-echo acquisition was used to jointly encode T_1_ and T_2_ relaxation. Joint relaxation distributions were reconstructed voxel-wise using…
59relevance
06
BbioRxiv8 Sep 2026
PRISM-M: A Recurrent Framework for the Formation of Stable Internal Neural Models
Eliezer Masliah
How transient neural representations become integrated and stable enough to function as internal neural models remains incompletely understood. Grounded in efficient coding, Bayesian and predictive frameworks, recurrent and attractor dynamics, neural state-space models, and systems neuroscience, the Principle of…
57relevance
07
BbioRxiv7 Sep 2026
Simulations predict that alterations in balance control contribute to the higher cost of walking with a prosthesis
Wouter Muijres, Maarten Afschrift, Renaud Ronsse, Tom Van Wouwe + 1 more
The high metabolic cost of walking in individuals with a transtibial amputation is often attributed to reduced ankle propulsion. However, the cost of stabilizing walking may also increase after amputation, potentially explaining why restoring ankle propulsion does not always normalize metabolic cost. Because the…
56relevance

Results for Hyperparameter optimization

BOTANIC-1: a series of long-context plant genomic foundation models in the agentic era

A physics-informed hybrid deep learning model for spatiotemporal rice disease prediction using multi-source data

RFOptimization: Guiding Design Optimization with All-Atom Structure Prediction

Local optimization of oxygen transport gives rise to Kleiber’s law

Multidimensional T_1_-T_2_ Relaxation Imaging In Vivo on a Portable 0.064 T MRI Scanner

PRISM-M: A Recurrent Framework for the Formation of Stable Internal Neural Models

Simulations predict that alterations in balance control contribute to the higher cost of walking with a prosthesis

BOTANIC-1: a series of long-context plant genomic foundation models in the agentic era

A physics-informed hybrid deep learning model for spatiotemporal rice disease prediction using multi-source data

RFOptimization: Guiding Design Optimization with All-Atom Structure Prediction

Local optimization of oxygen transport gives rise to Kleiber’s law

Multidimensional T_1_-T_2_ Relaxation Imaging In Vivo on a Portable 0.064 T MRI Scanner

PRISM-M: A Recurrent Framework for the Formation of Stable Internal Neural Models

Simulations predict that alterations in balance control contribute to the higher cost of walking with a prosthesis

Results for Hyperparameter optimization

BOTANIC-1: a series of long-context plant genomic foundation models in the agentic era

A physics-informed hybrid deep learning model for spatiotemporal rice disease prediction using multi-source data

RFOptimization: Guiding Design Optimization with All-Atom Structure Prediction

Local optimization of oxygen transport gives rise to Kleiber’s law

Multidimensional *T*_1_-*T*_2_ Relaxation Imaging *In Vivo* on a Portable 0.064 T MRI Scanner

PRISM-M: A Recurrent Framework for the Formation of Stable Internal Neural Models

Simulations predict that alterations in balance control contribute to the higher cost of walking with a prosthesis

BOTANIC-1: a series of long-context plant genomic foundation models in the agentic era

A physics-informed hybrid deep learning model for spatiotemporal rice disease prediction using multi-source data

RFOptimization: Guiding Design Optimization with All-Atom Structure Prediction

Local optimization of oxygen transport gives rise to Kleiber’s law

Multidimensional *T*_1_-*T*_2_ Relaxation Imaging *In Vivo* on a Portable 0.064 T MRI Scanner

PRISM-M: A Recurrent Framework for the Formation of Stable Internal Neural Models

Simulations predict that alterations in balance control contribute to the higher cost of walking with a prosthesis

Multidimensional T_1_-T_2_ Relaxation Imaging In Vivo on a Portable 0.064 T MRI Scanner

Multidimensional T_1_-T_2_ Relaxation Imaging In Vivo on a Portable 0.064 T MRI Scanner