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Matching papers

IntBMoE: Integrating Block-Level Conditioning into Expert Composition for Full-Participation Mixture-of-Experts

92 upvotes · 18 SEP 2026 · Ran Cheng, Longfei Xu, Zheng Liu et al.

This paper proposes a new architecture for Mixture-of-Experts (MoE) models that balances participation, execution, and materialization costs. Practitioners might care because it can lead to significant performance gains in applications where memory and computational resources are limited.

block-conditioningmixture-of-expertssparse routingdense output-mixinghypernetworksresidual gating

SMELT: Scaling Laws for Compute-Matched MoE Looped Transformers

86 upvotes · 1 SEP 2026 · Shaowen Wang, Ge Zhang, Kairong Luo et al.

This paper investigates how to make Looped Transformers more efficient by scaling their depth while keeping the same number of parameters and compute usage, and it finds that this approach can lead to significant performance gains. Practitioners might care about this because it could lead to faster and more accurate models in resource-constrained environments.

Looped TransformersMixture-of-ExpertsTransformersscaling lawsefficient neural networksneural architecture search