1592 papers
This paper addresses the performance gap between controlled and real-world strawberry disease classification by proposing SmartBerry-DA, a label-efficient domain adaptation method that achieves high accuracy using minimal local annotations and enables lightweight offline deployment for practical agricultural use in Nigeria.
This paper presents a biomimetic urban design framework that translates the hierarchical and redundant architecture of leaf venation into practical street network guidelines, demonstrating through a case study in Dhaka that a reticulate-inspired layout significantly enhances structural resilience and connectivity with only a moderate increase in road length.
This study develops and empirically validates a Digital Lean Six Sigma architecture for Vietnam's high-mix semiconductor-equipment contract manufacturing by analyzing longitudinal production data to reveal significant product-family heterogeneity in cycle times and schedule adherence, thereby establishing a plant-ready control system grounded in timestamp integrity and event-history reconstruction.
This paper introduces Modular Integrated AI Infrastructure (MiAI), a paradigm that decouples the renewal cycles of computing and support assets through co-designed physical and functional modularity, enabling selective renewal and multi-cycle reuse while demonstrating that favorable environmental outcomes are achieved when retained service credits exceed the burdens of transition.
This paper introduces an open-source, GPU-accelerated framework that couples explicit FEM and level-set DEM to simulate soft-rigid particle mixtures with a conservative contact model, while also providing an LLM-assisted platform to streamline model construction and verification.
This paper presents a miniaturized, fully connected integrated photonic Ising machine (IPIM) on a silicon platform, enhanced by a novel joint algorithm and parameter optimization scheme, which successfully solves ultra-large-scale combinatorial optimization problems involving over 100,000 spins and real-world social network partitioning with high efficiency.
This paper proposes a statistical-mechanical framework that interprets power-law degradation exponents through configurational entropy and correlation coefficients, enabling physically grounded predictions of reliability and remaining useful life across diverse systems without relying solely on empirical fitting.
This paper presents a physics-informed neural network surrogate model that rapidly and accurately predicts the reflection loss of carbon-fiber-reinforced polymer/Ti-6Al-4V ELI radar absorbing materials across multiple frequency bands and incidence angles, enabling efficient multi-band thickness optimization and structural integration assessment for UAV airframes.
This paper reviews the integration of quality management principles with industrial practices in steel manufacturing to propose the Integrated Quality-Assurance Framework for Steel Manufacturing (IQAF-SM), which advocates for a shift from isolated inspection to a holistic, risk-based, and digitally enabled preventive quality system that balances emerging technologies with disciplined operational fundamentals.
This paper demonstrates that implementing a speed-aware nonlinear Control Barrier Function on an autonomous vehicle effectively prevents adversarial overtaking-induced crashes and ensures track invariance, whereas standard and linearly augmented gap-following policies fail under similar conditions.