1690 papers
This paper experimentally demonstrates and benchmarks the optimized radiofrequency performance of a microcomb-based microwave photonic transversal filter configured as a low-pass filter, achieving competitive metrics such as -5.16 dB link gain, 12.32 dB noise figure, and 107.7 dB/Hz SFDR that surpass previous systems and rival state-of-the-art solutions.
This study utilizes a comprehensive parametric finite element analysis of 216 simulations to optimize anchor location and inclination for sheet pile walls in layered cohesive–frictional soils, demonstrating that strategic placement in the transition zone and inclined configurations significantly reduce wall displacement and bending moments while providing validated empirical design tools for improved geotechnical stability.
This study fabricates and characterizes micro-scale AlGaN/GaN MOS-HEMT devices with and without BST gate dielectrics in both two- and three-terminal configurations, reporting key DC performance metrics such as a threshold voltage of 0.028 V, an on-current of approximately 10⁻⁸ A, and a maximum transconductance of 4.0×10⁻⁶ S.
This paper proposes a conceptual framework and a qualitative Transferability Index to adapt swarm-intelligence optimization methods, currently validated in Indian geotechnical practice, for the design of raft foundations on expansive soils within Peru's distinct seismic, climatic, and regulatory context.
This research proposes an IoT-based framework that integrates real-time sensor data, cloud computing, and automated decision-making to enhance the effectiveness, transparency, and regulatory compliance of Environmental Impact Assessments (EIA) for urban development projects in India, while emphasizing that such technology serves as a supportive tool for expert evaluation rather than a replacement.
This study employs Response Surface Methodology to statistically model and optimize the effects of voltage, electrode gap, and coolant speed on oxide layer thickness in ELID grinding, identifying voltage as the dominant factor and establishing optimal conditions of 70 V, 0.10 mm gap, and 6 L/min coolant speed to minimize thickness.
This paper presents a compact-model-based simulation of a dual-gate organic thin-film transistor featuring a TIPS-pentacene channel functionalized with glucose oxidase and a high-k HfO₂ dielectric, demonstrating how glucose-induced interfacial charge perturbations modulate the device's electrical characteristics for potential sensing applications.
This research demonstrates that optimizing data structure and architectural alignment, rather than increasing model scale, enables the fine-tuned MechBERT model to effectively extract mechanical properties from magnetorheological elastomer literature, outperforming larger models in specialized scientific informatics.
This paper argues that ensuring compliance with shipboard noise and vibration limits requires a collaborative, customized approach to machinery mount selection between designers and OEMs, detailing critical design parameters, the efficacy of double-stage raft isolation, and the influence of mount stiffness on structure-borne noise to meet performance targets and support underwater radiated noise management.
This paper proposes a Deep Q-Network-based adaptive coordination framework for DC Reactor Fault Current Limiters that dynamically optimizes impedance and switching sequences in hybrid AC/DC microgrids, significantly outperforming conventional fixed strategies in fault current reduction, voltage restoration, and protection selectivity under high renewable energy penetration.