Technical Description This invention provides a template-free crystallization system for producing porous halide double perovskite single crystals through IR-assisted spin coating. The method utilizes oriented platelet merging to create high-surface-area crystals that optimize charge transport in optoelectronic devices. Problems Addressed…
Technical Description This invention proposes a hybrid MIMO method for an OFDM communication system that combines transmit diversity with beamforming to improve coverage, reliability, and multi-user service on shared resources. It is designed for a plurality of TRPs and uses…
Technical Description This invention relates to a specialized climbing robot designed to navigate the steep, graduated platforms of terraced agricultural fields. It utilizes an active control mechanism to maintain stability and protect payloads while traversing uneven slopes and vertical steps.…
Technical Description This invention relates to an advanced DC/AC power converter specifically engineered to manage heavy startup currents from inductive loads. It ensures stable operation for motorized appliances using limited DC sources like batteries or solar panels without requiring oversized…
Technical Description This invention relates to a Inductive Loop Detectors (ILDs) paired with Discrete Wavelet Transform (DWT) and machine learning to accurately identify vehicles. It is specifically designed to handle heterogeneous, lane-less traffic conditions for automated tolling applications. Problems Addressed…
Technical Description The technology introduces a non-invasive glucose monitoring system using reflected NIR radiation (800-1100 nm) converted to voltage intensity signals for continuous, occlusion-based measurement with machine-learning calibrated presets. Problems Addressed Lacks Continuous Monitoring Inefficient Invasive Pricking Painful Blood Sampling…
Technical Description The technology introduces a device that manages electrical energy by monitoring consumption disaggregating data, capturing parameters, and determining consumption patterns. Problems Addressed Multiple Meters Necessary Wires Complicate Accuracy Multiple Plugs Required High Cost Tech Features Real Time Analysis…
Technical Description The technology presents a comprehensive optimization model integrating multiple sub-problems for effective high-speed rail planning using AI techniques and metaheuristics. Problems Addressed Single Metaheuristic Environmental Harm Resource-intensive Critical Communication Tech Features Efficient HSR Planning Unified Decision-Making Streamlined Implementation…
Technical Description The technology involves deep learning-based centroiding of mass scan data from high-resolution mass spectrometry, either standalone or connected to devices like chromatography and ion mobility separation tools. Problems Addressed Data Loss Issues Noise Propagation Time Taking Process High…
Technical Description The invention provides an AI-based pothole detection system that features a portable LiDAR sensor for 3D road surface data, a scanning mechanism for high-density data collection, an HPC processing unit, and a deep learning model for real-time condition…
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