Allodynia,Channel Conductance,Current Response,Drain Current,Electrochemical Transistors,Gate Electrode,Gelatin Methacryloyl,Harmful Stimuli,Humanoid Robot ...
Abstract: This work presents a general framework for nonlinear systems subject to disturbances using disturbance observer based control (DOBC) techniques. A two-stage design procedure to improve ...
Angular Velocity,Autonomous Navigation,Classical Computer,Computer Vision,Convolutional Neural Network,Deep Learning-based Models,Global Positioning System,Gross ...
Active Field,Bias Voltage,Blue Dashed Curve,Carrier Mobility,Charge Collection,Charge Collection Efficiency,Charge Density,Depletion Region,Diffusion Model,Electric ...
Angle Of Arrival,Angular Distance,Antenna Array,Arrival Of Signal,Coherent Signal,Coherent Sources,Covariance Matrix,Decomposition Of The Covariance Matrix,Direction Of Arrival,Direction Of Arrival ...
Abstract: SAR calibration is one of the most important technique of measurable observation and to calibrate SAR images to normalized radar cross sections (NRCS) a calibration constant is required.
Comparable Prediction Accuracy,Computer Vision,Contact Force,Deep Learning-based Models,Dynamic Model,Encoder-decoder Model,Force Generation,Gated Recurrent Unit,Graph Neural Networks,Hidden ...
Collection Of Papers,Information Retrieval,Language Model,Large Language Models,Latent Dirichlet Allocation,Non-negative Matrix Factorization,Optimal Parameter Values,Quantitative ...
Acoustic Waves,Additive Noise,Autonomous Underwater Vehicles,Azimuth Angle,Current Simulation,Echosounder,Field Of View,Multibeam Echosounder,Noise Model,Normal ...
Abstract: This paper aims at defining the expression of the probability of error of classification methods using a synthetic aperture radar (SAR) intensity ratio as a ...
Abstract: Segmentation of medical images remains a challenging task due to the complex anatomical structures, fuzzy boundaries, and limited contextual information inherent in medical images.
Identity-based encryption with equality test (IBEET) extends identity-based encryption to support the comparison between messages in two distinct ciphertexts associated with different identities.