Conference Proceeding RDF
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- A liquid crystal intensity modulator for simulating planetary transits
- A litre-scale turbulence facility for microorganism-flow interactions
- A local hyperelliptic constraint for nonlinear structural analysis
- A local oscillator for chip-scale atomic clocks at NIST
- A Longitudinal Spatial Coherence Model for Wind Evolution based on Large-Eddy Simulation
- A longitudinal study of the impact of curriculum on conceptual understanding in E&M
- A Look at Probabilistic Gaussian Process, Bayes Net, and Classifier Models for Prediction and Verification of Human Supervisory Performance
- A lossless layered coding strategy for MIMO systems
- A low complexity protocol for relay channels employing rateless codes and acknowledgement
- A Low Cost, Rapid Construction Unmanned Aircraft Design
- A Low-Cost Balloon System for High-Cadence, In-Situ Stratospheric Turbulence Measurements
- A low-cost monitoring station for detection & localization of interference in GPS L1 band
- A Low-Cost System for Wind Field Estimation Through Sensor Networks and Aircraft Design
- A low-dispersion Fabry-Perot cavity for generation of a 30 GHz astrocomb spanning 140 nm
- A low-distortion three-phase multi-resonant boost rectifier with zero current switching
- A low-noise ASIC electrometer for precision low-current measurements
- A low-phase-noise 18 GHz Kerr frequency comb spanning 65 THz
- A low-power, low phase noise local oscillator for chip-scale atomic clocks
- A Low-Profile Sinuous Antenna
- A low-threshold self-referenced Ti:sapphire optical frequency comb
- A Low-Thrust-Enabled SmallSat Heliophysics Mission to Sun-Earth L5
- A Lyapunov approach in incremental stability
- A Lyapunov design approach to magnetic nutation damping
- A Lyapunov-based Generalized Dc-Side Controller Design for PV-Connected Systems
- A Lyapunov-based Shaking Function for a Class of Non-bilinear Quantum Systems
- A Machine Learning Approach to Flood Depth and Extent Detection Using Sentinel 1A/B Synthetic Aperture Radar
- A MACHINE LEARNING FRAMEWORK FOR REAL DATA GNSS-R WIND SPEED RETRIEVAL
- A Machine Learning-Based Approach for Predicting Structural Settlement on Layered Liquefiable Soils Improved with Densification
- A Major Obstacle for NLP Research: Let’s Talk about Time Allocation!
- A mathematical model for flow of Bingham materials in fractures