Conference Proceeding RDF
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- Improving Auditory Externalization for Hearing-Aid Remote Microphones
- Improving Automated Source Code Summarization via an Eye-Tracking Study of Programmers
- Improving BGP convergence through consistency assertions
- Improving bulk heterojunction solar cells through controlling their nanostructure
- Improving Chinese-English PropBank Alignment
- Improving Classification of Twitter Behavior During Hurricane Events
- Improving Collocated Robot Teleoperation with Augmented Reality
- Improving Conceptual Learning through Customized Knowledge Visualization
- Improving CubeSat Transmitter EIRP to Enable Space Network Communication Capabilities
- Improving Data Ferrying by Iteratively Learning the Radio Frequency Environment
- Improving efficiency of the active-clamped SEPIC rectifier at high line frequencies
- Improving Estimates of Sea Level Variability from 1900 to 2011
- Improving externalization in remote microphone systems
- IMPROVING GEOLOCATION ACCURACY THROUGH REFINED SATELLITE EPHEMERIS ESTIMATION IN AN ILL-CONDITIONED SYSTEM
- Improving GPS Data Collection of Human Spatial Behavior
- Improving Grasp Performance Using In-Hand Proximity and Dynamic Tactile Sensing
- Improving Human-Robot Interaction through Explainable Reinforcement Learning
- Improving Implicit Communication In Mixed Human-Robot Teams With Social Force Detection
- Improving laser coherence
- Improving Low-Resource Morphological Learning with Intermediate Forms from Finite State Transducers
- Improving lunar return entry range capability using enhanced skip trajectory guidance
- Improving menu interaction for cluttered tabletop setups with user-drawn path menus
- Improving Object Disambiguation from Natural Language using Empirical Models
- Improving operational flood risk reduction with the Global Flood Partnership
- Improving Opportunistic Data Dissemination via Known Vector
- IMPROVING ORBIT DETERMINATION OF CLUSTERED CUBESAT DEPLOYMENTS USING CAMERA-DERIVED OBSERVATIONS
- IMPROVING ORBIT DETERMINATION WITH LOW-ORDER FOURIER SOLAR RADIATION PRESSURE MODELS
- IMPROVING ORBIT DETERMINATION WITH NON-CANNONBALL SOLAR RADIATION PRESSURE MODELS
- Improving prediction of customer behavior in nonstationary environments
- Improving refactoring speed by 10X