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1
Short-term Solar Forecast Using Convolutional Neural Networks with Sky Images
Short-term Solar Forecast Using Convolutional Neural Networks with Sky Images
Sun, Yuchi. | Stanford University | 2019
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2
Building Features in Visual Neural Networks.
Building Features in Visual Neural Networks.
Hamblin, Christopher.Psychology. | Harvard University. | 2024
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3
Novel Optical Metasurfaces: From Machine-Learning Enabled Nanophotonic Design to Colloidal Metamaterials.
Novel Optical Metasurfaces: From Machine-Learning Enabled Nanophotonic Design to Colloidal Metamaterials.
Tanriover, Ibrahim.Electrical and Computer Enginee | Northwestern University. | 2024
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4
Measuring the 15O(α, γ)19Ne Reaction in Type I X-Ray Bursts Using 20Mg β-Decay.
Measuring the 15O(α, γ)19Ne Reaction in Type I X-Ray Bursts Using 20Mg β-Decay.
Wheeler, Tyler Markham.Physics - Doctor of Philoso | Michigan State University. | 2024
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5
Optomechanical Optimizations for Balloon-Borne Telescopes- [electronic resource]
Optomechanical Optimizations for Balloon-Borne Telescopes- [electronic resource]
Li, Lun.Mechanical and Aerospace Engineering. | Princeton University. | 2023
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6
Weak Lensing Cosmology and Its Astrophysical Systematics Through Machine Learning- [electronic resource]
Weak Lensing Cosmology and Its Astrophysical Systematics Through Machine Learning- [electronic resource]
Lu, Tianhuan.Astronomy. | Columbia University. | 2023
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7
Affordance-Grounded Robot Perception and Manipulation in Adversarial, Translucent, and Cluttered Environments- [electronic resource]
Affordance-Grounded Robot Perception and Manipulation in Adversarial, Translucent, and Cluttered Environments- [electronic resource]
Chen, Xiaotong.Robotics. | University of Michigan. | 2023
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8
Design Approaches for Lightweight Machine Learning Models- [electronic resource]
Design Approaches for Lightweight Machine Learning Models- [electronic resource]
Chang, Yangyang.Electrical Engineering. | University of Minnesota. | 2023
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9
Maximizing Signal Detection and Improving Radio Frequency Interference Identification in the Search for Radio Technosignatures.
Maximizing Signal Detection and Improving Radio Frequency Interference Identification in the Search for Radio Technosignatures.
Pinchuk, Pavlo.Physics 0666. | University of California, Los Angeles. | 2021
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10
Energy-Efficient Implementation of Machine Learning Algorithms.
Energy-Efficient Implementation of Machine Learning Algorithms.
Lu, Jie.Electrical Engineering. | Princeton University. | 2021
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