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Centimeter-wave Free-space Neural Time-of-Flight Imaging
Seung Hwan Baek
, Noah Walsh
, Ilya Chugunov
, Zheng Shi
,
Felix Heide
Computer Science
NextG
Research output
:
Contribution to journal
›
Article
›
peer-review
11
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Scopus citations
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Dive into the research topics of 'Centimeter-wave Free-space Neural Time-of-Flight Imaging'. Together they form a unique fingerprint.
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Keyphrases
All-optical
33%
Ambient Light
33%
Analog Demodulation
33%
Autonomous Vehicles
33%
Centimeter Wave
100%
Competitive Cost
33%
Computation Time
33%
Correlation Measurement
33%
Correlation Signal
33%
Correlation Time
66%
Demodulation Algorithm
33%
Depth Accuracy
66%
Depth Map
33%
Depth Sensing
33%
Depth Sensor
33%
Electro-optic
33%
Flight Vehicle Design
33%
Free Space
100%
GHz Modulation
66%
Handheld Devices
33%
High Depth Resolution
33%
High Modulation
33%
Illumination Modulation
33%
Imaging Techniques
33%
Indirect Time-of-flight (iTOF)
33%
Indoor Applications
33%
Interferometric Imaging
33%
Interferometric Techniques
33%
Meter-scale
33%
Modulation Contrast
33%
Modulation Frequency
66%
Modulation Rate
33%
Object Pose
33%
Object Tracking
33%
Optical Communications
33%
Optical Correlation
33%
Order of Magnitude
33%
Phase Measurement
33%
Phase Unwrapping
33%
Phase Unwrapping Method
33%
Photoconversion
66%
Pose Estimation
33%
Repurposing
33%
Robotics
33%
Scientific Imaging
33%
Sensor Modalities
33%
Submillimeter
33%
Surface Texture
33%
Three-order
33%
Time-of-flight Imaging
100%
Time-of-flight Sensor
66%
Wave Modulation
33%
Wave Signal
33%
Wave-free
100%
Widespread Adoption
33%
Computer Science
Autonomous Vehicles
50%
Computational Time
50%
Frequency Shift
50%
Handheld Device
50%
Image Analysis
50%
Modulation Frequency
100%
Object Pose
50%
Optical Communication
50%
Pose Estimation
50%
Robotics
50%
Technical Challenge
50%
Tracking Object
50%
Widespread Adoption
50%
Physics
Frequency Modulation
100%
Frequency Shift
100%
Image Analysis
100%
Optical Communication
100%
Pose Estimation
100%
Chemistry
Illumination
100%
Optical Communication
100%
Robotics
100%
Surface Texture
100%
Engineering
Bridging
12%
Computational Time
12%
Correlation Time
25%
Demodulation
12%
Free Space
100%
Frequency Shift
12%
Image Analysis
12%
Interferometric Method
12%
Modulation Frequency
25%
Modulation Rate
12%
Pose Estimation
12%
Robotics
12%
Time-of-Flight
100%
Earth and Planetary Sciences
Centimeter Wave
100%
Frequency Shift
33%
Imaging Method
33%
Robotics
33%