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音高視唱與音名符號連結之腦神經機制探討(2/2)
Hsieh, I-Hui
(PI)
認知神經科學研究所
概覽
指紋
研究成果
(3)
指紋
探索此專案觸及的研究主題。這些標籤是根據基礎獎勵/補助款而產生。共同形成了獨特的指紋。
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Keyphrases
Musical pitch
100%
Binaural Sound Source Localization
66%
Automated Classification
66%
Speeded up Robust Features
66%
Automated Detection
66%
Congenital Amusia
66%
Interaural Time Difference
66%
Calcaneal Fracture
66%
Frequency Modulated Sweeps
66%
Computed Tomography Images
66%
Temporal Window
66%
Sense of Direction
66%
Magnetoencephalography
66%
Deep Learning
66%
Magnetic Mismatch Negativity (MMNm)
55%
Residual Network
50%
Frequency Change
38%
Access Mechanism
33%
Functional Neuroanatomy
33%
Pitch Memory
33%
Calcaneus
33%
Frequency Sweep
33%
Gliding
33%
Speech Processing
22%
Sweeping
22%
Frequency Contours
22%
Change of Direction
22%
Deviant
22%
Working Memory
20%
Edge Contour
16%
Visual Geometry Group
16%
Network Depth
16%
Fracture Location
16%
Lack of Consensus
16%
Sagittal
16%
Area Matching
16%
Difficult-to-treat
16%
Feature Algorithm
16%
Bone Fracture Classification
16%
Visual Geometry Group Network
16%
Bone Fracture Detection
16%
Tarsal Bones
16%
Deep Convolutional Neural Network (deep CNN)
16%
Bone Fracture
16%
Detection Algorithm
16%
Network Classification
16%
Classification Results
16%
Convolutional Neural Network Architecture
16%
Computer-aided Classification
16%
Feature-based
16%
Deep Learning Algorithm
16%
Deep Learning Architectures
16%
Real Patients
16%
Contour Tracing
16%
Computer-assisted
16%
Surrounding Tissues
16%
Classification Performance
16%
Fracture Area
16%
Canny Edge Detection
16%
Computer-aided Detection (CADe)
16%
Computed Tomography
16%
Auditory Periphery
13%
Temporal Fine Structure
13%
Difference Threshold
13%
Musical Notes
11%
Pitch Processing
11%
Ecological Constraints
11%
Music Appreciation
11%
Rapid Transition
11%
Human Listeners
11%
Conspecific Communication
11%
Linear Frequency Sweep
11%
Hemispheric Asymmetry
11%
Spectral Changes
11%
Rapid Change
11%
Auditory Cortex
11%
Pitch Contour
11%
Dynamic Change
11%
Field Response
11%
Mismatch Field
11%
Mismatch Negativity
11%
Response Pattern
11%
Oddball Paradigm
11%
Vocal pitch
9%
Vocal
9%
Incongruity
9%
Pitch Information
9%
Musicians
9%
Solmization
9%
Adaptive Tracking
6%
Structural Encoding
6%
Musical Tones
6%
Pitch-based
6%
Deficient Processing
6%
Tone Deafness
6%
Pitch Perception
6%
Working Memory Task
6%
Semitone
6%
Common Mechanisms
6%
Concurrent Variation
6%
Difference Information
6%
Discrimination Power
6%
Tracking Method
6%
Pitch Change
6%
Pitch Features
6%
Phase Locking
6%
Spatial Location
6%
Complexity Level
6%