Keyphrases
Intracortical Microelectrodes
100%
CT-based
100%
Foreign Body Reaction
100%
Ratio Estimation
100%
Dual-energy CT
100%
Brain Tissue
91%
Stopping Power
76%
Femtocell
72%
Proton Stopping Power
70%
Inter-cell Interference
66%
Silicon Microelectrode
66%
Proton Boron Fusion Therapy
66%
Tissue Response
66%
CBCT Reconstruction
66%
Femto Base Station
58%
Multi-electrode
54%
Implantable Devices
50%
Boron Uptake
46%
Neural Implants
45%
Image Quality
44%
Interference Problem
41%
Fractional Frequency Reuse
33%
Fluorophore
33%
Proton Range Uncertainty
33%
Channel Sensing
33%
Resource Scheduling
33%
Local Sensing
33%
Cognitive Radio System
33%
Femtocell Resource Allocation
33%
Material Approaches
33%
Cooperative Spectrum Sensing
33%
Sensing Reliability
33%
Transmit Beamforming
33%
Channel Uncertainty
33%
Subchannel
33%
Spectrum Resources
33%
Cognitive Radio
33%
Power Control
33%
Beamforming
33%
User Scheduling
33%
Brain Cells
33%
Sectioning Method
33%
Edge Sites
33%
Optimal Energy
33%
Algebraic Reconstruction
33%
Energy Selection
33%
Rat Brain Slices
33%
Central Nervous System Injury
33%
Implantable Electrodes
33%
Synchronized Burst
33%
Engineering
Power Ratio
100%
Stopping Power
100%
Femtocells
100%
Body Response
66%
Foreign Body
66%
Implant
50%
Basestation
41%
Frequency Reuse
33%
Secondary User
33%
Cognitive Radio System
33%
Hard Decision
33%
Spectrum Resource
33%
Cognitive Radio
33%
Cooperative Spectrum Sensing
33%
Local Decision
33%
Power Control
33%
Systematic Analysis
33%
Microelectrode Array
33%
Backward Projection
33%
False Alarm
33%
Compressed Sensing
33%
Forward Projection
33%
Projection Data
33%
Computational Complexity
33%
Relative Error
33%
Line Search
33%
Beamforming
33%
Noise Level
27%
Probe Polymer
25%
Brain Tissue
25%
Reaction Stoichiometry
25%
Desired Level
16%
Detection Probability
16%
Sensing Performance
16%
Probability Distribution Function
16%
Signal-to-Interference-Plus-Noise Ratio
16%
Noise Amplitude
16%
Weighting Factor
16%
Test Statistic
16%
Closed Form
16%
Silicon Substrate
16%
Biological Response
16%
Perfect Channel
16%
Siemens
16%
Simulation Result
15%
System Spectral Efficiency
13%
Parameter Uncertainty
8%
Heterogeneous Network
8%
Output Signal
8%
Fluorescence Intensity
8%
