Keyphrases
Memristor
100%
RRAM Devices
100%
Resistive Random Access Memory (ReRAM)
100%
Stochastic Resonance
68%
Beneficial Role
66%
Resonance Effect
62%
Spike-timing-dependent Plasticity
50%
Variability Effects
50%
Temporal Variability
50%
Power Efficient
50%
Noise Effects
50%
Dielectric Breakdown
50%
SPICE Model
50%
Quasi-static
50%
Memdiode
50%
Clustering Model
50%
One-way Sensitivity Analysis
50%
Gaussian Noise
29%
Hf02
25%
Sensitivity Analysis
25%
Sensitivity Effect
25%
I-V Curve
25%
LTspice
25%
Conduction Characteristics
25%
One-parameter
25%
Metal-insulator-metal Structure
25%
Bit Error Rate
22%
Non-volatile
22%
Burr XII Distribution
16%
Fabrication Control
16%
Adequation
16%
Ion Transport Mechanism
16%
Learning Rule
16%
Conductance
16%
Conductance States
16%
Neuromorphic Architecture
16%
Spontaneous Excitatory Postsynaptic Current (sEPSC)
16%
Neuronal Synapses
16%
Synaptic
16%
Memory Device
16%
Switching Material
16%
Resistive Switching
16%
Neuromorphic Hardware
16%
Plethora
16%
Data Storage
16%
NMOS
16%
Electron Transport Mechanism
16%
Modeling Techniques
16%
Large Potential
16%
Simulation Parameters
16%
Engineering
Resistive Random Access Memory
50%
Induced Noise
50%
SPICE
50%
Dielectrics
50%
Special Attention
50%
Observables
50%
Metal-Insulator-Metal
50%
Current-Voltage Characteristic
50%
Reference Model
50%
Resistive
50%
Bit Error Rate
31%
Random Access Memory Device
18%
Energy Dissipation
18%
Inversion Method
12%
Burrs
12%
Simplest Case
12%
Simulation Parameter
12%
Oxide Layer
12%
Cumulative Distribution Function
12%
Industrial Production
12%
Electron Devices
12%
Transport Mechanism
12%
Circuit Designer
12%
Simulation Mode
12%
Experimental Characterization
12%
Inverter
12%
Nonlinear Element
6%
Electric Power Utilization
6%
Nonlinear System
6%
Nonlinear Phenomenon
6%
Input Noise
6%
Area Density
6%
Low Power Operation
6%
