Theoretical optimization of stimulation strategies for a directionally segmented deep brain stimulation electrode array

Keyphrases

• Deep Brain Stimulation 100%
• Stimulation Electrode 100%
• Electrode Array 100%
• Stimulation Strategy 100%
• Theoretical Optimization 100%
• Electrode Configuration 42%
• Activation Function 28%
• Value Function 28%
• Essential Tremor 14%
• Neuronal Entrainment 14%
• Sweeping 14%
• Clinical Setting 14%
• Modeling Algorithm 14%
• Imaging Data 14%
• Conductance 14%
• Finite Element Model 14%
• Discretized 14%
• Error Process 14%
• Trial-and-error 14%
• Optimization Criterion 14%
• Stimulus Parameters 14%
• Optimization Approach 14%
• Convex Optimization 14%
• Global Optimum 14%
• Finite Element Simulation 14%
• Parameter Setting 14%
• Afferent Pathways 14%
• Efferent Pathways 14%
• Volume-of-interest 14%
• Motor Thalamus 14%
• Receiving Area 14%
• Action Potential Initiation 14%
• Trial Process 14%
• Axonal Pathways 14%
• Computationally Efficient Models 14%
• Array Electrode 14%
• Brain Stimulation System 14%

Engineering

• Finite Element Modeling 100%
• Value Function 100%
• Electrode Array 100%
• Grid Point 100%
• Stimulation Electrode 100%
• Anisotropic 50%
• Superposition 50%
• Target Volume 50%
• Global Optimum 50%
• Efficient Model 50%

Neuroscience

• Deep Brain Stimulation 100%
• Essential Tremor 14%
• Thalamus 14%
• Efferent Pathway 14%
• Action Potential 14%
• Afferent Nerve Fiber 14%