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Full-Text Articles in Physical Sciences and Mathematics
Intelligent Feature Selection Techniques For Pattern Classification Of Time-Domain Signals, Corey Alexander Miller
Intelligent Feature Selection Techniques For Pattern Classification Of Time-Domain Signals, Corey Alexander Miller
Dissertations, Theses, and Masters Projects
Time-domain signals form the basis of analysis for a variety of applications, including those involving variable conditions or physical changes that result in degraded signal quality. Typical approaches to signal analysis fail under these conditions, as these types of changes often lie outside the scope of the domain's basic analytic theory and are too complex for modeling. Sophisticated signal processing techniques are required as a result. In this work, we develop a robust signal analysis technique that is suitable for a wide variety of time-domain signal analysis applications. Statistical pattern classification routines are applied to problems of interest involving a …
A Population Density Domain Model For Calcium-Inactivation Of L-Type Calcium Channels, Kiah Hardcastle, Seth H. Weinberg, Gregory D. Smith
A Population Density Domain Model For Calcium-Inactivation Of L-Type Calcium Channels, Kiah Hardcastle, Seth H. Weinberg, Gregory D. Smith
Arts & Sciences Articles
No abstract provided.
Calcium Concentration Fluctuations And Subspace Volume Influence Calcium-Regulated Calcium Channel Gating And Subspace Dynamics, Seth H. Weinberg, Gregory D. Smith
Calcium Concentration Fluctuations And Subspace Volume Influence Calcium-Regulated Calcium Channel Gating And Subspace Dynamics, Seth H. Weinberg, Gregory D. Smith
Arts & Sciences Articles
No abstract provided.
Epidemic Models On Adaptive Networks With Network Structure Constraints, Ilker Tunc
Epidemic Models On Adaptive Networks With Network Structure Constraints, Ilker Tunc
Dissertations, Theses, and Masters Projects
Spread of infectious diseases progresses as a result of contacts between the individuals in a population. Therefore, it is crucial to gain insight into the pattern of connections to better understand and possibly control the spread of infectious diseases. Moreover, people may respond to an epidemic by changing their social behaviors to prevent infection. as a result, the structure of the network of social contacts evolves adaptively as a function of the disease status of the nodes. Recently, the dynamic relationships between different network topologies and adaptation mechanisms have attracted great attention in modeling epidemic spread. However, in most of …
Analysis Of Spark Versus Non-Spark Mediated Sr Calcium Leak Using A Langevin Description Of Stochastic Calcium Release, Xiao Wang, Seth H. Weinberg, Gregory D. Smith, Yan Hao, Eric A. Sobie
Analysis Of Spark Versus Non-Spark Mediated Sr Calcium Leak Using A Langevin Description Of Stochastic Calcium Release, Xiao Wang, Seth H. Weinberg, Gregory D. Smith, Yan Hao, Eric A. Sobie
Arts & Sciences Articles
No abstract provided.