A method for event-related phase/amplitude coupling

A method for event-related phase/amplitude coupling

Phase/amplitude coupling (PAC) is emerging as an important electrophysiological measure of local and long-distance neuronal communication. Current techniques for calculating PAC provide a numerical index that represents an average value across an arbitrarily long time period. This requires researchers to rely on block design experiments and temporal concatenation at the cost of the sub-second t...

An Efficient Method for Mining Event-Related Potential Patterns

In the present paper, we propose a Neuroelectromagnetic Ontology Framework (NOF) for mining Event-related Potentials (ERP) patterns as well as the process. The aim for this research is to develop an infrastructure for mining, analysis and sharing the ERP domain ontologies. The outcome of this research is a Neuroelectromagnetic knowledge-based system. The framework has 5 stages: 1) Data pre-proc...

Mitigation for single event coupling delay

With advances in CMOS technology, circuits are increasingly more sensitive to transient pulses caused by single event particles. It has been predicted that the majority of the observed radiation induced soft failures in technologies below 65 nm will be because of transients that will occur in combinational logic (CL) circuits. Researchers mostly considered single event transients as the main so...

A New Method for Coupling Random Fields

Given a Markov chain, a stochastic flow which simultaneously constructs sample paths started at each possible initial value can be constructed as a composition of random fields. In this paper, we describe a method for coupling flows by modifying an arbitrary field (consistent with the Markov chain of interest) by an independence Metropolis Hastings iteration. We show that the resulting stochast...

A Coupling Method for Quantum Markov Processes