A DNA computing inspired computational model

Bio-Inspired Computing Systems Toward Novel Computational Architectures

A Biologically Inspired Computational Model of Language Cognition

ARTICLE 1. Introduction and Background Signifi cant progress had been made about how the brain works, from the molecular to the functional level, in the past few decades. But how can researchers, often get trained in a particular neuroscience discipline to understand and use all that data to develop the right kind of hypotheses to test? We have to develop novel computational models to tackle th...

A Computational Model of Jazz Improvisation Inspired by Language

This paper presents a novel computational model of jazz improvisation based on n-gram language models. Recent functional neuroimaging studies suggest that the brain processes structural elements of improvised music and conversational language in a similar manner. We hypothesized that if musical improvisation and language share a common cognitive and neurological foundation, then statistical tec...

A Cognitive Computational Model Inspired by the Immune System Response

The immune system has a cognitive ability to differentiate between healthy and unhealthy cells. The immune system response (ISR) is stimulated by a disorder in the temporary fuzzy state that is oscillating between the healthy and unhealthy states. However, modeling the immune system is an enormous challenge; the paper introduces an extensive summary of how the immune system response functions, ...

DNA computing: a new computational paradigm using molecules