Protein coding regions are commonly diffused with non-coding regions due to 1/f
background noise in such a way that a viable discernment between the two regions …

Finding non-coding RNA (ncRNA) genes has emerged over the past few years as a cutting-
edge trend in bioinformatics. There are numerous computational intelligence (CI) challenges …

With rapid growth of social networking service on Internet, huge amount of information are
continuously generated in real time. As a result, sentiment analysis of online reviews and …

Artificial intelligence helps in tracking and preventing diseases. For instance, machine
learning algorithms can analyze big genomic data and predict genes, which helps …

Recent technological advancements and scientific discoveries have revolutionized the
current era of genomics. Next-generation sequencing (NGS) technologies have led to …

The protein coding regions play a significant role for gene applications in genomic signal
processing. Unlike prokaryotes, the coding regions in eukaryotes are arranged in a random …

The quantity of digital data is growing exponentially, and the task to efficiently process such
massive data is becoming increasingly challenging. Recently, academia and industry have …

The essential protein is very important for understanding cellular critical activities and
development. With the development of high throughput technology, how to identify the …

Bioinformatics in the present day has been firmly established as a regulator in genomics. In
recent times, applications of Signal processing in exon prediction have gained a lot of …

Background: Eukaryotic genes are often composed of multiple exons that are stitched
together by splicing out the intervening introns. These exons may be conditionally joined in …