Motivation: Secondary structure underpins the folding pattern and architecture of most
proteins. Accurate assignment of the secondary structure elements is therefore an important …

Determining Secondary Structure Elements (SSEs) for any protein is crucial as an
intermediate step for experimental tertiary structure determination. SSEs are identified using …

Abstract Knowledge about protein structure assignment enriches the structural and
functional understanding of proteins. Accurate and reliable structure assignment data is …

Motivation Secondary structure classification is one of the most important issues in structure-
based analyses due to its impact on secondary structure prediction, structural alignment and …

Secondary structure elements in protein molecules refer to local sub-conformational regions
stabilized by hydrogen bonding. Secondary structure elements can be divided into helical …

This paper presents a novel subspace segmentation algorithm that models protein Cα traces
of secondary structure elements (SSEs) as a union of subspaces. For each Cα, a set of …

Proteins fold into complex three-dimensional shapes. Simplified representations of their
shapes are central to rationalise, compare, classify, and interpret protein structures …

We have developed a concise tableau representation of protein folding patterns, based on
the order and contact patterns of elements of secondary structure: helices and strands of …

This paper presents a Deep Neural network (DNN) system that uses a large set of geometric
and categorical features for classification of secondary structure elements (SSEs) in the …

Secondary structure elements in protein molecules refer to local sub-conformational regions
stabilized by hydrogen bonding. Assigning Secondary Structure Elements is crucial in …