Another approach is a protein interaction network-based method, which utilizes a recently available protein-protein interaction network to identify sub-networks based on coherent expression patterns of their genes [12], [13].
SNPs&GO is an SVM-based method which utilizes functional gene ontology (GO) terms to predict the disease-associated mutations from the protein sequence and evolutionary information.
Joulin et al. [19] is a clustering based method, which takes superpixels as basic units and utilizes discriminative clustering to find common objects.
For the production of film-type mesoporous materials, the most common method currently used is sol gel based dip-coating method, which utilizes evaporation induced self-assembly (EISA) of surfactants.
A direct surface visualization pipeline for particle fluids such WCSPH, IISPH, and PBF is designed based on screen-space method, which utilizes GPU programmable pipeline to filter internal particles in geometric handling and can render fluid surface by visible particles in sub pixels.
However, most of current methods are unsupervised learning based methods which can't utilize the information of the large amount of available known complexes.
In this work, ferritin based protein biomemory substrate has been synthesized by using Amino Acid (monomer) Decorated and Light Underpinning Conjugation Approach (ANADOLUCA) method, which utilizes photosensitive electron transfer based microemulsion co-polymerization as nanobead form of ferritin.
This is the core concept of the proposed method, which utilizes approximately 1,000 probes.
Based on AAC method [ 35], Srinivasan et al. [ 37] proposed complex autocorrelation (CAC) method which utilized OCT complex signal instead of only the amplitude information of the OCT signal.
Based on OMAG approach, there are also some other methods which utilize both OCT phase and amplitude information such as single-pass volumetric bidirectional blood flow imaging [ 36].
This paper proposes the development of a new method for palmprint based biometric authentication which utilizes the textural information available on the palmprint by employing the Dual Tree Complex Wavelet Transform (DTCWT).
