Nanotechnology is one of the most exciting and dynamic fields to emerge over the last 100
years. Governments, industry and academia have invested huge amounts of effort and large …

Nanostructured metal oxide material devices have exhibited many high-tech applications [1]
such as dye-sensitized solar cells [2], displays and smart windows [3], biosensors [4], lithium …

The applications in nanotechnology require customized nanopore membrane. The structure
and number of nanopore on the oxidized metal template rely upon the anodizing parameters …

The effort of digital image processing involves efficient computation aimed at developing an
economical, faster and more accurate, and cost-effective automated system. The objective of …

Nanopores, which are nanometer-sized holes, have been utilized in apparatus that point
toward sensing a range of molecules such as DNA and RNA and single proteins The …

The characterizations of the nanoporous membrane require appropriate segmentation of the
pores. The segmentation technique used for one category or class of image may not be …

Nanomaterials are used in almost every field of engineering. Synthesis techniques and
conditions greatly affect the properties of synthesized nanomaterials. Identifying the …

The importance of nanopores increases with time due to their application. For instance,
nanopores may be used to sense molecules like DNA and RNA, single proteins, etc …

Automated microscopic image analysis serves as an efficient tool in biological studies and
modern material science for qualitative analysis. The aim of current approach is to engineer …

The paper intends to provide an efficient automated tool for quantitative analysis of the nano
membrane using FESEM images. The honeycomb structure formed due to oxidization on …