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This comprehensive reference text discusses concepts of
intelligence communication and automation system in a single
volume. The text discusses the role of artificial intelligence in
communication engineering, the role of machine learning in
communication systems, and applications of image and video
processing in communication. It covers important topics including
smart sensing systems, intelligent hardware design, low power
system design using AI techniques, intelligent signal processing
for biomedical applications, intelligent robotic systems, and
network security applications. The text will be useful for senior
undergraduate and graduate students in different areas including
electrical engineering, and electronics and communications
engineering.
Automated Ball Indentation (ABI) is one of the most promising
miniature specimen techniques to characterize the mechanical
behaviour of the materials. Utilization of ABI technique to monitor
the mechanical properties of the structural materials used in
commercial nuclear power plants is highly appreciable, due to its
non destructive and In-situ measurement capabilities. In this book,
ABI was applied to investigate the structural integrity of various
structural component materials used in both light water and heavy
water cooled nuclear reactors. The variation of mechanical
properties in localized zones of Dissimilar weld joint (joint of SA
508-Cl 2 reactor pressure vessel nozzle and SS 304 LN pipe line
with Inconel weld)and Similar weld joint (joint of SS 304 LN pipe
lines)was examined using ABI technique. ABI technique was also
utilized to investigate the mechanical properties of SA 508 and SS
304 LN steels (which respectively serve as the structural materials
for RPV and calandria vessel) and Zr-2.5Nb alloy, which is the
pressure tube material for commercial Pressurized Heavy Water
Reactors. The analytical investigation of ABI technique for these
materials is also presented.
Taro leaf blight caused by Phytophthora colocasiae is a major
constraint to taro cultivation. To manage taro leaf blight and
design breeding programme, it is crucial to recognize the genetic
diversity of taro and P. colocasiae. We studied genetic structure
of taro and P. colocasiae in India. Biochemical alterations in taro
plants infected by the P. colocasiae were studied and changes in
peroxidase, -1,3-glucanase, L-phenylalanine ammonia-lyase, total
phenol and total sugar were evaluated. We employed suppressive
subtractive hybridization, high through put DNA sequencing and
bioinformatics to identify the defense related genes in taro
induced by P. colocasiae infection. Two putative resistance genes
and a transcription factor were identified among the upregulated
sequences. Our study illustrated that identified genes will be
useful to engineer disease protection in taro."
The element free Galerkin method has been used to solve linear
elastic fracture mechanics problems using least square
approximations, where the dependent variable at any point is
obtained by minimizing a weighted discrete -error norm involving
the nodal variable within a small domain surrounding the point.
Special techniques are presented for enriching the EFG
approximations near the crack tip such as extrinsic and intrinsic
enrichment. Extrinsic enrichment involves the addition of solution
form to the trial function, whereas the EFG basis is expanded to
include few terms from crack tip solution in intrinsic enrichment.
Apart from enrichment techniques, four basic techniques of
smoothing meshless approximations near nonconvex boundaries are
also presented such as diffraction, transparency, see through and
wedge model. These techniques are then used for the analysis of an
edge crack problem under mode-1 loading. Out of these used
techniques, the extrinsic PU enrichment technique was found to be
more accurate as compared to other used approaches. Extrinsic PU
enrichment technique has also been used for the analysis of a shear
edge crack problem.
Leaf blight of taro, caused by Phytophthora colocasiae Raciborski,
is the most destructive disease of Colocasia esculenta.The disease
has severely constrained taro production. Based on disease severity
its highly solicited to develop disease prevention method. The use
of disease-free planting material is important in halting the
spread of P. colocasiae from nurseries to fields and also highly
relevant to limiting the spread of it across the globe.In view of
that we have developed Nested PCR-Primers for rapid and sensitive
detection of Phytophthora colocasiae in infected planting material
and infested soil. We have further aimed at investigating the role
of BAP(synthetic cytokinin), pathogen derived elicitor protein in
the interaction of P. colocasiae and its host plant taro, to
explore its potential in controlling taro leaf blight disease.Our
investigation shows that transgenic taro plants expressing eiher an
elicitor protein or increased cytokinin level could be useful to
engineer broad disease protection in taro plant against
Phytophthora leaf blight.
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