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Celebrating Sorrow explores the medieval Japanese fascination with
grief in tributes to The Tale of Sagoromo, the classic story of a
young man whose unrequited love for his foster sister leads him
into a succession of romantic tragedies as he rises to the imperial
throne. Charo B. D'Etcheverry translates a selection of
Sagoromo-themed works, highlighting the diversity of medieval
Japanese creative practice and the persistent and varied influence
of a beloved court tale. Medieval Japanese readers, fascinated by
Sagoromo's sorrows and success, were inspired to retell his tale in
stories, songs, poetry, and drama. By recontextualizing the tale's
poems and writing new libretti, stories, and commentaries about the
tale, these medieval aristocrats, warriors, and commoners expressed
their competing concerns and ambitions during a chaotic period in
Japanese history, as well as their shifting understandings of the
tale itself. By translating these creative responses from an era of
uncertainty and turmoil, Celebrating Sorrow shows the richness and
enduring relevance of Japanese classical and medieval literature.
This book presents problems and solutions of the mathematical
theories of thermoelasticity and magnetothermoelasticity. The
classical, coupled and generalized theories are solved using the
eigenvalue methodology. Different methods of numerical inversion of
the Laplace transform are presented and their direct applications
are illustrated. The book is very useful to those interested in
continuum mechanics.
This book presents problems and solutions of the mathematical
theories of thermoelasticity and magnetothermoelasticity. The
classical, coupled and generalized theories are solved using the
eigenvalue methodology. Different methods of numerical inversion of
the Laplace transform are presented and their direct applications
are illustrated. The book is very useful to those interested in
continuum mechanics.
The soil, climate and other environmental factors of the North
Eastern Himalayan region of India is suitable for cultivation of
lemongrass and citronella. It can be introduced as an alternative
in wastelands in this region especially Sikkim, which improves the
soil health, increases productivity and checks the soil erosion
resulting in sustainable development of the area.Aromatic plants
are generally perceived to be hardy and suitable for cultivation in
waste lands, marginal lands and problematic lands. Citronella and
Lemon grass is an important crop in this respect. Sikkim, being an
organic state, organic production of aromatic plants has to be
market driven for it to be successful. The GC report proved the
superiority of Himalayan lemongrass oil. In the process of crop
diversification, vertical diversification in processing and value
addition is of paramount importance.
The aromatic plant Pandanus tectorius Parkinson (=Pandanus
fascicularis Lam.) popularly known as 'kia' or 'kewda' is an
important coastal bio-resource that supports the socio-economy as
well as ecology of Ganjam coast in Odisha. According to the World
Check List of Selected Plant Families (www.theplantlist.org), the
accepted name of this plant species is Pandanus odorifer (Forssk.)
Kuntze under the genus Pandanus (family: Pandanaceae) having 65
synonyms that included P. fascicularis and P. tectorius. The genome
of P. tectorius was analysed on bases of somatic chromosome
complement, nuclear 4C DNA content and randomly amplified
polymorphic DNA (RAPD) in relation to morphological variation,
dioecism, and geographical distribution along the coastline of
Odisha stretching a distance of 600 km. RAPD analysis could
segregate plants from different populations on the basis of
morphology, sex or locations. A few male-specific RAPD markers in
plants specific to Gajam coast were identified. The findings
pointed to the possible role of eco-geography augmenting
micro-evolution of male plant genotypes of P. tectorius at Ganjam
coast, Odisha that are known for high perfume quality and yield.
This monograph covers the topic of Wireless for Machine Learning
(ML). Although the general intersection of ML and wireless
communications is currently a prolific field of research that has
already generated multiple publications, there is little review
work on Wireless for ML. As data generation increasingly takes
place on devices without a wired connection, ML related traffic
will be ubiquitous in wireless networks. Research has shown that
traditional wireless protocols are highly inefficient or
unsustainable to support ML, which creates the need for new
wireless communication methods. This monograph gives an exhaustive
review of the state-of-the-art wireless methods that are
specifically designed to support ML services over distributed
datasets. Currently, there are two clear themes within the
literature, analog over-the-air computation and digital radio
resource management optimized for ML. A comprehensive introduction
to these methods is presented, reviews are made of the most
important works, open problems are highlighted and application
scenarios are discussed.
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