2,969 research outputs found
Plasticity of motor network and function in the absence of corticospinal projection
published_or_final_versio
Functional motor recovery from motoneuron axotomy is compromised in mice with defective corticospinal projections
published_or_final_versio
Enabling Hyper-Personalisation: Automated Ad Creative Generation and Ranking for Fashion e-Commerce
Homepage is the first touch point in the customer's journey and is one of the
prominent channels of revenue for many e-commerce companies. A user's attention
is mostly captured by homepage banner images (also called Ads/Creatives). The
set of banners shown and their design, influence the customer's interest and
plays a key role in optimizing the click through rates of the banners.
Presently, massive and repetitive effort is put in, to manually create
aesthetically pleasing banner images. Due to the large amount of time and
effort involved in this process, only a small set of banners are made live at
any point. This reduces the number of banners created as well as the degree of
personalization that can be achieved. This paper thus presents a method to
generate creatives automatically on a large scale in a short duration. The
availability of diverse banners generated helps in improving personalization as
they can cater to the taste of larger audience. The focus of our paper is on
generating wide variety of homepage banners that can be made as an input for
user level personalization engine. Following are the main contributions of this
paper: 1) We introduce and explain the need for large scale banner generation
for e-commerce 2) We present on how we utilize existing deep learning based
detectors which can automatically annotate the required objects/tags from the
image. 3) We also propose a Genetic Algorithm based method to generate an
optimal banner layout for the given image content, input components and other
design constraints. 4) Further, to aid the process of picking the right set of
banners, we designed a ranking method and evaluated multiple models. All our
experiments have been performed on data from Myntra (http://www.myntra.com),
one of the top fashion e-commerce players in India.Comment: Workshop on Recommender Systems in Fashion, 13th ACM Conference on
Recommender Systems, 201
CACNA1C polymorphisms Impact Cognitive Recovery in Patients with Bipolar Disorder in a Six-week Open-label Trial
published_or_final_versio
Public views towards community health and hospital-based outpatient services and their utilisation in Zhejiang, China: a mixed methods study
published_or_final_versio
Smad3 promotes cancer progression by inhibiting E4BP4-mediated NK cell development
published_or_final_versio
Observation of an electrically tunable band gap in trilayer graphene
A striking feature of bilayer graphene is the induction of a significant band
gap in the electronic states by the application of a perpendicular electric
field. Thicker graphene layers are also highly attractive materials. The
ability to produce a band gap in these systems is of great fundamental and
practical interest. Both experimental and theoretical investigations of
graphene trilayers with the typical ABA layer stacking have, however, revealed
the lack of any appreciable induced gap. Here we contrast this behavior with
that exhibited by graphene trilayers with ABC crystallographic stacking. The
symmetry of this structure is similar to that of AB stacked graphene bilayers
and, as shown by infrared conductivity measurements, permits a large band gap
to be formed by an applied electric field. Our results demonstrate the critical
and hitherto neglected role of the crystallographic stacking sequence on the
induction of a band gap in few-layer graphene.Comment: 10 pages, 5 figures, including the supplementary information on the
electron-hole asymmetry of ABA-stacked trilaye
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