4 research outputs found
Use of new design options websites using HTML5 in practice
Snahou této bakalářské práce bylo představit nové možnosti návrhu webových
stránek pomocí HTML5. Otestovat podporu komponent používaných ve specifikaci HTML5
a zjistit rozdílnosti mezi starší a novější specifikací jazyka s ukázkou tvorby webových stránek v HTML5.Katedra výpočetní a didaktické technikyObhájenoThe purpose of this bachelor's thesis is briefly and clearly introduces the new
HTML5 language specification. The work is a component of which is language enriched.
The performance is realized by a more detailed presentation of each of them. From the
previous chapter were selected several important elements and are described by working
with them. For each element is characterized by what to do to make it possible to use and
last but not least, worked as it should. Marginally I describe the operation and functioning
components Canvas. At present, it is often used in Web documents and nothing prevents
its further development and use. Most problematic, nowadays, is to support audio and
video codecs in different browsers. Nevertheless, this problem is solvable. Another part of
this study is comparing the differences in the structure of web document earlier versions
of HTML and HTML5 versions. Indicates work with new block elements. The whole issue is
described in detail and accompanied by illustrating examples. At the end created a
website that meets all preconditions HTML5. Part of these pages are practical examples
of components from previous chapters. Pages are enriched with Cascading Style Sheets
version 3. It is still recognize that support for the latest version of HTML is still not
sufficient
Enhanced levels of mitochondrial enzyme 17β-hydroxysteroid dehydrogenase type 10 in patients with Alzheimer disease and multiple sclerosis
Ultrasensitive broadband probing of molecular vibrational modes with multifrequency optical antennas
10.1021/nn304860tACS Nano71669-67
Plasmonic nanoantennas for multispectral surface-enhanced spectroscopies
10.1021/jp404535xJournal of Physical Chemistry C1173618620-1862