Punctuation restoration is a fundamental requirement for the readability of text derived from Automatic Speech Recognition (ASR) systems. Most contemporary solutions are limited to predicting only a few of the most frequently occurring marks, such as
periods, commas, and question marks - and only one per word. However, in written language, we deal with a much larger number of punctuation characters (such as parentheses, hyphens, etc.), and their combinations (like parenthesis followed by a dot). Such comprehensive punctuation cannot always be unambiguously reduced to a basic set of the most frequently occurring marks. In this work, we evaluate several methods in the comprehensive punctuation reconstruction task. We conduct experiments on parallel corpora of two different languages, English and Polish - languages with a relatively simple and complex morphology, respectively. We also investigate the influence of building a model on comprehensive punctuation on the quality of the basic punctuation restoration task
This research aims to accelerate the restoration of the
bone cavity resulting from the surgical removal of the dental cysts
through fill the cavity with Palatelet-Rish Plasma.
To compare postoperative sensitivity following composite
restoration placed in class I cavities using Eighth generation self etch
adhesive" Futurabond" and fifth generation total etch adhesive.
This study aimed to study the economic efficiency of producing
biogas from manure dairy cows, through cost and revenue account,
using some of economic indicators.
The restoration of the network from failure got through different
mechanisms and algorithms at different levels of network in particular
time. Recovery methods of optical network based on GMPLS Do not take
any consideration for the integration of
communication when it establish
the backup path, which can lead to greater harm, such as the failure may
occur to a link or a path in which a large number of contacts concentrated.
Also, such concentration may leads to a negative impact in terms of the
network survivability.
The study aimed at evaluating and studying the economic efficiency of farms fattening
sheep in Homs during the period (2008-2013), where the study was conducted on a sample of
25 farms, the average number of sheep, where about 25 head of Awas, by c
alculating the costs
and revenues, and using some of the economic indicators, where The results showed the
following:The average revenue before the crisis to about 3743138 sp , and during the crisis to
about 690525 sp.The average cost of producing 1 kg of gross weight of the animal for 195 sp
before the crisis , and about 334 sp during the crisis .The average annual net profit before the
crisis to about 427017 sp, and during the crisis to about 543224 sp.The average net profit
margin before the crisis has reached about 38%, and during the crisis, about 24.6%, and
reached average income per unit spending (rate of return simplex) before the crisis about 1.6
/unit spending, and about 1.4 /unit spending during the crisis. The average Profitability
Coefficient for the capital invested by the crisis reached about 106.3%, and about 69.7 %
during the crisis, but for the average coefficient profitability for the pre-crisis production costs
have reached about 61.8%, and 39.5% during the crisis, the average time of the restoration of
the invested capital before the crisis reached about 1.7 years, about 2.8 years during the crisis.
The study also demonstrated an outbreak many of the mistakes common among farmers like to
use the same combination of feed during the grow-out period and the lack of commitment by
giving vaccines and not making Aldrees and silage and fodder buy most of the black market,
which makes farmers vulnerable to the monopoly of the merchants. Which requires urgent
intervention and more effective in order to expand the production of red meat, and to be
covered by the development plans of the state, and work to protect the sheep of the country and
prevent smuggling and to provide support and encouragement necessary for farmers to practice
their profession fattening, especially after the reluctance of some of them for this the
profession during the crisis, and working to educate farmers on the need to use methods of
fattening more economically feasible, and conducting all necessary for the development of this
important productive sector.
The process of soil restoration is one of the most important methods of vertical and
horizontal expansion in the agricultural sector; it works to increase the effectiveness of
investments on the one hand, and to accelerate mass production on the ot
her hand. The
processes of reclamating lands include a big number of important procedures that directly
affect the utilization of agricultural lands. On top of these procedures come: constructing
dams, building modern systems and nets for irrigation and sanitation, reclamating saline
soil, protecting soil from drift and erosion, stopping encroachment of desert, settling land
slopes, getting rid of stones, building terraces in slopes, drilling artesian wells, improving
pastures, and cultivation green belts.
The Syrian government developed a multiple-target-agricultural strategy including
primarily increasing the reclaimed areas, using modern techniques for irrigation (drip and
spray), as well as providing water for irrigation through the construction of several dams.
This made the total irrigated area in the country about 1399 thousand hectares in 2011, i.e.
about 24.5% of the cultivated land. The percentage of irrigated areas using this method is
about 22.4% of the total irrigated area in the country. These actions positively affected the
productivity of crops, vegetables and fruit trees, so that the winter irrigated crops reached
5–10 times the non–irrigated crops, and the summer irrigated crops reached 4 times the
non–irrigated crops.
New resin systems( di-methacrylates) were developed to improve the
mechanical and physical properties of provivinal to investigate mechanical srength(edge- strength,
diametrical tensile strength) and polymrrization(degree of conversion) of three newdi-methacrylates
provisionals, and one of mono-methacrylate.
With the increasing use of technologies and automation in different sides of modern life, the outage of
electricity became a big issue that widely affects the daily life of most sectors like industrial, economical or
even entertaining sector. So it
became so necessary to achieve a high-reliability electrical system to insure
the continuation of electricity supply to the end consumer.
Consequently, in this research, we are studying a new method of service restoration using genetic
algorithms to increase the reliability of distribution systems and improving its performance. The research
includes a brief aver view of electrical systems reliability and the basics of Genetic Algorithms and the use
of these techniques in dispatching centers. In addition we have designed a program in "MATLAB"
environment to apply the service restoration technique using genetic algorithms, and the program has
been tested on a case study with the relative results shown .
Background& Objective: Acrylic resin, poly-methacrylate provisional materials, have been no longer used
because of low strength, poor marginal fit, low resistance, and color stability. New resin systems, such as
higher (meth) acrylates, and di-meth
acrylate were developed to improve the mechanical and physical
properties.
Investigate polymerization shrinkage-strain, and Exo-thermic peak-temperatures of three new provisional
materials based on di-methacrylate, and one of mono-methacrylate.
