The size of the vocabulary is a central design choice in large pretrained language models, with respect to both performance and memory requirements. Typically, subword tokenization algorithms such as byte pair encoding and WordPiece are used. In this
work, we investigate the compatibility of tokenizations for multilingual static and contextualized embedding spaces and propose a measure that reflects the compatibility of tokenizations across languages. Our goal is to prevent incompatible tokenizations, e.g., wine'' (word-level) in English vs. v i n'' (character-level) in French, which make it hard to learn good multilingual semantic representations. We show that our compatibility measure allows the system designer to create vocabularies across languages that are compatible -- a desideratum that so far has been neglected in multilingual models.
With the increasing trend towards the adoption of the modern data of building technology
in architecture represented by the so-called smart buildings in an exaggerated and
sometimes concise manner governed by the reality of the architectural state
of the target,
the question arises between the extent of the inevitability of the application of these data
and their long-term feasibility? And the extent of the realistic consensus dimension for its
actual adoption and the move towards a smart architectural future with its inputs and
outputs?
Therefore, the research aims to highlight the intelligent buildings concept and direction to
reach a qualitative understanding of the need to adopt them as a future direction for our
local economy in an integrated manner can be directed and formulated in proportion to the
possibility of maintaining an architectural safety distance through which can ensure
positive change in the direction of the future.
The aim of the current research is to identify the effect of university
students' use of social networking sites to achieve personal and social
compatibility according to their theoretical and applied competencies,
and to exacerbate gender differe
nces in the use of these sites on their
personal and social consensus better.
The research studied the compatibility of grafting on the pistachio
variety of Nab AL Jamal with three rootstocks (P. vera, P.
Atlantica and P. Khinjuk). This research was implemented in the
nursery of the agricultural department in Hama. The seed
ling
rootstocks were budded in plastic bags at the beginning of June by
T-budding.
Stereoscopic broadcast Tv systems,That is,Those capable of reproducing a Three-dimensional picture,give a better idea about The televised scene,enhance artistic impression,and make The reproduction more realistic so That The observer has The sensatio
n of being actually present at The scene of action. For a compatible 2-d/3-d colour Tv system The channel bandwidth should be twice That of The standard broadcast Tv channel. The search for ways and means of reducing The required bandwidth without an impairment in The quality of The colour 3-d picture is a major direction in work or such systems.
The research studied the compatibility of grafting on the pistachio
variety of Ashouri with three rootstocks (P. vera, P. Atlantica and
P. Khinjuk). This research was implemented in the nursery of the
agricultural department in Hama. The seedling
rootstocks were
budded in plastic bags at the beginning of June by T-budding. The results demonstrated that the variety of Ashouri which budded on the Ashouri and P. Khinjuk rootstocks excelled at the p. Atlantica rootstocks, The best average of succeeded graft of Ashouri variety budded on the Ashouri and P. Khinjuk rootstocks reached (73, 69.5 %). While the growth of p. Atlantica and P. Khinjuk rootstocks were stronger than Ashouri rootstocks. The length of Ashouri variety which budded on P. Atlantica and P. Khinjuk rootstocks was (47.36, 49.88 cm), and the diameter was (5.59, 5.67 mm).
The Electromagnetic Interference and EMC are one important phenomenon, since the EMI
causes degradation in the performance of electric and electronic instruments.
The EMI- problem may decrease effectiveness of sensitive devices and even may lead to
a
failure of its operation.
This paper studies EMI-problem between different systems by using convenient computer
programs as CST, which provides modulation and simulation of this problem. This method provide
ability to trace and evaluate EMI microscopically in space and real time.
The compatibility between the varieties and the
percentage of budding success and the vigor and vegetative growth of these
varieties were studied. The plants growth was monitored and all the required
readings were taken from the beginning of buddi
ng at the end of summer until
the end of the next growth season.
