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AMERICAN Journal of Public Diplomacy and
International Studies 
Volume 01, Issue 06, 2023 ISSN (E): 2993-2157 
 
 
 
Grid Analysis and Design
 
Tojidinov Azizbek Ilhomjon o‘g‘li, Nazirjonov Ubaydulloh Nozimjon o'g'li, Abduraximov 
Ozodbek Azimjon o‘g‘li
 
Muhammad Al- Khorazmi TATU in the name of Fargana branch student 
 
 
Abstract: 
Grid analysis is an important part of statistical analysis, information technology and 
data measurement. This includes how the data set is ordered using spaces and rows (columns), 
analysis methods such as distributions, indices, ordinal calculations, and more. Grid analysis 
allows you to gain greater understanding, tracking, masking and other skills in data. Designing is 
critical for critical time, financial resources, and robust projects. This includes defining 
departments and their interactions for project implementation, timing each task, deciding on 
work to be performed and services to be provided to clients, and reporting success on work. and 
helps organize all stages of the project. It serves as an effective method for designing, organizing 
and managing projects.
Grid (eng. Grid - grid, network) is a system that distributes resources under a single control 
center, uses common protocols and interfaces and provides the required level of service. 
Grid is a system for coordinating distributed resources through standard, open, universal 
protocols and interfaces to ensure quality of service. 
The main areas of development of grid technologies are: computing network, grid for intensive 
data processing and semantic network for working with data from various databases . 
Currently, there are three main types of GRID systems: 
1.
GRID based on the use of freely provided free resources of personal computers (optional 
GRID); 
2.
Scientific GRID - well-parallelized applications are specially programmed (for example, 
using the Globus Toolkit); 
3.
GRID is based on the provision of computing resources on demand (Enterprise GRID or 
commercial GRID) - common commercial applications run on a virtual computer, which in 
turn consists of several physical computers connected using GRID technologies. 
Authentication - providing the ability to define interfaces and authentication mechanism to 
include different authentication mechanisms. 
Authorization - providing the ability to control access based on authorization rules. 
Privacy - giving both the user and the owner of the service the ability to control the rules for 
using resources. 
Data integrity is a guarantee that unauthorized data changes are detected on the service side. 

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