17
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M.Aripov, B.Begalov, va boshqalar “Axborot texnologiyalari” O’quv
qo’llanma. Toshkent - “NOSHIR” - 2009 368 bet.
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Мусаев М.М. “Процессоры современных компьютеров”. Тошкент.:
“Алоқачи” нашриёти, 2020 йил. 12 боб. 512 бет. – Олий ўқув юртлари учун
қўлланма.
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Тавбоев С. А. и др. НЕКОТОРЫЕ МЕТОДЫ И ЗАДАЧИ ЦИФРОВОЙ
ОБРАБОТКИ И РАСПОЗНАВАНИЯ ИЗОБРАЖЕНИЙ //International Journal of
Contemporary Scientific and Technical Research. – 2022. – С. 334-339.
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Tavboyev Sirojiddin Akhbutayevich, Mamaraimov Abror Kamoliddin ugli,
and Karshibaev Nizomiddin Abdumalikovich, “Algorithms for Selecting the Contour
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2022.
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Sakiev
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АРХИТЕКТУРА
МЕДИЦИНСКОЙ
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MEANS AND METHODS OF ENSURING INFORMATION SECURITY IN
THE ELECTRONIC GOVERNMENT SYSTEM
Mardiyev Azamat Sagʻdulla oʻgʻli
O‘zbekiston Milliy universiteti Jizzax filiali
Abstract:
The article discusses the importance of ensuring information security
in e-government systems, especially in today's digital era, when these systems are
increasingly used. The article discusses the various tools and techniques available to
secure an e-government system, including authentication protocols, encryption
technologies, firewalls, intrusion detection systems, anti-virus software, vulnerability
assessments, and penetration testing.
Key words:
Electronic government, digital security, globalization, human
factor, public services, information systems, confidential information.
There-government system is an innovative platform designed to provide citizens
with quick and convenient access to government services and facilities. It is important
to ensure that user information is safe and secure from malicious attacks and
unauthorized access. There are several tools and methods to ensure information
security in the e-government system. First, strong authentication protocols can be
implemented to ensure that only authorized individuals access the system. Second,
encryption technologies can be used to ensure that confidential information is protected
18
and not compromised by hackers or unauthorized individuals. In addition, firewalls,
intrusion detection systems, and anti-virus software can be installed to prevent
unauthorized access and disclosure of confidential information. In addition, regular
vulnerability assessments and penetration tests can be performed to identify potential
vulnerabilities and reduce the risk of security breaches. Finally, user education and
training can be used to teach users good security practices and prevent user error. In
general, the means and methods of ensuring information security in an e-government
system are crucial in providing safe and secure public services to citizens. By
implementing these measures, the e-government system can operate reliably,
effectively and efficiently. In the current digital age, e-government systems are
becoming increasingly popular and widespread. These systems provide easy access to
various government services and are essential for managing large volumes of sensitive
information, including personal, financial and other sensitive information . As the use
of these e-government systems increases, the need for robust security measures to
protect against cyber-attacks and unauthorized access is more important than ever.
There are various means and methods of ensuring information security in the e-
government system. One of the main ways is to implement strong authentication
protocols. This ensures that only authorized persons with the correct credentials can
access the system. Authentication protocols can include a variety of measures,
including passwords, two-factor authentication, and biometrics.
Another important aspect of information security is the use of encryption
technologies that protect confidential information. Encryption ensures that data is
accessible only to authorized personnel and cannot be intercepted or compromised by
hackers or other unauthorized persons. Firewalls, intrusion detection systems, and
antivirus software can be used to prevent unauthorized access and protect confidential
information from malicious attacks. Firewalls act as a barrier between network systems
and external networks, while intrusion detection systems monitor network traffic to
detect and prevent phishing attempts and unauthorized access.
Having a secure e-government system is critical to maintaining public trust and
ensuring the smooth operation of government services. By incorporating the tools and
techniques outlined above, government agencies can improve the security of their
electronic systems, reduce risks, and protect sensitive information. As the use of e-
government systems continues to grow, it is important to invest in robust security
protocols to prevent cyber attacks and protect sensitive information.
Summary.
In conclusion, the importance of having a robust and secure e-
government system cannot be overstated, especially in today's digital age. As the use
of e-government systems increases, it is imperative that government agencies invest in
strong security measures to protect sensitive information and prevent cyber-attacks.
Implementing authentication protocols, encryption technologies, firewalls, intrusion
detection systems, anti-virus software, vulnerability assessments, and penetration
testing is one way to improve the security of government agencies' electronic systems
and maintain public trust. By prioritizing information security, government agencies
can ensure the uninterrupted operation of their services and protect the interests of
citizens.
19
References:
1.
Uzbekistan " Electronic _ the government about". Law ( December 9 , 2015
No. O'RQ-395)
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Kovalyova LN Mnogofaktornoye forecasting neither basis Ryadov dynamics
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Ergashev AX Abstract processes mathematician modeling.- _ Against: Nasaf,
2000.-103 p.
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Frenkel AA Forecasting Productivity working : method y i model . -M.:
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S. S. Kasimov . Information technologies . Study manual . Tashkent. "
Alokachi ", 2006
IMAGE PRE-PROCESSING TECHNIQUES FOR CROP PEST DETECTION
Kh.M. Muraeva
Tashkent university of information technology
Abstract:
Pest detection systems are important tools for crop yields. Because
they serve as robust techniques while preventing some damages there. In this paper,
some image pre-processing techniques are discussed and efficient methods are
described.
Key words:
Image processing,
crops, pest management, detection, damage,
technologies, images.
Image processing plays a crucial role in crop pest detection due to the following
reasons:
•
Early detection
: Image processing enables early detection of crop pests, which
is crucial for effective pest management. By analyzing images of crops, it becomes
possible to identify signs of pest infestation at an early stage, allowing farmers to take
appropriate actions to mitigate the damage caused by pests.
•
Accuracy and efficiency
: Image processing algorithms can accurately and
efficiently analyze large amounts of crop images, identifying pests with high precision.
This helps in minimizing manual efforts and errors associated with traditional pest
detection methods, which are often labor-intensive and time-consuming.
•
Non-destructive approach
: In traditional pest detection methods, physical
sampling and inspection of crops may lead to damage, which negatively impacts the
productivity of crops. Image processing, on the other hand, provides a non-destructive
approach to pest detection. It allows farmers to assess the health of crops without
physically touching or harming them, thereby preserving their productivity and
minimizing any potential damage.
•
Remote sensing capabilities
: Image processing enables the use of remote
sensing technologies, such as satellites or drones, to capture images of large
