فهرست مطالب مریم بحرکاظمی

Research on the impact of artificial intelligence on fundamental freedoms and human rights is of great importance and can help preserve fundamental rights and human rights in the digital world. Artificial intelligence algorithms are typically designed in a complex and non-interpretable manner, which may lead to violation of human rights or the use of such algorithms in the collection and processing of personal data, thereby violating privacy or legal rights of individuals. With the transparent and interpretable design of artificial intelligence algorithms which should be developed by organizations and governments and by using privacy protocols and laws in collecting and processing personal data and designing appropriate mechanisms to modify and protest decisions, it is possible to mitigate the challenges arising from the use of artificial intelligence. The main goal of this research is to gain a deeper understanding of the impacts of this innovative technology on the principles and fundamental concepts of human rights and fundamental freedoms. This article uses library tools and descriptive-analytical methods to better understand the challenges and opportunities that artificial intelligence creates for human rights and fundamental freedoms or threatens them. The present research focuses on providing solutions for determining appropriate legal standards to preserve fundamental rights and manage them in the digital world.

Artificial intelligence has emerged as a key component of cybersecurity due to its ability to assess security threats in real-time and take appropriate action. AI is now more influential in identifying and stopping attacks that keep businesses on the cutting edge. Identifying and preventing threats is the main focus of the role of artificial intelligence in cyber security. If cyber attacks and attacks are carried out using artificial intelligence algorithms, defense against them requires more advanced technologies, and using them to collect and analyze data may lead to the violation of users' privacy. It may also in some cases not be able to correctly predict how a cyber attack will be carried out, which can lead to a decrease in cyber security.Research on improving the capabilities of artificial intelligence to detect and prevent cyber attacks, identify suspicious patterns and behaviors, and implement effective security measures can create significant improvements in cyber security. Also, examining data analysis in order to identify unusual patterns and behaviors of users. It can help in the early detection of cyber attacks and their prevention, and promoting the use of advanced encryption technologies to protect data and prevent unauthorized access to them can make significant improvements in cyber security.One of the main findings from the research on the impact of artificial intelligence on increasing cyber security and data protection is that the use of artificial intelligence can provide significant improvements in the detection, prevention and management of cyber attacks through big data analysis, identifying suspicious patterns, and implementing security measures. Automating and improving intrusion detection systems can provide significant improvements in cybersecurity and help reduce security risks online.

Artificial intelligence, as an advanced technology, has wide-ranging effects on international politics. Due to the complexity of artificial intelligence technology, instability may increase in decisions and behaviors of countries. This issue can lead to international crises and tensions. Also, the unbalanced use of artificial intelligence technology can lead to an increase in inequality at the global level. In this research, with a detailed analysis of the effects of artificial intelligence on international politics, we will identify the challenges caused by it and provide different solutions to solve the challenges caused by the impact of artificial intelligence on international politics.The main goal of this research is to gain a deeper understanding of the new trends in international politics, to analyze the effects of this technology on international relations, and to explain the appropriate solutions to eliminate the gaps caused by artificial intelligence on international politics. In this research, we find that artificial intelligence can improve international relations. and by using this technology, countries can use their resources and data more effectively and make better decisions and help achieve common solutions to international challenges, they can also cooperate and interact in economic fields. , improve security, social and political

Nowadays, artificial intelligence (AI), as a new technology, can create improvements and loopholes in the process of judicial proceedings. Artificial intelligence may create challenges in the field of maintaining civil rights and privacy, transparency, and justice, providing uncertain information and data, and reducing interaction between humans and the court. This research can help improve our understanding of this technology and how it is used in courts, and it can also evaluate the positive and negative effects of artificial intelligence on judicial proceedings and its effect on justice and Access to proceedings. In this research, using library tools and descriptive-analytical methods, we will better understand the impact of artificial intelligence on the efficiency of the judicial system, and provide suitable solutions to increase the efficiency of this system on the judicial system of the courts, one of the most important goals of this research. It is possible to mention the reduction of the time needed to process cases, increase the accuracy and accuracy of decision-making, increase judicial transparency, and improve the process of handling cases using artificial intelligence technology. This research has shown that by using artificial intelligence, there can be significant improvements in efficiency, accuracy, speed, and access to justice in the judicial system. But at the same time, one should pay attention to the issues of protecting rights and privacy, algorithms, social acceptance, and security risks and take appropriate measures to deal with these issues.

After the correct conclusion of a smart contract, the discussion of how to dissolve it in electronic channels is discussed. The exercise of options in smart contracts must be done in accordance with the rule of harmlessness in order to prevent harm and damage to others. Smart contracts, by exercising options, are able to perform various operations based on certain limited conditions, and it gives the parties of the transaction access to different methods for executing the contract and changing its conditions. In general, exercising options in smart contracts allows the parties of the transaction to It allows to determine the terms of the transaction in a more precise and specific way and creates a significant improvement in the performance and efficiency of smart contracts, and also the lack of options reduces the stability and loss of flexibility in the smart contract. The main purpose of exercising options in smart contracts is to improve the contract implementation process and help the parties to comply with their rights and obligations more effectively. In this article, using the library and research method, to analyze the exercise of options and the resulting challenges. We will pay for it in smart contracts. Exercising options in smart contracts should be investigated and clarified from different aspects due to the huge impact this action has on the execution of contracts and business relationships.

Since it is well-known that the Vandermonde matrix is ill-conditioned, while the interpolation itself is not unstable in function space, this paper surveys the choices of other new bases. These bases are data-dependent and are categorized into discretely l2-orthonormal and continuously L2-orthonormal bases. The first one construct a unitary Gramian matrix in the space l2(X) while the later construct a unitary Gramian matrix in the space L2[-1,1]. The first one is defined via a factorization of Vandermonde matrix while the latter is given by a factorization of the Gramian matrix corresponding to monomial bases. A discussion of various matrix factorization (e.g. Cholesky, QR, SVD) provides a variety of different bases with different properties. Numerical results show that matrices of values of the new bases have smaller condition number rather that the common monomial bases. It can also be pointed out that the new introduced bases are good candidates for interpolation.