FRAKTAL NAZARIYASI ASOSIDA KOMPYUTERDA MUSIQA YARATISH TEXNOLOGIYASI

Authors

  • Berdiyev G‘olib Rashidovich Muhammad al-Xorazmiy nomidagi TATU Qarshi filiali
  • Ochilova Sojida Rayimberdi qizi Muhammad al-Xorazmiy nomidagi TATU Qarshi filiali
  • Pardayeva Gulmira Abdunazarovna Muhammad al-Xorazmiy nomidagi TATU Qarshi filiali

Keywords:

Fraktal musiqa, kompyuter, takrorlanuvchi jarayon, texnologiya, Pitch, Generative adversarial network (GAN)

Abstract

Fraktal texnologiya nafaqat badiiy tasvirni shakllantirish, shuningdek tasvirlarni siqish imkonini beruvchi muhim vositadir. Kompyuter nuqtai nazaridan, fraktal fan va texnologiyada asosan fraktal badiiy tasvirni yaratish va siqish uchun qo‘llaniladi. Shuningdek musiqa yaratish doirasi ham fraktal xususiyatlarga ega bo‘lib, bu  kompyuterda fraktal texnologiyani qo‘llashni talab qiladi. Fraktal texnologiya orqali biz musiqani avtomatik ravishda yaratishimiz mumkin, bu orqali esa yuqori sifatli, yuqori aniqlikdagi musiqa effektiga erishiladi. Musiqiy kompozitsiya sohasida musiqashunoslar klassik musiqani tahlil qilishning muhim vositasi sifatida bo‘lib, fraktaldan foydalanishi mumkin. Musiqa avtomatik ravishda ishlab chiqarilishi mumkin bo‘lgan fraktaldir. Ushbu maqola fraktal musiqa texnologiyasini o‘rganish  holatini tahlil qiladi.

References

Jiang Wantong. Chaos. Thinking about the relationship between fractal and music [J]. Yuefu Xinsheng (Journal of Shenyang Conservatory of Music), 2004 (03): 3-10.

Li Na. Life aesthetics implication of fractal art [J]. Journal of Sichuan University of Arts and Sciences, 2017,27 (03): 57-60.

Liu Juan Juan, Li Shi Chang, Zhao Yan, Lei Hong. Fractal dimension of noise and music [J]. Journal of Liaoning University of science and technology, 2020,43 (05): 396-400.

Liu Yanhui, Tang Yifen, Ding Jun, Zheng Yan. Effect of fractal music program of hearing aid on tinnitus [J]. Journal of Audiology and speech diseases, 2014,22 (01): 97-99.

Shen Xiaofeng. Research on Fractal Music computer generation technology [J]. Computer knowledge and Technology (academic exchange), 2007 (07): 244-245.

Sun Bowen, Zhang Yanpeng, Zhao Zhenguo, Gao, Meng Fanbo. Automatic music classification method based on fractal dimension [J]. Software, 2012,33 (03): 19-21.

Wang Lu, he Peiyu, pan fan. Research on Fractal sound generation method for tinnitus rehabilitation based on music digital device interface technology [J]. Journal of Biomedical Engineering, 2014,31 (04): 888-893.

Wei Yue, Sun Wei. Application of fractal theory in physical acoustics and music creation [J]. Journal of Baoding University, 2010, 23 (03): 47-49.

Xu Yuanyuan, he Peiyu, Chen Jiemei. A new tinnitus synthesis method based on IFS fractal algorithm and chord decomposition [J]. Journal of Sichuan University, 2017,54 (03): 517-522.

Yang Jing. Interpretation of fractal theory and its characteristics in the analysis of music works - Taking the melody analysis of the song "stepping on the snow and looking for plum blossom" as an example [J]. Music creation, 2012 (11): 119-121.

Zhou Qiang. Fugue writing thinking in the perspective of chaos and fractal [J]. Journal of Zhejiang Vocational College of art, 2015,13 (02): 73-78.

Zou Jun, Tang Xianying, Xu Yanqin. Characteristics and generation of Fractal Music [J]. Voice of the Yellow River, 2010 (07): 24-25.

Zou Jun, Tang Xianying, Xu Yanqin. Characteristics and generation of Fractal Music [J]. Voice of the Yellow River, 2010 (05): 16-17.

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Published

2024-04-28

How to Cite

Berdiyev , G., Ochilova, S., & Pardayeva , G. (2024). FRAKTAL NAZARIYASI ASOSIDA KOMPYUTERDA MUSIQA YARATISH TEXNOLOGIYASI. DIGITAL TRANSFORMATION AND ARTIFICIAL INTELLIGENCE, 2(2), 116–119. Retrieved from https://dtai.tsue.uz/index.php/dtai/article/view/v2i217