KVANT HISOBLASH MASHINALARINING ISHLASH PRINSIPLARI

Authors

  • Ro’ziboyev Ortiq Baxtiyorovich TATU dasturiy injiniring fakulteti dekani , o.ruzibaev@tuit.uz [1]
  • Raximova Shahnoza Nuraddinovna Raqamli texnologiyalar konvergensiyasi kafedra assistenti shahnozanuraddinovna1993@gmail.com [2]
  • Sultonov Hayotjon Bahodir o’g’li TATU DIF talabasi, anonymousdeveloper2005@gmail.com [3]
  • Shonazarov Sarvarbek Maqsud o’g’li TATU DIF talabasi , sshonazarov938@gmail.com [4]

Abstract

Kvant kompyuterlar kvant bitlarni qayta ishlashda qolgan klassik bitlardan farqli hisoblanadi. Bu kompyuterlar kvant mexanikasining qoidalariga asoslangan, xususan kvant bitlarni istifoda qilish orqali parallel hisoblash va ma'lumotlarni sinch emas, balki klassik kompyuterlardan ko'proq tez ishlash imkoniyatlarini takomillashtirish uchun mo'ljallanganlar.Kvant kompyuterlari ko'pgina ma'lumotni yoki ma'lumotni sinash uchun kuchli algoritmlarni ishlatishadi. Ular ma'lumotlarni keshlash, ishlov berish, optimallashtirish va sinovlar, kriptografiya, kimyoviy reaktsiyalarni modellash va boshqalar kabi ko'plab sohalarda foydalaniladi.

References

“Quantum Algorithm,” https://en.m.wikipedia.org/wiki/ Quantum_algorithm

Scott Amyx (2017), “quantum computing-series-part-4-superposition in-quantum-mechanics-381b98180f62”,https://medium.com/@ScottAmyx/quantum-computing-series-part-4-superposition-in-quantum-mechanics-381b98180f62

Norton, Quinn (2007-02-15). “The Father of Quantum Computing”. Wired.

Franklin, Diana; Chong, Frederic T. (2004). “Challenges in Reliable Quantum Computing”. Nano, Quantum and Molecular Computing. pp. 247-266. doi:10.1007/1-4020-8068-9_8. ISBN 1-4020-8067-0.

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Published

2023-11-25

Issue

Vol. 3 No. 35 (2023): INNOVATION IN THE MODERN EDUCATION SYSTEM

Section

Articles