Cheklangan va kechikish sharoitlardagi tizimlarda taqsimlangan reestr (blokcheyn) texnologiyalari asosida ma’lumotlar ishonchliligini ta’minlash
- № 4 (10) 2019
Страницы:
11
–
14
Язык: узбекский
Аннотация
Ma’lumotlar oqimini keskin ortishi va ularni tezkor qayta ishlash muammosi hozirgi kunda ma’sul soha vakillari uchun asosiy vazifa bo’lib qolmoqda. Shundan kelib chiqib kompyuter tarmoqlaridagi ma’lumotlarni saqlash va qayta ishlash jarayonini optimallashtirish maqsadida taqsimlangan reestr texnologiyalarni qo’llash va blokcheyn texnologiyasi asosida ishlov beriladigan ma’lumotlarni kriptografik maxfiylashtirish qarab o’tilgan. Blokcheyn texnologiyasi asosida cheklovlar va kechikish sharoitlaridagi jarayonlarni aks etadigan tizimlar ma’lumotlarini qayta ishlash va ularning ishonchliligini oshirish usul va algoritmlari ishlab chiqilgan.
Sharp increase of the data flow and the problem of their processing today remains one of the main tasks solved by specialists of information technology. In this regard, the issues of using distributed registry technology are considered to optimize the storage and processing of information in computer networks, as well as methods of cryptographic encryption of information processed by blockchain technology. Methods and algorithms have been developed for processing and increasing the reliability of systems information that reflect processes in the conditions of restrictions and delays based on blockchain technology.
Sharp increase of the data flow and the problem of their processing today remains one of the main tasks solved by specialists of information technology. In this regard, the issues of using distributed registry technology are considered to optimize the storage and processing of information in computer networks, as well as methods of cryptographic encryption of information processed by blockchain technology. Methods and algorithms have been developed for processing and increasing the reliability of systems information that reflect processes in the conditions of restrictions and delays based on blockchain technology.