maksymmakarec

04.06.2023 01:12 •  Английский язык

Вставить части предложений в текст. одно лишнее. a) … who haven’t yet benefitted from it… b) … that might seem radical or even difficult to realize c) … that have guided us so far d) … that we still haven’t addressed satisfactorily e) … that charles babbage and alan turning envisaged… f) … which can store only a single value… in the past half century, driven by rapid, phenomenal advances in microelectronics closely following moore’s law, computers of different kinds, forms, and shapes have evolved, redefined, and transformed almost everything we deal with. however, they still function on the same fundamental computational principles that john von neumann and others subsequently refined. what’s in store for the next 50 years? do the fundamental principles and assumptions that define modern computing – and – require revolutionary rethinking? how might- and should- computing advance to address unmet demands and current and emerging challengers? demands on computing, storage, and communication will continue to escalate. we’ll use computers for newer applications and computationally more difficult problems more people, even those at the bottom of the economic pyramid almost everything, including objects, animals, and buildings, will eventually use and rely on computers in some form. unfortunately, digital computing based on silicon and the conventional architecture is reaching its limits owing to fundamental physical limits, economic considerations, and reliability issues. it’s also handicapped toaddress certain kinds of problems in domains such as weather forecasting, bioinformatics, robotics, and autonomous systems. thus, we must examine and advance new approaches researchers and industry are thinking differently about computational principles and pursuing new paradigms such as quantum computing, biologically- inspired computing, and nanocomputing. we might soon need to embrace such approaches, particularly for some of the emerging applications. so, we need to understand the principles and potential of these paradigms and be aware of their current status and future prospects.