В большинстве современных компьютер

В большинстве современных компьютеров проблема
сначала описывается в математических терминах, при этом
вся необходимая информация представляется в двоичной
форме (в виде единиц и нулей), после чего действия по ее
обработке сводятся к применению простой алгебры логики.
Поскольку практически вся математика может быть сведена к выполнению булевых операций, достаточно быстрый
электронный компьютер может быть применим для решения
большинства математических задач (а также и большинства
задач по обработке информации, которые могут быть легко
сведены к математическим)

Результаты (английский) 1:

In most modern computers problemfirst described in mathematical terms, withall necessary information is provided in binaryform (in the form of ones and zeros), then its actionsprocessing are reduced to simple algebra application logic.Since almost all of mathematics can be reduced to Boolean operations, implementation of quick enoughelectronic computer can be used to addressthe majority of mathematical problems (as well as mostinformation processing task that can easily bereduced to mathematical)

Результаты (английский) 2:

In most modern computers the problem
, first described in mathematical terms, with
all the necessary information is provided in binary
form (in the form of ones and zeros), followed by its actions
processing are reduced to the use of a simple algebra of logic.
Since virtually all of mathematics can be reduced to the implementation of Boolean operations, rather fast
electronic computer can be used to solve
most mathematical problems (as well as most of the
tasks of information processing, which can be easily
reduced to a mathematical)

Результаты (английский) 3:

in most modern computer problemfirst described in mathematical terms, theall the information is in a binaryform (in the form of ones and zeros), after which the action to herthe processing is to use a simple algebra of logic.since virtually all of mathematics can be reduced to the булевых of fast enoughthe electronic computer can be applied to solve themost mathematical tasks (as well as most oftasks of information processing, which can be easilyreduced to a mathematical)