Automatic translation from pure mathematics or some other "high-level language" to machine language was therefore necessary before computers would be useful to a broader class of users.
The desirability of automating the translation of problems into machine language was immediately evident to users, who either had to become computer experts and programmers themselves in order to use the machines or had to rely on experts and programmers who might not fully understand the problems they were translating.
A specialized development of human-machine language is seen in computer languages, or programming languages, that provide the means whereby sets of instructions and data of various kinds are supplied to computers in forms acceptable to these machines.
The form of a particular machine's language is dictated by its physical and logical structure.
In this paper, a parallel implementation of Wang's method for solving tridiagonal system of equations on the multiprocessor machine using occam language is presented.
Last week Nate Westheimer described Twitter's potential role as a micropayment system, explaining that Twitter's many users are already used to the "machine language" that is required for mobile micropayments.
The Abstract State Machine Language, AsmL, is a novel executable specification language based on the theory of Abstract State Machines.
Unix was re-written almost entirely in C. Until then, operating systems, which handle all the day-to-day workings of a computer, had been written in "machine language" which was different for different computers, and nearly opaque to humans.
While the availability of such simulations shows that the class of languages decided by \(\mathfrak{N}\) is the same as that decided by \(\mathfrak{T}\) – i.e. exactly the recursive ones – it also illustrates why the polynomial time decidability of a language by a non-deterministic Turing machine only guarantees that the language is decidable in exponential time by a deterministic Turing machine.
The OpCodes, being the building blocks of machine language, have been used for statically analyzing application behavior and detecting malware.
