High-level language

This big increase in speed has not been without cost. The everyday machine codes and high-level languages (Fortran, Pascal, C, etc.) used to control operations in a standard computer are inappropriate for parallel processing, which needs its own instruction set and has led to the development of special languages for use with the transputer. 

Software programs are usually written in a more user-friendly high-level language such as Fortran, Pascal, or C, which facilitates the tedious and labor-intensive task of writing a computer program. 

Although much easier to assemble, a software program written in a high-level language requires more time for the computer to execute, since all the instructions must be translated into machine code before the computer can understand them. Even a simple statement like start in a high-level language requires several machine-code moves to execute. 

Procedure-oriented languages, so called because they allow the programmer to concentrate on the process rather than on the machine architecture, include familiar languages, such as FORTRAN, as well as many more recently developed ones. Three of the high-level languages of common interest to engineers are ... 

The following data structures are available, or can be constructed, in most high-level languages. 

In standard high level language programming the dimension of the NSS n, signals the number of nested do loops which are necessary to reproduce the structure in a computational environment. But the mathematical usefulness of this entity can be easily recognized when the particular characteristic of this symbolic unit is analyzed the involved vector parameters could be chosen with arbitrary and variable dimensions. There are many scientific and mathematical formulae which will benefit of this property, when written in a paper or computationally implemented. 

It looks simple to introduce GNDL in the family of repetitive sentences found in high level languages. So we feel that a claim in this direction to language and compiler builders can be made here. Some immediate computational benefits in order to construct really general programs may be obtained. 

You may have heard the phrase executable specification. Mostly snake oil. The point about a spec is that it states the requirements of a particular user, which are usually partial. You must add decisions to make it work. An executable thing is usually a program even if it s written in a high-level language, or in pictures. 

Ability to program in high level languages to a) display the chromatograms, and b) perform statistical analysis on chromatographic data. 

High-level language for user programming of special calculations such as physical properties and comparison with alarm levels. 

Matlab MathWorks High-level language and interactive environment that enables simulation of biochemical networks using integrated flux balance analysis, regulatory flux balance analysis, and ordinary differential equations (http // www.mathworks. com/products/matlab/)... 

LABPAC. LABPAC is sold by the manufacturer of the LabMaster board (TecMar) and supports only this card. LABPAC consists of a collection of assembly language subroutines which can be called from high level languages like BASIC, Pascal or FORTRAN. 

A solution to avoid all the pain of machine-language or assembler is a series of high-level languages, a "compiler," which translates, much as a dictionary would, these instructions into machine code, and a "linker," which connects parts of the task with each other, with "library" routines such as sin(x), cos(x), random(x), and so on, and with input/output (I/O) calls, to create an executable program. The compilers should allow the same "source" code to be compiled, with minor modifications, on any computer "platform" that supports a compiler for that language. 

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