It is not impossible. If the original algorithm was written in a portable fashion it should be portable. If not, then it won't be. Its as simple as that.
One of the factors of portability with an IBM MainFrame is the endian-ness of the integers. The MainFrame is big-endian, while most other computers are little-endian. This, however, should not be a problem unless the original algorithm was incorrectly written, i.e. being dependent on internal bit representation.
You don't specify the algorithm. It would be helpful if you could post it here, and we can analyze it...
She is credited as being the first computer programmer, having written the first algorithm intended for processing by a machine.
The correct term is "Turing machine," named after mathematician Alan Turing. It is a theoretical device that manipulates symbols on a strip of tape according to a table of rules, used to simulate the logic of a computer algorithm.
Because the microprocessor of a washing machine is a dedicated computer while a microcomputer is general computer that performs a variety of tasks.
Lady Augusta Ada Byron, also called as Ada Lovelace, was an English mathematician. She was also a writer. She is often called as the first computer programmer who contributed to Charles Babbage's early mechanical general-purpose computer and the Analytical Engine. The first algorithm was written by her on engine to be performed by a machine.
Lady Augusta Ada Byron is thought to be the world's first computer programmer. She created an algorithm that was used in Charles Babbage's Analytic machine.
Yes. More generally, every algorithm (defined as a sequence of finite steps to solve a problem that can be easily understood by a human) can be converted into machine code such that the algorithm can be understood by a machine. The C programming language is just one such method of converting algorithms into working machine code.
its mechanism+ void+ energy= impossible machine
Sort of, but it was entirely mechanical and he could never get funded to build it. It was called the Analytical Engine.Charles Babbage invented a calculating machine which he called a 'Difference Engine'. And later designed an 'Analytical Engine' though this was never built.Ada Lovelace was a niece of Babbage. She was the daughter of the Poet Byron. She had a significant interest in mathematics, and in developing an algorithm for Babbage's Engine. She is regarded as the first computer programmer.As for the modern concept of a computer, for which there are several technical requirements, the ABC computer ; Atanasoff - Berry - Computer is the first of what would be considered the modern programmable computer. A model of this machine exists at Iowa State University.
An algorithm describes the finite procedural steps required to solve a problem. Algorithms are typically written so humans can easily understand those steps. Computer programming is the means by which a computational problem is converted into executable code. This often entails the development of algorithms which must be converted from the human-readable form into native machine code, typically using high-level programming languages to produce the abstract, human-readable source code, and compilers or interpreters to produce the machine-readable code.
As it is not possible for anyone at Answers.com to examine and test your machine, it is impossible to answer your question. I suggest taking it to a qualified computer repair shop.
Yes, Charles Babbage had a close collaborator named Ada Lovelace, who is often regarded as the first computer programmer. Their partnership was primarily centered around Babbage's designs for the Analytical Engine, an early mechanical general-purpose computer. Lovelace's notes on the engine included what is now recognized as the first algorithm intended for implementation on a machine, highlighting her significant contributions to the field of computing.
Yes, computer is a Dull machine, because it can only do certain thing for what it is programmed.