i think in RAM. Or ROM. Or CD-disk. Etc.
By stored-program computer, we mean a machine in which the program, as well as the data, are stored in memory, each word of which can be accessed in uniform time. Most of the high-level language programming the reader.
All programs must be loaded into memory (e.g., RAM) in order to be executed. Compiled programs can be loaded directly since they consist of native machine instructions, but interpreted programs must be translated by a runtime program. E.g., Java is an interpreted language which compiles to byte code which must be interpreted by the Java Virtual Machine implementation at runtime.
in machine language, the very basic and specific commands may be used, like to where the specific data will be stored, how operations and functions be carried out. and since it is in a code the machine can understand, it may not need a compiler.
A computer program that is designed to replicate itself by copying itself into the other programs stored in a computer.
Most of the Unix command names are short, single words in lowercase. The commands are basically programs written in C. Traditionally, Unix system programs are stored in directories called /bin and /usr with additional programs usually used only by system administrators in /etc and /usr Many versions of Unix also have programs stored in /usr
How is Machine Bread stored?
Programs are normally stored on a hard drive and loaded into memory for execution.
The hard in computer hardware refers to a physical machine. Software is a program that is stored or running on that machine.
A von neumann machine is a digital computer that incorporates serial counters and stored programs that were proposed by von Neumann and his colleagues in 1946. It was the basic design of a modern or classical computer.
Additional data and programs not being used by the processor are stored in
No. In modern computers, programs are not stored on a ROM chip, but on the hard drive.
Assembly language is used to write programs using the instruction set for a particular processor/controller.(example : 8051 or 8086 or MIPS).It is confined to a particular machine, it involves symbolic representation of the binary machine codes and other constants needed to program a given CPU architecture.Assembly Language require an ASSEMBLER to convert the assembly code to machine level code(HEX CODE)High Level Language require a Compiler to convert into ASSEMBLY THEN machine level code.(Now-a-days compilers are smart enough to generate the machine code directly)To write assembly code it is necessary to know the architecture of the processor or controller.To write an High Level Program it is not neccessay to know the architecture completly.Assembly language is not protable.High Level Language is Portable.with regardsMohan Kumar.JMCIS,MANIPAL.Assembly language is used to write programs using the instruction set for a particular processor/controller.(example : 8051 or 8086 or MIPS).High Level Language is used to write programs using some grammer rules or languages created like C,PASCAL,FORTRN,JAVA.Assembly Language require an ASSEMBLER to convert the assembly code to machine level code(HEX CODE)High Level Language require a Compiler to convert into ASSEMBLY THEN machine level code.(Now-a-days compilers are smart enough to generate the machine code directly)To write assembly code it is necessary to know the architecture of the processor or controller.To write an High Level Program it is not neccessay to know the architecture completly.Assembly language is not protable.High Level Language is Portable.with regardsMohan Kumar.,MCIS,MANIPAL.EACH HLL INSTRUCTION SPECIFY SEVERAL INSTRUCTIONS IN isa OF COMPUTER. WHEREAS EACH aSSEMBLY LEVEL INSTRUCTION SPECIFIES A SINGLE INSTRUCTION IN ISA OR MACHINE LEVEL LANGUAGEPRIYA BAJAJWIPRO TECHNOLOGIESBANGALOREAnswer--Assembly language :-A programming language that is once removed from a computer's machine language. Machine languages consist entirely of numbers and are almost impossible for humans to read and write. Assembly languages have the same structure and set of commands as machine languages, but they enable a programmer to use names instead of numbers.Each type of CPU has its own machine language and assembly language, so an assembly language program written for one type of CPU won't run on another. In the early days of programming, all programs were written in assembly language. Now, most programs are written in a high-level language such as FORTRAN or C. Programmers still use assembly language when speed is essential or when they need to perform an operation that isn't possible in a high-level language.High-level language:-A high level language hides the micro abstractions such as set of command required to be performed by the processors such as CPU. Java and C++ are all high level languages.Java, C++ : all easy to write non-binary languagesExample : (i=10, i