The Manchester Baby was the first computer to run a program from memory, it ran its first program on June 21, 1948. The program was stored in a 32 word CRT based DRAM and consisted of 17 instructions; it ran for 52 minutes before reaching the correct answer of 131,072, after performing 3.5 million operations (for an effective CPU speed of 1.1 kIPS).
The modified ENIAC was the second computer to run a program from memory, it ran its first program as a stored-program computer on September 16, 1948. The program was stored in the 100 word Function Table ROM switches as 2 digit instructions (allowing storage for up to 500 instructions).
It holds programs in its memory so you can multitask. Plus a program needs memory to be run. All computers need memory.
First of all, it is not always necessary to have all of a program loaded into memory in order to run it. Second, all modern operating systems use a certain amount of hard disk space as a sort of temporary memory. This is known as "swap file" or "disk cache" and can greatly expand the capabilities of computer memory.
Because it's the extra memory that helps the system go faster. RAM stands for Random Access Memory. It's the portion of the computer memory that is called upon to run whatever program you are using at the time. The more RAM a computer has, the faster and better it can run a program.
Whenever the assembly program is to be executed, it has to be assembled again; Programs ...loads the first program to be run by the computer -- usually an operating system ...
When we run a program on a computer, the actual execution of the program takes place in the CPU (Central Processing Unit). The CPU processes instructions from the program, performing calculations and managing data flow between the memory and other components. The program's code is typically loaded into RAM (Random Access Memory), where the CPU accesses it for execution. This interaction between the CPU and memory allows the program to function as intended.
It can be anything, but mainly the program to run and/or the data required.
It's just a way your computer "gathers itself up" after a huge memory loss. You probably have a program that takes alot of memory, and your computer is trying to find more to burn and waste. If you suddenly lose alot of memory, enough to NOT run programs, your computer will shut down, losing everything. That is why it tries to rebuild its memory so you don't haveta experience it's failure because you have a effin memory taking program. (no offence)
A page out is when a page from memory is written to disk. If you have a program/application that needs alot of computer memory, the CPU can break up the program and run in memory the only part it currently needs. Once that part is finished it can be paged out and the next part paged in. Using the disk drive allows the computer to run larger jobs than those that would only fit into memory. Using the disk drive to swap out pages will cause the program to run slower. It's a trade off. Today's computer has much more memory that what was available in the past and the need for paging and swaping isn't as important as it once was. It is still used today.
A likely cause is that you have insufficient RAM. This means that your computer doesn't have enough simultaneous memory to run multiple or complicated programs. RAM memory only works when the computer is on and is used for storing short-term data while running programs. Also, there could be another fault with the computer that is causing the slowness which is undetectable from this location.
In computer terminology, "running a program" means copying a sequence of instructions from storage into main memory and initiating the execution or interpretation of those instructions.
When a program is run, it resides in the computer's memory, specifically in RAM (Random Access Memory). The operating system loads the program's executable file into RAM, where it can be accessed and executed by the CPU. During execution, the program may also utilize other memory areas for temporary data storage, such as the stack and heap. Once the program finishes running, its data is typically cleared from RAM.
It will help it run faster yes.