yes
Processing in a computer primarily occurs in the Central Processing Unit (CPU), which executes instructions from programs and performs calculations. Additionally, processing can involve other components like the Graphics Processing Unit (GPU) for handling graphics and parallel processing tasks. Data is temporarily stored and accessed in the Random Access Memory (RAM) during processing to facilitate quick retrieval and execution.
RAM
An example of processing hardware is the CPU of the computer. A couple of other important examples of processing hardware are the RAM, and the motherboard.
The physical aspects of a computer, often referred to as hardware, include components such as the central processing unit (CPU), memory (RAM), storage devices (HDD or SSD), motherboard, power supply unit, and peripheral devices like monitors, keyboards, and mice. These components work together to enable the computer to process data, run applications, and communicate with other devices. Additionally, the physical casing or chassis houses and protects these components while providing ports and connections for peripherals. Overall, the physical aspects are essential for the computer's functionality and performance.
None of these are considered to be components of a von neumann/stored program computer. Their meanings are, or have been:CPU, central processing unit (a combination of ALU and CU)core, a now obsolete form of RAM using ceramic ferrite cores strung on a wire matrixcore, one CPU within a microprocessor IC containing multiple CPUsRAM, random access memory (capable of both reading and writing)ROM, read only memory (usually also capable of random access)The components of a von neumann/stored program computer are:ALU, arithmetic logic unit (processes data under control of the CU)CU, control unit (processes instructions)memory, storage for both instructions and data (may contain RAM and/or ROM)I/O, input and output unitsThe main difference between a von neumann/stored program computer and a harvard computer is that the harvard computer has two entirely separate memories: one just for instructions (that is only connected to the CU) and one just for data (that is only connected to the ALU and I/O). As a standard harvard computer cannot modify/write its own program the instruction memory is typically entirely ROM and requires special external means of loading it.
RAM
The component of a computer that utilizes RAM for temporary storage and quick access to data is the CPU (Central Processing Unit).
In general when speaking of computer hardware it is the CPU (central processing unit) also called the processor. As a whole unit though, it is a combination of the CPU, the Motherboard, RAM, and the operating system.
process device means which helps processing like CPU(Central Processing Unit), RAM(Random Access Memory).
Motherboard , CPU (central processing unit), RAM(random access memory) :)
no. Although closely associated with the central processing unit, memory is separate from it.
No, it's storage. RAM = Random Access Memories. It has both input and output interfaces with CPU (Central Processing Unit)
1-hard disk 2-ram
For starters:Hard driveRandom Access Memory (RAM)Central Processing Unit (CPU)MotherboardPower Supply Unit (PSU)
Process device means which helps processing like CPU(Central Processing Unit), RAM(Random Access Memory), Motherboard, Power Supply, Graphic Card etc.
Process device means which helps processing like CPU(Central Processing Unit), RAM(Random Access Memory), Motherboard, Power Supply, Graphic Card etc.
Process device means which helps processing like CPU(Central Processing Unit), RAM(Random Access Memory), Motherboard, Power Supply, Graphic Card etc.