supercomputer is probably what you are looking for.
ASCII (apex)
Hz on a RAM is the speed of which the hardware can read. the higher the Hz the faster RAM.
She was an early computer programmer, famous for many things including writing the first compiler, inventing the word 'debugging' and coming up with possibly my favorite quote of all time: "It's easier to ask forgiveness than it is to get permission". Very cool lady. Much more info on Wikipedia, you should read it.
I'm not sure if you are referring to specific computer, for example the ML350 servers that HP build. If you are referring to this type of generation, then a new generation of computer indicates an upgrade to the model, including a different (more up to date) hardware package, this would be to support higher demand for the server (from a higher throughput and lower response time aspect).
It was a team effort (no single person). This was an 8 inch diameter floppy without a jacket used to store the microprogram code for various models of the IBM System 370 computer (1971) and had a capacity of only 80KB. It was decided that these floppies did not have to be robust (and were practically considered disposable) as they would rarely be used more than once or twice a day when the computer was first powered on and would be stored away safely the rest of the time.Later when floppies became a common data storage medium on small computers, the floppy had to be made much more robust and reliable and the capacity had to be increased. To improve robustness and reliability the 8 inch floppy was packaged in a stiff jacket with a fabric liner that would clean off and capture dust from the floppy surface. Higher recording density was used. The original FM coding used to read and write data was replaced with MFM coding to double the capacity and some drives could access both sides doubling the capacity again (the highest capacity double sided 8 inch diameter floppy could store 1MB).
MIPS (Million Instructions Per Second) is a measure of a computer's processing speed. It indicates how many instructions a processor can execute in one second. A higher MIPS value means the processor can handle more tasks efficiently. By processing instructions quickly, a computer can execute tasks faster and more efficiently.
No, Super computers are still digital machines processing a larger number of instructions or sets of instructions through higher processing power available by better chips or coupled processors
Height does not affect capacity.
MIPS (Million Instructions Per Second) is a measure of a computer's processing speed. It indicates how many instructions a computer can execute in one second. A higher MIPS value generally means better performance, as the computer can process more instructions quickly. However, MIPS alone does not provide a complete picture of a computer's performance, as other factors like memory speed and architecture also play a role.
MIPS (Million Instructions Per Second) is a measure of a processor's performance. In modern computer processors, MIPS is used to gauge how many instructions a processor can execute in one second. Higher MIPS values indicate faster processing speeds.
Random Acces Memory is a very important part of the mechanics of the computer. You increase it by obtaining a higher capacity ram stick of the same type your computer uses.
compiling program, compiler - (computer science) a program that decodes instructions written in a higher order language and produces an assembly language program
Yes. The higher the number of buffers, the higher the buffer capacity.
A d2d, also known as a disk-to-disk, is where a computer hard drive is backed up to another hard disk rather than a tape or a floppy. It allows for higher speed and higher capacity.
The CPU clock is significant in determining the processing speed of a computer system because it regulates the speed at which the central processing unit (CPU) can execute instructions. A higher clock speed means the CPU can process more instructions per second, leading to faster overall performance of the computer system.
The 8085 microprocessor does not prefetch instructions. The 8086/8088 and higher microprocessors do, in order to boost performance. They are trading idle time in the bus-interface unit, idle time waiting on the execution unit, in order to attempt to have the next instruction already fetched and available when the execution unit finally needs it. This is done by separating the execution unit from the bus-interface unit, and allowing them to operate somewhat asynchronously. Since most instructions will be followed by instructions at the next higher address, this can boost performance by minimizing idle time.
A d2d, also known as a disk-to-disk, is where a computer hard drive is backed up to another hard disk rather than a tape or a floppy. It allows for higher speed and higher capacity.