mtanti said:First of all i'de like to know if there is an efficiant algorithm which assembly uses to divide two numbers.
Second I'de like to know how do you divide numbers which don't fit into a register. I'm talking about an array of bytes in RAM to be divided.
10x!
Assembly divisions refer to the process of breaking down a larger problem or task into smaller, more manageable subtasks. In the context of algorithms and registers, this often involves dividing a large data set or problem into smaller pieces that can be processed by the computer.
Algorithms and registers may not fit due to limitations in the size and capacity of the registers, which are small storage areas within the computer's CPU. This can occur when the data being processed is too large or complex to fit into the available registers, requiring additional steps or modifications to the algorithm.
Algorithms play a critical role in assembly divisions by providing a systematic approach to breaking down a problem or data set into smaller, more manageable parts. They help ensure that the divisions are done in a logical and efficient manner, allowing for the data to be processed and stored in the registers effectively.
Assembly divisions can impact the performance of a computer by requiring additional steps or operations to be performed in order to fit the data into the registers. This can slow down the processing speed and overall performance of the computer, especially if the data set is particularly large or complex.
Yes, there are alternative methods to assembly divisions, such as using larger registers or breaking the data into smaller pieces before it reaches the CPU. Other methods, such as parallel processing or using external storage, can also be used to handle larger or more complex data sets without relying heavily on assembly divisions.