👉 Unsigned computing is an approach to digital computation that operates on data without considering the sign of the numbers involved, typically using only positive integers. Unlike signed computing, which can represent both positive and negative values by encoding the magnitude and sign of numbers differently (e.g., using two's complement for negation), unsigned computing treats all numbers as non-negative. This simplifies hardware design, reduces complexity, and can lead to more efficient arithmetic operations, as there's no need for additional logic to handle negative numbers. However, it is limited in applications where negative values are meaningful, such as arithmetic with negative integers or bitwise operations involving signed data.
