The difference between bit and little.
In computer science, both bit and little are units that represent the size of data, but they have distinct differences.
First of all, bit is an abbreviation for binary digit, which means binary bit, which is the smallest unit of data in a computer. A bit can represent only two states, 0 or 1, and is usually used to represent the smallest unit of stored data. For example, a byte consists of 8 bits and can represent 256 different states.
Whereas, little is an adjective that means small or less. In computer science, it is often used to describe the size or amount of data. For example, "little memory" refers to smaller memory, and "little data" refers to less data.
So, the difference between bit and little is that bit is a concrete unit that is used to denote binary bits, whereas little is an adjective that is used to describe the size or amount of data.
The difference between the phrases in the group.
In computer science, there are many phrases made up of bit and little, each of which has different meanings and uses. Here are some common examples:
1."Bitwise operation": Bitwise operation is a basic computer operation that operates on binary bits. Bitwise operations include operations such as displacement, and, or, and not.
2."binary little-endian": Little-endian is a type of endian, where the least significant bit is stored at the lowest address. In the storage of multi-byte values, little-endian endianism places the least significant bit on the lowest address, which makes the order in which multi-byte values are stored in the same order as in memory.
3."Little Endian": Little-endian is a type of endianism in which the least significant bits are stored at the lowest address. In little-endian endianian, multi-byte values are stored in the same order as in memory. For example, a two-byte numeric value 0x1234 stored in little-endian endianism as 12 34.
4."big endian": big-endian endianness is a type of endianness in which the most significant bits are stored at the lowest address. In big-endian endianian, multi-byte values are stored in the opposite order to those in memory. For example, a two-byte numeric value 0x1234 stored in big-endian endianism as 34 12.
Thus, "bitwise operation" refers to a specific arithmetic operation, "binary little-endian" refers to a specific endian, "little endian" refers to a specific way of storing data, and "big endian" refers to another specific way of storing data. The meanings and uses of these phrases are different and need to be understood and used according to the context.