Many implementations check the least significant bit to see if it is a 1.

The next least significant bit drives a speaker of twice this area, and so on.

Each byte will have the group in its 7 least significant bits.

The three least significant bits are set to 0.

We wouldn't notice if the least significant bit in the various color bytes was off or on.

Again, the least significant bit (rightmost in this table) is sent first.

Therefore, the least significant bit can be used (more or less undetectably) for something else other than color information.

The least significant bit (first transmitted) defines the frame type.

P is a counting class, and can be seen as finding the least significant bit of the answer to the corresponding problem.

The decision problem class P instead asks for the least significant bit of the #P answer.

Without dither the low level may cause the least significant bit to "stick" at 0 or 1.

Another possibility is just using the least significant bit of an analog-to-digital converter.

You just know there's a lot of uncertainty in the least significant bits of that.

And adding 1 to get the two's complement can be done by simulating a carry into the least significant bit.

The two least significant bits of round keys used in multiplication are always set to the value 1.

If the test was true, the value one is written to the least significant bit of the destination register to indicate the condition.

Recursive processing continues until the least significant bit has been used for sorting.

The least significant bits have the useful property of changing rapidly if the number changes even slightly.

Some protocols send the least significant bit first.

Values are stored in binary-coded decimal, least significant bit first.

All bytes are sent least significant bit first.

This is because partial information about the plaintext can often be recovered (for example the least significant bit of the message).

On louder samples some of the least significant bits are truncated, with the hope that they will be inaudible.

Usually it means something like manipulating the least significant bits of an image file to convey a text message.

And, for example, you only use the least significant bits of a 24-bit photo, then you get three bits times that.