The address and the data bytes are sent most significant bit first.

Effectively, we are only computing the values for which the most significant bit of the window is set.

The most significant bit of the first array element is examined.

Sign of the operand depends upon its most significant bit.

The most significant bit is 1, so the value represented is negative.

The problem of finding the most significant bit is in PP.

Find the most significant bit of the result.

The most significant bits are sent first, unlike a conventional serial port.

That is, bit number 1 is always the most significant bit.

In this way it is possible to only transmit, for example, the 3 most significant bits (with sign) of each sample.

Set to a copy of the most significant bit of an arithmetic result.

The leftmost bit is treated as the most significant bit.

This allows models to use just the most significant bits of the dictionary codes as context.

Numbers greater than the maximum possible encoded value have their most significant bits chopped off until they fit.

Data words start in the middle of the high phase of the clock, and the most significant bit is transmitted first.

The most significant bit determines the sign of the number and is sometimes called the sign bit.

Set the most significant bit on each byte except the last byte.

S: Fill the most significant bits with the value of ( m) in two's complement notation.

Offset binary may be converted into two's complement by inverting the most significant bit.

Identifiers are 32-bit integers with their three most significant bits equal to zero.

The 'is-quiet' bit should be the most significant bit of the significand.

However, 0 can refer to either the most significant bit or to the least significant bit depending on the context.

The most significant bit in a byte.

Appending a 0 to the front (most significant bit) of the partial sum sequence ps.

It begins with the most significant bit of the number of layers, and ends with the check words.