A soft bit value of the most significant bit (MSB) is calculated based on a value of the sample.
Lsb4 is the four least significant bits and the number of ones is counted by starting with the most significant bit (MSB).
An add/subtract enable input on the ALU (105) receives a most significant bit (MSB) of the second set of binary data.
For example, the decoder (40) may monitor a most significant bit (MSB) of the state metric registers (66) to determine when the state metric values for all of the states exceed a threshold value.
The method includes the steps of dividing the digital data signal into most significant bit (MSB) and least significant bit (LSB) portions.
Moreover, the most significant bit s15 is correlated to 1.
The device preferably estimates the frequency from the most significant bit of the output of the first ADC.
The immediate field is decompressed into a decompressed immediate field for which the most significant bit is set.
Each subset includes all but the most significant bit of a corresponding row address.
A voltage is sampled, quantized, and stored as the most significant bit of the ADC's output.
The decoding is started before the most significant bit (sign bit) results from the arithmetic operation, and thereafter, the result of the decoding is selected as soon as the most significant bit (sign bit) is determined.
The inband control signal channel is formed by using the most significant bit position of every sixth transmitted codeword for the transmission of control data.
Consequently, division result of mantissa part where the position of the most significant bit is fixed to a predetermined digit is created.
Depending on the result of the quantization, the control block toggles the driver of one of the capacitors corresponding to the most significant bit.
At least one bit of the MSIN, starting from the most significant bit, is reinterpreted to indicate the CN node.
The MSB or Carry Bit is communicated to an address look-up table (84), which then outputs an address to a memory circuit, which in turn presents a different add amount to the binary adder.
During a partial refresh mode when only the memory cells in a partial area are refreshed, the least significant bit of a refresh address counter is converted into the most significant bit.
The most significant bit of the refresh address is reversed upon each refresh request, and the memory area selected is successively switched each time the refresh address is updated.
If the first bit and the most significant bit are equal, a second bit of the input or its complement is routed to the output if the second bit and next most significant bit of the location are unequal.
The MSB of each group of four bit-current sources is an overlap bit having the same current weighting as the LSB of the preceding group.
The invention comprises a shift register (51, 52) shifting in the direction of the least significant bit and copying the most significant bit or filling in zero values.