The dirty bit may or may not match the bit signal originally sent, it may have been modified more than once by different noise events.
The Time - Dirty Bit - was created on 2010-11-05.
I believe you meant difference between a bit and a byte. A byte is 8 bits.
The difference between a 32 bit and 64 bit CPU is the speed in which a computer will read and process the information. A 64 bit CPU will read much quicker and can handle the memory usage better than a 32 bit.
metal drill bit has a finer point
It should say
I want to download Aegisub on Medocow. But I see two files there aegisub-3.1.3_32.exe (with 32 bit) and aegisub-3.1.3_64.exe (with 64 bit) and I do now know what file I need. What difference between them?
fragrance is a bit like perfume.
yellow is a bit brighter in colour.
Actually, there is a bit difference. If you feel a boy pulse, it tends to be a little bit faster than a girls pulse.
Manchester encoding transmits different waveforms to distinguish between 0 and 1. For example, 1 is represented by a high voltage for the first half of the bit, followed by a low voltage (or a negative voltage) in the last half. A 0 should be the exact opposite: low voltage in the first half and high voltage in the second half. Wikipedia explains the principle of differential Manchester encoding better than I could: A '1' bit is indicated by making the first half of the signal equal to the last half of the previous bit's signal i.e. no transition at the start of the bit-time. A '0' bit is indicated by making the first half of the signal opposite to the last half of the previous bit's signal i.e. a zero bit is indicated by a transition at the beginning of the bit-time. In the middle of the bit-time there is always a transition, whether from high to low, or low to high. A reversed scheme is possible, and no advantage is given by using either scheme.
a bit of knowledge means less knowledge (to someone) bit of knowledge a material which gives knowledge
DIT is decimation in time. The input signal must already be available in bit-reversed format. This is the top-down approach where the entire time signal is split into two halve, then each half into again two more halves, etc. DIF is decimation in frequency. Input is in normal order. The output is in bit-revered order. This is a bottom-up approach.