I have gray code for emergency contact with my superior.

The data for each angle is a Gray code 17-bit word in serial form.

Using Gray code, starting from zero, determine the change to the next value.

When using binary or gray code, a decoder is needed to determine the state.

Curious, nothing on Gray codes and the error correction that makes a lot of communications possible.

Typically, there is no means of modulating individual stripes, such as with Gray codes.

Clearly the set of actors currently on stage can be represented by a 4-bit binary Gray code.

A Gray code counter was patented in 1962 , and there have been many others since.

However, mathematicians have discovered other kinds of Gray codes.

An encoder, for example, might output a Gray code.

Gray code ensures that only one variable changes between each pair of adjacent cells.

Similar clocks, based on Gray coded binary, also exist.

Gillham was said to have had the idea of using a modified Gray code while at a family dinner.

When bit-string representations of integers are used, Gray coding is often employed.

Gray codes can be used as similar rotary positional encoding mechanisms.

The modulator uses the Gray code to encode 5-bit symbols into the tone numbers.

Gray code is derived from this notion.

Gray code is another code that always changes one logical value, but never more than one.

In balanced Gray codes, the number of changes in different coordinate positions are as close as possible.

A Gray coded bit-assignment is also given.

Such Hamiltonian paths and cycles are also closely connected to Gray codes.

The choice of which ensures that these codes are indeed Gray codes turns out to be .

Viewed as Gray codes, these sequences have the property of being able to detect any single-bit coding error.

Of course, you would use each of the two columns of four boxes to send a grey code, but it must be very slow.

The example is a small combinatorial design, more specifically the binary to Gray code converter: