either-or operation
XOR operation

So you can see that this XOR operation is trivial.

Both methods can be implemented rather easily by using an XOR operation.

Due to the nature of the XOR operation, it is reversible.

They form a group (mathematics) under the XOR operation.

The best way to remember a XOR operation is: "One or the other, but not both".

The same problem apply to the OR and XOR operations.

Calculate and store the resulting block in the cache, being the XOR operation.

This is because addition in any characteristic two finite field reduces to the XOR operation.

And as we know, what an XOR operation does is it conditionally inverts the bits.

For example, the XOR operation could be used:

The idea is that the XOR operation is essentially a conditional bit inversion.

Conveniently, an XOR operation on these two bits can quickly determine if an overflow condition exists.

The field's addition operation is given by the table below, which corresponds to the logical XOR operation.

Key mixing - the result is combined with a subkey using an XOR operation.

Two XOR operations suffice to do the traversal from one item to the next, the same instructions sufficing in both cases.

Because of the symmetry of the XOR operation, encryption and decryption are exactly the same:

Each decoded pixel is encrypted by applying an XOR operation with a 24-bit number produced by a generator.

For XOR operations, if two inputs are the same, the output will be 0; otherwise, the output will be 1.

It takes advantage of the bitwise XOR operation, here denoted by , to decrease storage requirements for doubly linked lists.

Its primary merit is that it is simple to implement, and that the XOR operation is computationally inexpensive.

XOR swap uses the XOR operation to swap two numeric variables.

This affine transformation is the sum of multiple rotations of the byte as a vector, where addition is the XOR operation.

And essentially what they do is they take the prior block and XOR that - here we go with our favorite XOR operation again.

This step involves comparing the two layout databases/GDS by XOR operation of the layout geometries.

It would take the key stream, use the XOR operation to invert the bits in the plaintext, the unencrypted packet, stick it out in the air.