What happens in a bit flipping attack against an IEEE 802.11 device?

A.
An attacker captures an encrypted frame, modifies the ciphertext, modifies the ICV to hide the change to the ciphertext, and then transmits the frame to appear as if it is from the original source.

B.
An attacker uses a non-linear Message Integrity Check (MIC) on his computer to form a wireless crossover connection with the target computer.

C.
An attacker injects data into a wireless transmission that results in a memory access exception at the target system for the purpose of breaching security.

D.
An attacker sends each frame with the first bit alternating between 0 and 1, causing the target computer to disable encryption synchronization.

E.
An attacker captures an encrypted authentication frame, and then executes a cracking algorithm against each 0 and 1 in the frame. After the frame is cracked, it is used to authenticate the attacker’s computer.