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fragattack: minor rewording
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@ -282,8 +282,8 @@ device and are further discussed below the table.
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| `ping I,P,P` | Send a fragmented ping: both fragments are sent in plaintext.
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| `linux-plain` | Mixed plaintext/encrypted fragmentation attack specific to Linux.
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| <div align="center">*[Broadcast fragment attack (§6.4)](#id-test-broadcastfrag)*</div>
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| `ping I,D,P --bcast-ra` | Send a ping request in plaintext broadcasted 2nd fragment after connecting.
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| `ping D,BP --bcast-ra` | Same as above, but the ping is inject during the handshake (check with tcpdump).
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| `ping I,D,P --bcast-ra` | Send a unicast ping in a plaintext broadcasted 2nd fragment once connected.
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| `ping D,BP --bcast-ra` | Same as above, but the ping is sent during the handshake (check with tcpdump).
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| <div align="center">*[A-MSDUs EAPOL attack (§6.5)](#id-test-cloackamsdu)*</div>
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| `eapol-amsdu BP` | Send A-MSDU disguised as EAPOL during handshake (check result with tcpdump).
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| `eapol-amsdu I,P` | Same as above, except the frame is injected after obtaining an IP.
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@ -330,7 +330,7 @@ mitigations are discussed in Section 7.2 of the paper.
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The last two tests are used to simulate our A-MSDU injection attack:
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- `amsdu-inject`: This test simulates the A-MSDU injection attack described in Section 3.2 of the paper. In particular,
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it sends an A-MSDU frame whose starts is also a valid LLC/SNAP header (since this is also what happens in our reference
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it sends an A-MSDU frame whose start is also a valid LLC/SNAP header (since this is also what happens in our reference
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attack).
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- `amsdu-inject-bad`: Some devices incorrectly parse A-MSDU frames that start with a valid LLC/SNAP header causing the
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