Noise Modulation-Based Reversible Data Hiding with McEliece Encryption

Table 1

The number of subnoises with different Hamming weights in different settings.

	t = 53	t = 71	t = 97	t = 125	t = 157
m = 10	[292, 46, 2, 1]	[275, 62, 3, 1]	[253, 80, 7, 1]	—	—
m = 11	[632, 48, 1, 1]	[614, 66, 1, 1]	[590, 88, 3, 1]	[565, 110, 6, 1]	[537, 134, 10, 1]
m = 12	[1315, 48, 1, 1]	[1297, 66, 1, 1]	[1271, 92, 1, 1]	[1244, 118, 2, 1]	[1244, 146, 4, 1]

Note. [N₀, N₁, N₂, N₃] represents the number of subnoises with Hamming weights of 0, 1, 2, and 3.