Bit-ViP applies bit-plane processing with Lorenz chaotic noise and differential privacy to produce obfuscated images that resist reconstruction attacks yet support activity recognition on UCF101 and HMDB51.
Ex- treme low resolution activity recognition with confident spatial- temporal attention transfer,
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Bit-ViP: Leveraging Bit-planes to Preserve Visual Privacy in Images through Obfuscation
Bit-ViP applies bit-plane processing with Lorenz chaotic noise and differential privacy to produce obfuscated images that resist reconstruction attacks yet support activity recognition on UCF101 and HMDB51.