Shallow variational bottleneck compression is more vulnerable to adversarial attacks than deep variational bottleneck compression, and generative decoders widen the attack surface in task-oriented communication.
Task-oriented multi-user semantic communication with lightweight semantic encoder and fast training for resource-constrained terminal devices,
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Adversarial Robustness of Bottleneck Injected Deep Neural Networks for Task-Oriented Communication
Shallow variational bottleneck compression is more vulnerable to adversarial attacks than deep variational bottleneck compression, and generative decoders widen the attack surface in task-oriented communication.