Topic 1 Question 95
Which prompting technique can protect against prompt injection attacks?
Adversarial prompting
Zero-shot prompting
Least-to-most prompting
Chain-of-thought prompting
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コメント(5)
- 正解だと思う選択肢: A
The most effective technique for protecting against prompt injection attacks is A. Adversarial Prompting.
Here's why:
Proactive Defense: Adversarial prompting involves deliberately crafting malicious prompts to test the model's boundaries and identify vulnerabilities. This proactive approach helps uncover weaknesses that might otherwise go unnoticed. While C. Least-to-most Prompting can indirectly improve robustness by simplifying the initial prompts, it's not a primary defense against prompt injection. Its primary focus is on improving task completion, not directly addressing malicious inputs.
Key takeaway: Adversarial prompting is the most direct and effective method for enhancing the security of language models against prompt injection attacks.
👍 2aws_Tamilan2024/12/27 - 正解だと思う選択肢: A
Adversarial prompting is a technique designed to prevent prompt injection attacks, which are attempts to manipulate a model's behavior by injecting harmful or misleading instructions within the input prompt. This technique involves using carefully crafted prompts that make it harder for the model to misinterpret or be misled by unwanted inputs.
Adversarial prompting can include various methods to detect, block, or neutralize harmful inputs. It might involve incorporating security mechanisms in the prompt itself, such as validating or sanitizing the input or applying certain constraints on the model's output to mitigate the risk of prompt injections.
👍 2Jessiii2025/02/11 - 正解だと思う選択肢: A
Adversarial prompting involves designing and testing prompts to identify and mitigate vulnerabilities in an AI system. By exposing the model to potential manipulation scenarios during development, practitioners can adjust the model or its responses to defend against prompt injection attacks. This technique helps ensure the model behaves as intended, even when malicious or cleverly crafted prompts are used to bypass restrictions or elicit undesirable outputs.
👍 1ap64912024/12/27
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