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Artificial Intelligence Bias Minimization Via Random Sampling Technique of Adversary Data

机译:通过对抗数据的随机采样技术最小化人工智能偏置

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Artificial Intelligence is a growing field in technology that mimics the human neural network in order to deduct patterns based on specific datasets. Unlike conventional methods of programming where the code is told explicit rules, AI uses data to predict processes. However, due to AI's prediction of future behavior, it is highly susceptible to data tampering from adversaries who may flood the program with false information. Previous solutions have utilized random sampling, active learning, blockchain and human interaction in order to solve AI bias. In this paper we propose a scheme to address the AI bias by using a method of random sampling in order to mitigate the destruction done to hacked systems while maintaining prediction reliability.
机译:人工智能是技术的一种越来越多的领域,用于模仿人类神经网络,以便基于特定数据集扣除模式。与常规编程方法不同,其中代码被告知显式规则,AI使用数据来预测进程。然而,由于AI对未来行为的预测,它非常容易受到可能具有虚假信息的对手的对手的数据。以前的解决方案利用随机采样,主动学习,区块链和人类互动,以解决AI偏置。在本文中,我们提出了一种通过使用随机抽样方法来解决AI偏置的方案,以便在保持预测可靠性的同时减轻在被攻击的系统中完成的破坏。

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