Understanding the intention of vehicles in the surrounding traffic is crucial for an autonomous vehicle to successfully accomplish its driving tasks in complex traffic scenarios such as highway forced merging. In this paper, we consider a behavioral model that incorporates both social behaviors and personal objectives of the interacting drivers. Leveraging this model, we develop a receding-horizon control-based decision-making strategy, that estimates online the other drivers' intentions using Bayesian filtering and incorporates predictions of nearby vehicles' behaviors under uncertain intentions. The effectiveness of the proposed decision-making strategy is demonstrated and evaluated based on simulation studies in comparison with a game theoretic controller and a real-world traffic dataset.

通过包含社会行为和驾驶员个人目标的行为模型，利用贝叶斯滤波和对于不明确意图的附近车辆行为的预测，开发了一种基于滑动时域控制的决策策略，以在线估计其他驾驶员的意图。通过与博弈论控制器和真实世界交通数据集的模拟研究进行比较，验证了所提出的决策策略的有效性。

利用社会心理因素的强制合并情境中自主车辆的交互感知决策