New Location Recommendation Technique on Social Network

Sutarat Choenaksorn, Saranya Maneeroj
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Abstract

With the availability of current modern technologies, decisions making in an everyday life can be assist in many different ways. Many researches in the past decade has studied about recommendation systems. Recommendation systems can base on different variables with location-based services is one of the more interesting factor to a recommendation system. Recommendations on Location based Network is a service for assisting people to locate locations of their interests. A large number of recorded checked-in histories was gathered to make the prediction according to the desired preferences of each user. Furthermore, determinations have shown a social relationship leading to availability of information will assist in making better recommendations based on the locations. Recently, the recommendation system on location-based domain usually combines either content-based technique and collaborative technique, or collaborative technique and social-based techniques. It is difficult to find the way to combine those three techniques. So there is no research that combine those techniques on location-based recommendation system. This study proposes a new method that combines content-based technique, collaborative technique, and social-based techniques; to produce more efficient result results than location-based RS methods. The evaluation results show that the proposed method provide higher accuracy and coverage than two current location methods by measuring with the Normalized Discounted Cumulative Gain (NDCG) and coverage matrix.
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基于社交网络的新位置推荐技术
随着当前现代技术的可用性,日常生活中的决策可以通过许多不同的方式得到帮助。在过去的十年里,许多研究都是关于推荐系统的。推荐系统可以基于不同的变量,基于位置的服务是推荐系统更有趣的因素之一。基于位置的网络推荐是一项帮助人们定位他们感兴趣的位置的服务。收集了大量记录的签入历史,以便根据每个用户的期望偏好进行预测。此外,所作的决定表明一种社会关系导致资料的可得性,这将有助于根据地点提出更好的建议。目前,基于位置领域的推荐系统通常是将基于内容的推荐技术与协作技术相结合,或者将协作技术与基于社交的推荐技术相结合。很难找到将这三种技术结合起来的方法。因此,目前还没有研究将这些技术结合到基于位置的推荐系统中。本研究提出了一种结合基于内容的技术、协作技术和基于社会的技术的新方法;产生比基于位置的RS方法更有效的结果。通过对归一化贴现累积增益(NDCG)和覆盖矩阵的测量,评价结果表明,该方法比现有的两种定位方法具有更高的精度和覆盖范围。
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