论文标题
气球至波动的Adhoc无线网络连接：Google Project Loon
Balloon-to-Balloon AdHoc Wireless Network Connectivity: Google Project Loon
论文作者
论文摘要
Project Loon是Google X Lab的Google发起的研究项目。该项目致力于提供远程的Internet访问和网络连接。连通性在垂直和水平空间中建立； Google接入点（GAP）和气球之间的垂直连通性以及在陆地上安装的气球和天线之间；气球之间的水平连通性。这项研究重点是网络网络中气球之间的连通性。该建议重点是实施具有Adhoc通信协议的凸船体等图形方法。所提出的协议包括使用角扇形划分而不是网格的基于内容的多播，以及基于动态核心的网格协议，定义了某些核心活动节点和形成凸壳的被动节点。节点之间的传输（多播和广播）将使用链接概率来评估，该链接概率定义了两个节点失败之间的链接的概率。基于链接概率和节点特征，将评估传输和接收器节点之间的最佳路径。
Project Loon is a Google initiated research project from the Google X Lab. The project focuses on providing remote internet access and network connectivity. The connectivity is established in vertical and horizontal space; vertical connectivity between Google Access Point (GAP) and the balloons, and between balloons and antennas installed at land; horizontal connectivity is between the balloons. This research focuses on the connectivity between the balloons in a mesh network. The proposal focuses on implementing graphical methods like convex hull with adhoc communication protocols. The proposed protocol includes content-based multicasting using angular sector division rather than grids, along with dynamic core-based mesh protocol defining certain core active nodes and passive nodes forming the convex hull. The transmission (multicasting and broadcasting) between the nodes will be evaluated using the link probability defining the probability of the link between two nodes failing. Based on the link probability and node features, best path between transmitting and receiver nodes will be evaluated.
