论文标题
审查Bloom过滤器对命名数据网络的影响：未来的Internet体系结构
A Review on Impact of Bloom Filter on Named Data Networking: The Future Internet Architecture
论文作者
论文摘要
今天是智能设备的时代。通过智能设备，即使在移动状态下，人们仍然与全球系统保持联系。因此，当前的互联网正面临可伸缩性问题。因此，由于可伸缩性，将基于IP的Internet留在后面，世界正在转向未来的Internet体系结构，称为命名数据网络（NDN）。当前，连接到Internet的节点数量为数十亿美元。而且，发送的请求数为每秒数百万。 NDN通过修改IP架构以满足当前要求来处理如此庞大的数字。 NDN是可扩展的，产生较少的流量和交通拥堵，提供高级安全性，节省带宽，有效地利用多个网络接口并具有更多功能。同样，Bloom Filter是在NDN的各种模块中部署以处理大量数据包的唯一好选择。 Bloom Filter是成员查询的简单概率数据结构。本文详细讨论了Bloom过滤器在实施NDN中的作用。该文章包括有关Bloom过滤器的精确讨论以及NDN体系结构的主要组成部分，即，数据包，内容商店，前向信息库和未决的兴趣表。
Today is the era of smart devices. Through the smart devices, people remain connected with systems across the globe even in mobile state. Hence, the current Internet is facing scalability issue. Therefore, leaving IP based Internet behind due to scalability, the world is moving to the Future Internet Architecture, called Named Data Networking (NDN). Currently, the number of nodes connected to the Internet is in billions. And, the number of requests sent is in millions per second. NDN handles such huge numbers by modifying the IP architecture to meet the current requirements. NDN is scalable, produces less traffic and congestion, provides high level security, saves bandwidth, efficiently utilizes multiple network interfaces and have many more functionalities. Similarly, Bloom Filter is the only good choice to deploy in various modules of NDN to handle the huge number of packets. Bloom Filter is a simple probabilistic data structure for the membership query. This article presents a detailed discussion on the role of Bloom Filter in implementing NDN. The article includes a precise discussion on Bloom Filter and the main components of the NDN architecture, namely, packet, content store, forward information base and pending interest table are also discussed briefly.
