The proposed architecture defines an adaptation of the Fulcrum coding system towards a Fog computing architecture. The distributed coding scheme allows the adjustment of the coding density according to the complexity of each communication device in the network, enabling the system to concentrate the system's performance to those that would allow for a high complexity in the coding if it significantly affects the delay network. These changes enable eliminating redundant information in the network, thus shortening the system delay. Additionally, thanks to Fulcrum coding defining a code concatenation based on RLNC coding, it allows the system to control the coding parameters from the application layer directly. The proposed architecture is an extension of the IoT-Cloud scheme, which allows establishing distributed performance, whose efficiency is controlled by a Fog-RLNC server and a series of Microcasting-type services.

中文翻译：

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雾计算架构上的支点编码性能


所提出的架构定义了 Fulcrum 编码系统对雾计算架构的适应。分布式编码方案允许根据网络中每个通信设备的复杂性来调整编码密度，使得系统能够将系统性能集中到那些在显着影响延迟网络的情况下允许高编码复杂性的性能。这些变化能够消除网络中的冗余信息，从而缩短系统延迟。此外，由于Fulcrum编码定义了基于RLNC编码的代码级联，它允许系统直接从应用层控制编码参数。所提出的架构是物联网云方案的扩展，它允许建立分布式性能，其效率由 Fog-RLNC 服务器和一系列微播类型服务控制。