感传算协同工业互联网优化设计

doi:10.11959/j.issn.1000-436x.2023118

Abstract

Abstract:

In view of the new scenario and time-sensitive requirements of sensing-transmission end to computing end in the industrial Internet, and to solve the problem of end-to-end delay in applications that were not up to standard, a network optimized design scheme for sensing-transmission cooperative computing was proposed.First, the sensing-transmission computing cooperative network architecture based on cloud-edge-end was proposed to promote the deep integration of multidimensional systems and heterogeneous resources.Secondly, the network topology construction mode was optimized to reduce the average path length of the network, shorten the propagation distance, and offset the problem of signal decay due to the use of higher frequencies.Finally, the routing method was improved, and an integrated algorithm of topology optimization and routing strategy was designed to reduce the queuing delay in the network, control the end-to-end delay within a bounded range, and weaken the “long tail phenomenon”.The experimental results show that the scheme reduces the end-to-end delay and ensures the real-time and reliability of the network by optimizing the network topology and routing strategy and integrating the design.

Key words: industrial Internet, integrated sensing transmission and computation, topology optimization, routing strategy

CLC Number:

TP393

Jingbo LI, Li MA, Yang LI, Yingxun FU, Dongchao MA. Optimized design of sensing transmission and computing collaborative industrial Internet[J]. Journal on Communications, 2023, 44(6): 12-22.

Figures/Tables 9

参数	含义
V ,E	网络中节点和边的集合
$f_{n}$	第n个数据流
$s_{n}, d_{n}$	数据流 f_n 的源节点和目的节点
${size}_{n}, {upd}_{n}$	数据流 f_n 的大小和时延上限
$R_{n}^{m}$	数据流 f_n 在网络中的第m条传输路径
$R_{l}, R_{g}$	初始半径和全局半径
c	拓扑扩张速度
apl	平均路径长度
$l_{\min}$	两节点之间的最短路径长度
$k, k_{m}$	节点的度和阈值
p	节点被连接的概率
m ,e	节点和边的个数
P ( )k	度分布函数
$δ$	时延阈值
$α, β$	权重系数
$d_{t}, d_{p}, d_{h}, d_{q}$	发送时延，传播时延，处理时延，排队时延
$D_{n}, D_{n}^{t}$	f _n 有堵塞的总时延和无堵塞的总时延
$B_{n}^{m}$	f _n 在网络中第m条传输路径的可用带宽
F	路由选择函数

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