Abstract
Internet of Things or wireless sensor networks (WSNs) can be utilized in monitoring electrical power consumption. For electrical power application, the main issue is how to effectively apply self-organized WSNs technology to handle the last mile communication and supply the reliable, real-time transmission. For example, great number of renewable generators' instantaneous voltage and power parameters should be reported in real time to dispatching center, which is the primary guarantee to keep the power system's stability. In this paper, integrating traffic engineering and distributed agent technologies, a novel distributed agents QoS routing algorithm is proposed to transmit electrical information flows with multi-QoS constraints. The algorithm can explore fast forward path with multiagents and guarantee transmitting quality with smooth allocating different traffic. We also present the mathematical analysis to prove the algorithm's validity. Finally, in the computer simulation, the average end-to-end delay, routing overhead, and links' bandwidth occupation ratio are computed to evaluate the algorithm performance. Coincident results show that the new algorithm can provide short end-to-end transmission with optimal utilized communication resource. A health infrastructure with load balance can effectively avoid the potential congestion and has robust capability to bear abrupt strong traffic flows.
Highlights
In intelligent home system, Internet of Things (IoTs) or wireless sensor networks (WSNs) are widely employed to transmit different kinds of information, in which electrical power consumption is one of important information effects on people’s daily life
There are a number of wired communication technologies and standards that can be used in electrical power communication networks, such as 100 Gbps optical fibers physical infrastructure, Synchronous Digital Hierarchy (SDH) technology, and Automatically Switched Optical Network (ASON) architecture [4]
The chief assignment of wireless sensor network is measure and transmitting quantity of distributed data to users, which decides the difference between WSN and traditional networks
Summary
Internet of Things (IoTs) or wireless sensor networks (WSNs) are widely employed to transmit different kinds of information, in which electrical power consumption is one of important information effects on people’s daily life. For the electrical power application, the main issue is how to effectively apply self-organized WSNs technology to handle the last mile communication and supply the reliable, real-time transmission. As it is well known, many adverse factors in application scene affect data delivery integrally. Different transmitting attributes of information flows in digital electronics secondary equipments are ubiquitous, in which distributed topologic control and fast protocols should be employed to accurately operate micro grid combined or divided in smart grid system [4].
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