Abstract—Wireless sensor network (WSN) has been used in widespread domains, and the real-time response is required by many WSN applications.
To achieve the objective of designing a realtime OS with low memory resource consumption, a new WSN OS named HEROS is developed and presented in this paper. For ...
Jun 3, 2024 · The final evaluation results prove that MIROS is suitable to be used even on the tight resource-constrained WSN nodes. It can support the real- ...
An outstanding WSN OS can not only utilize the constrained WSN platform resources efficiently, but also serve the WSN applications soundly. Currently, a set of ...
The final evaluation results prove that MIROS is suitable to be used even on the tight resource-constrained WSN nodes. It can support the real-time WSN ...
The final evaluation results prove that MIROS is suitable to be used even on the tight resource-constrained WSN nodes. It can support the real-time WSN ...
The final evaluation results prove that MIROS is suitable to be used even on the tight resource-constrained WSN nodes. It can support the real-time WSN ...
Hybrid Real-time Operating System for Resource-constraint Wireless ...
uca.hal.science › hal-01788004
Apr 22, 2023 · ... Hybrid Real-time Operating System for Resource-constraint Wireless Sensor Nodes. Journal of Software Maintenance, 2014, 9 (7), ⟨10.4304/jsw ...
MIROS uses the hybrid scheduling to combine the advantages of the event-driven system's low memory consumption and the multithreaded system's high real-time ...
Abstract—Traditional operating systems for wireless sensor networks (WSN) are based on either event-driven or multitask concept.