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학술지 An Adaptive Approach Based on Resource-Awareness Towards Power-Efficient Real-Time Periodic Task Modeling on Embedded IoT Devices
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저자
Shabir Ahmad, Sehrish Malik, Israr Ullah, Muhammad Fayaz, 박동환, 김광수, 김도현
발행일
201807
출처
Processes, v.6 no.7, pp.1-29
ISSN
2227-9717
출판사
MDPI AG
DOI
https://dx.doi.org/10.3390/pr6070090
협약과제
18HH2900, 사물 스스로 학습이 가능한 IoT 공통 SW 엔진 개발, 박동환
초록
Embedded devices are gaining popularity day by day due to the expanded use of Internet of Things applications. However, these embedded devices have limited capabilities concerning power and memory. Thus, the applications need to be tailored in such a way to perform the specified tasks within the constrained resources with the same accuracy. In Real-Time task scheduling, one of the challenging factors is the intelligent modelling of input tasks in such a way that it produces not only logically correct output within the deadline but also consumes minimum CPU power. Algorithms like Rate Monotonic and Earliest Deadline First compute hyper-period of input tasks for periodic repetition of the same set of tasks on CPU. However, at times when the tasks are not adequately modelled, they lead to an enormously high value of hyper-period which result in more CPU cycles and power consumption. Many state-of-the-art solutions are presented in this regard, but the main problem is that they limit tasks from having all possible period values; however, with the vision of Industry 4.0, where most of the tasks will be doing some critical manufacturing activities, it is highly discouraged to prevent them of a certain period. In this paper, we present a resource-aware approach to minimise the hyper-period of input tasks based on device profiles and allows tasks of every possible period value to admit. The proposed work is compared with similar existing techniques, and results indicate significant improvements regarding power consumptions.
KSP 제안 키워드
Adaptive approach, Embedded Devices, Industry 4.0, Internet of Things applications, Internet of thing(IoT), IoT Devices, Power Consumption, Power-efficient, Rate Monotonic, Task Modeling, earliest deadline first
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