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Energy-aware processor merging algorithms for deadline constrained parallel applications in heterogeneous cloud computing
Energy efficiency has become a key issue for cloud computing platforms and data centers.
Minimizing the total energy consumption of an application is one of the most important …
Minimizing the total energy consumption of an application is one of the most important …
Energy management for multiple real-time workflows on cyber–physical cloud systems
Cyber–physical cloud systems (CPCS) are extensions of cyber–physical systems (CPS) that
expand the cyber-part and distribute it on-device and in-cloud. CPCS are considered large …
expand the cyber-part and distribute it on-device and in-cloud. CPCS are considered large …
Towards Enhanced Energy Aware Resource Optimization for Edge Devices Through Multi-cluster Communication Systems
S Li, Y Ma, Y Zhang, Y **e - Journal of Grid Computing, 2024 - Springer
In the realm of the Internet of Things (IoT), the significance of edge devices within multi-
cluster communication systems is on the rise. As the quantity of clusters and devices …
cluster communication systems is on the rise. As the quantity of clusters and devices …
A systematic survey of multiprocessor real-time scheduling and synchronization protocol
A Kumar, SK Gupta - International Journal of Sensors Wireless …, 2022 - benthamdirect.com
Background: Nowadays, there is an immense increase in the demand for high power
computation of real-time workloads and the trend towards multi-core and multiprocessor …
computation of real-time workloads and the trend towards multi-core and multiprocessor …
Energy-efficient intra-task DVFS scheduling using linear programming formulation
In real-time embedded systems, minimizing energy consumption is one of the most
important tasks. Intra-task dynamic voltage and frequency scaling (DVFS) has been the …
important tasks. Intra-task dynamic voltage and frequency scaling (DVFS) has been the …
Task allocation, migration and scheduling for energy-efficient real-time multiprocessor architectures
D Rupanetti, H Salamy - Journal of Systems Architecture, 2019 - Elsevier
Power consumption is becoming complicated to tackle each day in the embedded systems
industry. As the demand for speed and accuracy increases, so does the power consumption …
industry. As the demand for speed and accuracy increases, so does the power consumption …
Approximation-aware task deployment on heterogeneous multicore platforms with DVFS
Heterogeneous (HE) multicore platforms, such as ARM big. LITTLE, are widely used to
execute embedded applications under multiple and contradictory constraints, such as …
execute embedded applications under multiple and contradictory constraints, such as …
A reformed task scheduling algorithm for heterogeneous distributed systems with energy consumption constraints
Y Hu, J Li, L He - Neural Computing and Applications, 2020 - Springer
As the scale increases and performance improves, the energy consumption of high-
performance computer systems is rapidly increasing. The energy-aware task scheduling for …
performance computer systems is rapidly increasing. The energy-aware task scheduling for …
A temperature-aware and energy-efficient fuzzy technique to schedule tasks in heterogeneous MPSoC systems
Z Ekhtiyari, V Moghaddas, H Beitollahi - The Journal of Supercomputing, 2019 - Springer
Energy consumption and elevating the chip temperature become a serious challenge in
designing embedded systems mainly due to transistor scaling and integration of more …
designing embedded systems mainly due to transistor scaling and integration of more …
A migration aware scheduling technique for real-time aperiodic tasks over multiprocessor systems
Multi-processor systems consist of more than one processor and are mostly used for
computationally intensive applications. Real-time systems are those systems that require …
computationally intensive applications. Real-time systems are those systems that require …