STfusion: Fast and Flexible Multi-NN Execution Using Spatio-Temporal Block Fusion and Memory Management

Baek, Eunjin; Lee, Eunbok; Kang, Taehun; Kim, Jangwoo

doi:10.1109/tc.2022.3218428

Cited by 3 publications

(1 citation statement)

References 29 publications

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“…The main objective that was incorporated in the microarchitecture is fault tolerant function. So, the fault-tolerant process condition is upgraded in the single chip based on the principle of optimal chimp function [33] and domain adaptation process [32]. The Design of the presented microarchitecture is exposed in fig.…”

Section: Process Of the Proposed Cbdaasmentioning

confidence: 99%

An Intelligent Fault Alert Mechanism for Dynamic IoT Communication Microarchitecture

Gaikwad,

2023

IJRITCC

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The usage Internet of Things (IoT) was maximized throughout the entire world. Hence, the different core processors incorporated microarchitecture makes this IoT communication system. However, the rise of faults due to the malicious event and the data overload might maximize energy and power utilization. So, the current study has proposed a novel Chimp-based Domain adaptation Alert System (CbDAAS) for the dynamic IoT communication microarchitecture. Before initiating the communication sharing process, the present fault in the designed IoT dynamic core microarchitecture was predicted, and those cores were removed for the current data broadcasting process. Henceforth, the designed fault alert microarchitecture is tested in the MATLAB platform. The reliability was valued using different metrics like power usage, energy consumption and detection exactness value. Finally, the validated metrics were compared with the associated studies and scored the finest outcome in fault detection score as 98% and less energy usage at 0.025mj.

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Section: Process Of the Proposed Cbdaasmentioning

confidence: 99%