Scenario-based quasi-static task mapping and scheduling for temperature-efficient MPSoC design under process variation

Khodabandeloo, Behnam; Khonsari, Ahmad; Gholamian, Farzad; Hajiesmaili, Mohammad H.; Mahabadi, Aminollah; Noori, Hamid

doi:10.1016/j.micpro.2014.05.006

Cited by 5 publications

(1 citation statement)

References 17 publications

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“…At various stages of the design and construction of IoT devices, it is imperative to incorporate strategic planning and scenario-based modeling [66]. With the advent of 5G networks, the communications industry is poised for a significant transformation, and communication service providers (CSPs) must realign their business strategies and restructure their operations, architecture, and networks, with big data and analytics playing a crucial role [67].…”

Section: Intelligent Communication Modelmentioning

confidence: 99%

Big Image Data 15Vs Model for Intelligent Data Ocean of Multimedia Things

Mahabadi,

Abdolazimi

2024

Preprint

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The classification of large image data using traditional methods has been based on changes in image gray features, extraction of edge and contour feature information, or conversion between image coordinate sets. However, due to the growth of new image size and big image data (BID) in real-time multimedia communication and future online big data (BD) applications, these methods have become increasingly complex and resulting in poor real-time performance. These complex methods suffer from complex algorithms, massive data communication, slow processing speed, unintelligent predictive modeling, weak data classification, limited accuracy, uncleaned usage data, combined destructive artificial and natural noise, exchanging data values over time, and exhausting updating data for accurate operation of media storage. In the era of the Internet of Multimedia Things (IoMT), most modern devices can accurately capture vast amounts of observational data in the form of valuable images, text, and acoustic recordings. This reliable data must be kept valid for local data processing at different times and for globally extracting knowledge from information at various data levels to address forthcoming challenges related to big image data. The challenges of secure communication require accurate, reliable, fast, and effective information gathering for local decision-making and global knowledge mining of BID to support cyber-physical systems for speedy data virtualization of smart city devices. Complex and uncontrollable problems persist on the outskirts of grids, fogs, and cloud networks regarding data cleansing and privacy protection for intelligent data ocean management. This study developed a new 15Vs model empirically to examine distributed big image data processing based on a modern BID connectivity approach. The model accurately extracts textured features from visible data images and overcomes a unique set of key challenges. The model introduces a strategic analyzer, uses intelligent local agents, and recruits clever global bots to provide a suitable platform for generous support of bot-oriented BD processing. This instantly forms a hierarchical data level for better data acquisition and cleansing, safe privacy protection, suitable information diffusion, and speedy knowledge extraction. Our study presents a novel definition of BID to address the ultimate challenges of data management in a high-risk environment for further big image data modeling research needs.

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Section: Intelligent Communication Modelmentioning

confidence: 99%