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Author

M S Bala Murugan

Bio: M S Bala Murugan is an academic researcher from VIT University. The author has contributed to research in topics: Electronics & ARM architecture. The author has co-authored 2 publications.

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Book ChapterDOI
01 Jan 2018
TL;DR: The proof-of-system concept involving Internet-connected communicating power supplies along with proven both equally power confirming along with control by using a customized, cloud-based data clarifying property is developed.
Abstract: Conserving power inside houses is normally hampered by the lack of in-depth details about what exactly is using the power, how much it can be employing, along with how to remotely and automatically control electronic devices. This issue is especially for many smaller, power-consuming devices which can be used for both commercial buildings and residential. A large number of electronic devices use switching alternate current to direct current supply to operate electronic devices. The “communicating power supplies” (CPS) to enable the respective connection of one’s along with control data between device along with a making administration system or maybe additional central organizations. Here developed the proof-of-system concept involving Internet-connected communicating power supplies along with proven both equally power confirming along with control by using a customized, cloud-based data clarifying property. In the event that CPS technology started to be widespread inside devices, a mix of computerized along with human being interactive remedies might allow substantial number of power financial savings and the security system.
Book ChapterDOI
01 Jan 2018
TL;DR: This paper is estimating and optimizing the energy consumed by the processor with the Lagrange principle, by considering the task and energy consumption by the particular task for a particular time instant by the core in Ubuntu as well as in arm development studio-5.
Abstract: Embedded systems are identified by the processors, on which application-oriented programs have to run. Most of the actions on the processor are controlled and coordinated by the software, and also, it has a fundamental role in the system design. In this paper, we are estimating and optimizing the energy consumed by the processor with the Lagrange principle, by considering the task and energy consumed by the particular task for a particular time instant by the core in Ubuntu as well as in arm development studio-5. This helps to improve the performance of the processors dynamically in the future generations. Now they are widely used in hand-held devices and many other portable consumer gadgets. The ARM processors provide tremendous achievement with less power consumption and compact size performance analysis.