A Novel Implementation of Linux Based Android Platform for Client and Server

Kumar, M. Kiran; Kumar, Shiv; Kalpana, Ella; Srikanth, Donapati; Saikumar, K.

doi:10.1007/978-3-030-76653-5_8

Cited by 16 publications

(2 citation statements)

References 21 publications

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“…In contrast, wired charging systems are more effective since they provide the vehicle's batteries being wired directly into the power grid. Plug-in charging stations and conductive charging mats are two examples of these systems [28].…”

Section: Related Workmentioning

confidence: 99%

V2G Nonlinear Connection in EV’s for Wireless and Sustainable Mobility with Support of Machine Learning

Sudeepthi Govathoti

2024

cana

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In order to achieve reliable, rapid, and affordable charging solutions, this study examines the several approaches and strategies used in electric vehicle wireless charging systems. Wireless charging offers an eco-friendly and user-friendly alternative to standard cable systems by doing away with the need for physical connections. In the first section of the review, presented below are the numerous modes of wireless power transfer, with an emphasis on the inductive & capacitive methods. Next, the essay delves into the several kinds of electric vehicle wireless charging systems, including mobile and static alternatives, and how they are categorised. Noteworthy to this research is its examination of dynamic charging systems' standard model and design characteristics, which enable wireless charging in moving vehicles. It also shows how important control system features are for effective power transmission and communication between charging receiver and transmitter parts. In addition to reviewing various battery models and comparing various types of batteries, the article acknowledges the crucial function that batteries play in electric vehicles and highlights how they affect the parameters of the charging system. Finally, the paper delves into a discussion of its findings and makes suggestions for further research in this area.

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Section: Related Workmentioning

confidence: 99%

V2G Nonlinear Connection in EV’s for Wireless and Sustainable Mobility with Support of Machine Learning

Sudeepthi Govathoti

2024

cana

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“…The schematic diagram and QCA layout of the suggested circuit remains explained. It utilizes a very less cell count of 107 QCA cells compared to its earlier designs (Kiran Kumar et al , 2022). The circuit is said to be fault-tolerant only if QCA design satisfies RUG and F2G modeling with respected to reversible logic design.…”

Section: Literature Surveymentioning

confidence: 99%

QCA with reversible arithmetic and logic unit for nanoelectronics applications

Gade

Rooban

2022

IJICC

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PurposeIn this research work, brief quantum-dot cellular automata (QCA) concepts are discussed through arithmetic and logic units. This work is most useful for nanoelectronic applications, VLSI industry mainly depends on this type of fault-tolerant QCA based arithmetic logic unit (ALU) design. The ALU design is mainly depending on set instructions and rules; these are maintained through low-power ultra-functional tricks only possible with QCA-based reversible arithmetic and logic unit for nanoelectronics. The main objective of this investigation is to design an ultra-low power and ultra-high-speed ALU design with QCA technology. The following QCA method has been implemented through reversible logic.Design/methodology/approachQCA logic is the main and critical condition for realizing NANO-scale design that delivers considerably fast integrate module, effective performable computation and is less energy efficiency at the nano-scale (QCA). Processors need an ALU in order to process and calculate data. Fault-resistant ALU in QCA technology utilizing reverse logic is the primary objective of this study. There are now two sections, i.e. reversible ALU (RAU), logical (LAU) and arithmetical (RAU).FindingsA reversible 2 × 1 multiplexer based on the Fredkin gate (FRG) was developed to allow users to choose between arithmetic and logical operations. QCA full adders are also implemented to improve arithmetic operations' performance. The ALU is built using reversible logic gates that are fault-tolerant.Originality/valueIn contrast to earlier research, the suggested reversible multilayered ALU with reversible QCA operation is imported. The 8- and 16-bit ALU, as well as logical unit functioning, is designed through fewer gates, constant inputs and outputs. This implementation is designed on the Mentor Graphics QCA tool and verifies all functionalities.

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