Nowadays, Cloud computing is an evolutionary method which gives on-demand flexible and scalable properties by pay-per-utilize model. Several companies are constructing extra data centres and moving their operations to...
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Deep Neural Networks (DNNs) have made remarkable advances across various domains, capturing the interest of researchers, also in the fields of signal processing and speech enhancement (SE). This growing of attention h...
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This research explores the synergistic integration of value engineering methods and green energy systems in Denpasar Health Polytechnic building construction innovations. The application of value engineering methods u...
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Efficient load balancing is vital in cloud computing to optimize resource use, enhance performance, and maintain application availability. Traditional methods often underutilize the scalability of IaaS models. Hence, ...
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Fuzzy computing, a computational intelligence technique can be employed in the healthcare industry for numerous purposes. The dataset available consists of several features that are equivalently important for the pred...
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Innovative solutions to major issues in agriculture and sustainability are now available because of the fusion of bio-inspired computing and plant biotechnology. This study examines how genetic algorithms and neural n...
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Protein-protein interactions (PPIs) are crucial for various cellular activities and disease development, and modulating PPIs using small molecule inhibitors (PPIIs) has gradually become a promising therapeutic strateg...
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This research study proposes a novel Smart Irrigation System that integrates Microbial Fuel Cells (MFCs) with IoT and Machine Learning for sustainable agricultural practices. The system uses MFCs to generate electrici...
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Superconducting circuits have emerged as a highly promising platform for quantum computing, among other divices based on Josephson junctions. The fabrication and testing of these devices requires especiallized nanofab...
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ISBN:
(纸本)9798350362213;9798350362220
Superconducting circuits have emerged as a highly promising platform for quantum computing, among other divices based on Josephson junctions. The fabrication and testing of these devices requires especiallized nanofabrication facilities and milikelvin range testing equipment. In the search for the fabrication of these devices we have ran into limitations which forced us into creative solutions for the fabrications of these superconducting circuits and Josephson Junctions. Furthermore the development of these technologies allows for application in a wide range of research fields such as quantum computing, magnonics, micro-electromechanical systems and more.
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