Artificial Intelligence Logic and Applications
The 2nd International Conference, AILA 2022, Shanghai, China, August 26–28, 2022, Proceedings
Article
Solar-driven interfacial evaporation is a sustainable and green desalination method with great prospects for development in today’s severe water shortage problem. In this paper, a novel composite aerogel was p...
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Article
With the development of infrared detection, a single low emissivity or thermal insulation material can no longer meet the needs, and it is particularly important to design a composite material combining these ...
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With the advent of an ageing society, wearable strain sensors have great prospects for applications in artificial intelligence, motion detection and healthcare, and have attracted much attention from researche...
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Multicore systems integrated with hardware accelerators provide better performance for executing real-time applications in time-critical fields, such as robots, avionics, and aerospace. The integration of hard...
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While ionic gels are developed due to the good stability brought by ionic liquids, ionic gels for use in practical environments need to have good mechanical properties, self-healing properties, and fatigue res...
Chapter and Conference Paper
Heterogeneous multicore system integrated with FPGA has been shown to yield superior performance when executing real-time applications. In this paper, we propose a heterogeneous multicore co-scheduling algorit...
Chapter and Conference Paper
Fuzzy c-means (i.e., FCM) is a representative clustering method that is widely used in machine learning and pattern recognition. It can describe the degree of fuzziness of objects to clusters using memberships...
Chapter and Conference Paper
With the frequent occurrence of security issues in open-source software, the public is gradually paying attention to the trustworthiness of open-source software. As the cradle of open-source software, the open...
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Conductive hydrogels have attracted enormous attention in wearable electronic devices due to considerable flexibility and similarity with human skin. Since the majority of hydrogels were fabricated by one-pot ...
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Micropatterning various ion-based modality materials offers compelling advantages for functionality enhancement in iontronic pressure sensing, piezoionic mechanoreception, and skin-interfaced electrode adhesio...
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Oceanic lithosphere is generated at divergent plate boundaries and disappears at convergent plate boundaries. Seafloor spreading and plate subduction together constitute the physical coupling and mass conserva...
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Mixed-valence metallic compounds are a class of functional materials with peculiar electrochemical properties. Exploring the correlation between defects and corrosion resistance of mixed-valence metallic compo...
Chapter and Conference Paper
Software trustworthiness measurement becomes a focus in software companies. In software trustworthiness measurement, traditional Analytic Hierarchy Process (shortly, AHP) is usually utilized to estimate softwa...
Chapter and Conference Paper
Authentication protocols are the basis for secure communication in many distributed systems but are highly prone to errors in their design, preventing them from working properly. It is therefore necessary to a...
Chapter and Conference Paper
The software has been a part of our daily life. However, software systems are becoming more and more complex, with many uncertainties, unavoidable software bugs, failures, and even disasters. The measurement o...
Book and Conference Proceedings
The 2nd International Conference, AILA 2022, Shanghai, China, August 26–28, 2022, Proceedings
Article
The requirement of promyelocytic leukaemia protein (PML) in interferon (IFN)-induced cell apoptosis is well-established. However, the exact mechanisms by which the multiple isoforms of PML protein participate ...
Article
Oxygen fugacity (fO2) is an intensive variable that describes the redox state of a system. By controlling the valence state of multivalent elements, fO2 affects the stability of iron-bearing minerals, dominants t...
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The present work focuses on the in situ self-propagating high-temperature synthesis (SHS) of ZrB2-SiC (ZS) ceramic composites in a Si-Zr-B4C system. The reaction process characteristics, microstructure and radiat...