Titlebook: Quantum Dots for Plant Systems; Abdul Majid,Humaira Arshad,Muhammad Azmat Ullah Kh Book 2022 The Editor(s) (if applicable) and The Author(

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Humaira Arshad,Abdul Majid,Muhammad Azmat Ullah Khaning and anomaly detection, the system can effectively analyze complex network traffic patterns. Our FL-based approach preserves data privacy by training models locally, while collaborative learning improves model robustness. Through experimental analysis, we highlight that while centralized models o

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Muhammad Azmat Ullah Khan,Humaira Arshad,Abdul Majidnce across a range of vibrational frequencies and amplitudes. In addition, experimental validation is performed to ensure that the theoretical models are accurate. The investigation reveals the primary factors influencing the efficiency and feasibility of piezoelectric energy harvesters. These consi

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Muhammad Azmat Ullah Khan,Humaira Arshad,Abdul Majids of the framework, allowing for scenario-specific tuning to optimize performance. This work offers a comprehensive conceptual foundation for developing a versatile, scalable, and secure key generation scheme suitable for various applications, from IoT devices to vehicular networks.

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mes up with the concept of aggregated tags, which allows the cloud server to maintain a set of aggregated tags for each file. Notably, the size of the aggregated tag remains the same as that of a single tag, thereby conserving cloud-side storage space. Moreover, only an aggregated public key, rather

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Book 2022us detection. This book also offers in-depth knowledge related to QDs used for plant growth, nutrients, and plant protection from micro-organisms. This volume is beneficial as one comprehensive resource for students, researchers, scientists, technicians, academicians, and industrialists..

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Transport Mechanism from Quantum Dots to Plant Systems,on the size, adhesive properties and leaf surface. The majority of the plants have bifacial leaves with different adaxial and abaxial surfaces. The epicuticular waxes are more in quantity on the adaxial surface may hinder the uptake of QDs. The QDs applied on foliar parts enter the plant through lip