Investigation of the gas-sensing performance of CuO sensors functionalized with different stabilized Au nanoparticles by C. Maier, L. Egger, A. Köck, S. Becker, J. S. Niehaus, K. Reichmann

“…While the Au NPs clearly increase the sensor response, in particular for CO<span class="inline-formula">₂</span> and HC<span class="inline-formula">_Mix</span>, we have figured out that the ligands have a significant impact on the sensor performance. …”
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A compact and Ultra-sensitive microfiber based interferometer sensor for precise electrical current detection by Guoyu Li, Fei Xie, Yan Li, Hongtao Li, Rui Liu, Ao Wang, Lili Liang

“…Precision measurement of microcurrents enhances microscopic understanding and provides accurate data for fields like research, healthcare, semiconductors, and sensors. A novel fiber-optic electrical current sensor, featuring a synchronized fusion and tapering process for integrating single-mode optical fibers with silicon microtube filled with carbon fibers, has been presented in this work. …”
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Recognition of pepper plant and ridge characteristics using an ultrasonic sensor for smart upland crop production by Mohammod Ali, Md Rejaul Karim, Md Sazzadul Kabir, Md Asrakul Haque, Kyu-Ho Lee, Sun-Ok Chung

“…Initially, laboratory tests were conducted to evaluate the sensor accuracy of pepper plant height and canopy volume detection. …”
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Optimal transmission power selecting algorithm for cluster based ultra-wide bandwidth wireless sensor networks by PAN Gao-feng, FENG Quan-yuan

“…To solve the energy conservation and power control problem radically in the cluster based ultra wideband wireless sensor networks,an optimal transmission power selecting algorithm（OTPSA） was presented,the goal of which is,within the acceptable range of implementing cost,to get an optimal transmission power value based on the maximum transmission rate and the background noise level,as well as to achieve the required data transmission rate and to meet the energy conserving requirement to the greatest extent.The implementing feasibility,complexity and cost of the proposed algorithm have been analyzed and investigated in detail.The simulative results clearly show that the power consumed under OTPSA is greatly less than the maximum power gotten at each node,and can be regulated according to the fluctuation of the requirement of maximum rate and the background noise;sensor lifetime can also be prolonged by implementing the proposed scheme.Furthermore,the simulative results also indicate that the implementing cost of the presented algorithm is reasonable and acceptable.…”
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On the Impact of Local Processing for Motor Monitoring Systems in Industrial Environments Using Wireless Sensor Networks by Ruan Delgado Gomes, Marcéu Oliveira Adissi, Abel Cavalcante Lima-Filho, Marco Aurélio Spohn, Francisco Antônio Belo

“…This paper presents a theoretical study for verifying the impact of using smart nodes in motor monitoring systems in industrial environments employing Wireless Sensor Networks (WSNs). …”
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One energy-efficient random-walk topology evolution method for underground wireless sensor networks by Yourui Huang, Zhenping Chen, Tao Han, Xiaotao Liu

“…Aimed at the limited energy supply and imperfect topological tolerance for underground wireless sensor networks, one energy-efficient random-walk scale-free topology model is proposed in this article, and a power network topology structure with adjustable rate index gets generated. …”
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Dual-Homomorphic Message Authentication Code Scheme for Network Coding-Enabled Wireless Sensor Networks by Alireza Esfahani, Du Yang, Georgios Mantas, Alberto Nascimento, Jonathan Rodriguez

“…However, most of them cannot resist tag pollution attacks. This paper presents a new homomorphic MAC-based scheme, called Dual-Homomorphic MAC (Dual-HMAC), for network coding-enabled wireless sensor networks. …”
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An intelligent data gathering schema with data fusion supported for mobile sink in wireless sensor networks by Jin Wang, Yu Gao, Wei Liu, Arun Kumar Sangaiah, Hye-Jin Kim

“…Numerous tiny sensors are restricted with energy for the wireless sensor networks since most of them are deployed in harsh environments, and thus it is impossible for battery re-change. …”
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Toward Improving Human Training by Combining Wearable Full-Body IoT Sensors and Machine Learning by Nazia Akter, Andreea Molnar, Dimitrios Georgakopoulos

“…To illustrate DigitalUpSkilling from wearable IoT-sensor-driven kinematic models to GAN-ML models for work activity recognition and skill proficiency assessment, the paper presents a comprehensive study on how specific meat processing activities in a real-world work environment can be recognised and assessed. …”
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Charge accumulation on metal strip-detector sensors under ion beam irradiation: experiment and modeling by M. V. Makarets, E. O. Petrenko, V. M. Pugatch

“…This paper presents the Monte-Carlo simulation of charged particles motion in aluminum film of several tens micrometers thickness, which is a sensor part of a strip-detector. …”
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Co-Design and Characterization of a Differential Wireless Passive Micro-Electromechanical System Pressure Sensor by Romain Alcesilas, Jean Claude Bastien, Marc Sansa, Camille Jouvaud, Patrice Rey, Christophe Delaveaud

“…We present a differential wireless passive sensor based on a miniature antenna associated with a MEMS capacitive pressure sensor. …”
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Concept study on using fiber-optic sensors with nanocrystalline diamond sheet for tissue monitoring in radiotherapy by Monika Kosowska, Valery V. Tuchin, Małgorzata Szczerska

“…Ionizing radiation plays a crucial role in medical diagnostics and therapy, particularly in cancer treatment. This paper presents a novel concept for real-time tissue monitoring during radiotherapy using fiber-optic sensors integrated with a diamond nanosheet protection. …”
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Turbine Rotor Disk Health Monitoring Assessment Based on Sensor Technology and Spin Tests Data by Ali Abdul-Aziz, Mark Woike

“…The data collected included blade tip clearance, blade tip timing measurements, and shaft displacements. Two different sensor technologies were employed in the testing: microwave and capacitive sensors, respectively. …”
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Screen-Printing and 3D-Printing Technologies in Electrochemical (Bio)sensors: Opportunities, Advantages and Limitations by Panagiota M. Kalligosfyri, Antonella Miglione, Stefano Cinti

“…Although screen-printing represents an affordable and versatile approach to produce wide examples of devices, 3D-printing technique is emerging as a strong alternative in sensor manufacturing. Both approaches present significant opportunities for advancing sensor design, but each has distinct advantages and limitations that influence application suitability. …”
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Novel Node Localization Algorithm Based on Nonlinear Weighting Least Square for Wireless Sensor Networks by Fu Xiao, Mingtan Wu, Haiping Huang, Ruchuan Wang, Sudan Wang

“…The traditional node positioning method based on least-square algorithm heavily depends on the ranging accuracy, and therefore cannot guarantee high precision. This paper presents a new method for wireless sensor network node positioning based on nonlinear weighting least-square algorithm. …”
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Smart Localization Using a New Sensor Association Framework for Outdoor Augmented Reality Systems by F. Ababsa, I. Zendjebil, J.-Y. Didier, M. Mallem

“…The quality of the real/virtual registration depends mainly on the accuracy of the 3D camera pose estimation. In this paper, we present an original real-time localization system for outdoor AR which combines three heterogeneous sensors: a camera, a GPS, and an inertial sensor. …”
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CoCoMo: Toward controllable and reliable corrosion monitoring with a wireless sensor network by Guodong Sun, Gaoxiang Yang, Bingbing Guo

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A Robust Fault-Tolerant Control for Quadrotor Helicopters against Sensor Faults and External Disturbances by Ban Wang, Peng Huang, Wei Zhang

“…This paper presents an active fault-tolerant control strategy for quadrotor helicopters to simultaneously accommodate sensor faults and external disturbances. …”
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Development of NOx Gas Sensor Based on Electrospun ZnO Nanofibers for Diagnosing Asthma Disease by Niloufar Khomarloo, Elham Mohsenzadeh, Roohollah Bagherzadeh, Masoud Latifi, Driss Lahem, Ari Hakgor, Ly Ahmadou, Hayriye Gidik

“…Non-invasive respiratory analysis can be used for early detection and disease monitoring. This paper presents the development of a ZnO metal oxide nanofibers sensor as a cost-effective method for detecting NO, which is an asthma biomarker, and NO₂, that can cause asthma. …”
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Near-Ground Path Loss Measurements and Modeling for Wireless Sensor Networks at 2.4 GHz by Daihua Wang, Linli Song, Xiangshan Kong, Zhijie Zhang

“…Near-ground channel characterization is an important issue in most military applications of wireless sensor networks. However, the channel at the ground level lacks characterization. …”
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