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Multi-Dimensional Feature Fusion Identification Of Tree-Line Grounding Faults, Lei Han, Chun Chen Jul 2026

Multi-Dimensional Feature Fusion Identification Of Tree-Line Grounding Faults, Lei Han, Chun Chen

Journal of Electric Power Science and Technology

High-resistance grounding faults induced by tree-line contact are characterized by weak signal features and difficult fault localization, and are one of the significant hidden risks in power grid operations. Existing studies mostly focus on the feature extraction, monitoring, and early warning of faults, but there are still deficiencies in the precise identification and classification of tree-line grounding faults. To address this issue, a tree-line grounding fault identification method combining Bayesian optimization-extreme gradient boosting (Bayes-XGBoost) was proposed. First, a tree-line grounding fault simulation model was established to simulate the zero-sequence current characteristics of different tree species under high-resistance grounding faults, and …

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Generalized Load Modeling Based On Som-Gwo-Tcn Integrated Algorithm, Qikai Zhao, Ying Wang, Jia Min Lyu, Wenqian Fang, Yi Ru, Di Zheng Jul 2026

Generalized Load Modeling Based On Som-Gwo-Tcn Integrated Algorithm, Qikai Zhao, Ying Wang, Jia Min Lyu, Wenqian Fang, Yi Ru, Di Zheng

Journal of Electric Power Science and Technology

To address the complication of load characteristics caused by the extensive integration of distributed generation into distribution networks, a high-precision generalized load modeling method is proposed. Firstly, the self-organizing map (SOM) neural network is utilized to perform feature extraction and dimensionality reduction on grid node load data, and nodes with similar dynamic characteristics are divided into typical subnetwork systems through unsupervised clustering. Secondly, the grey wolf optimization (GWO) algorithm is adopted to perform global optimization on the hyperparameters of the temporal convolutional network (TCN), establishing a generalized load model for the subnetwork systems. Finally, simulation experiments based on the IEEE …

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Dynamic Interleaved Charging And Discharging Strategy For Electric Vehicles Coupling Travel Chains And Regional Characteristics, Qin Yan, Jinxin Wang, Jun Wu, Qisheng Wang, Daoyi Gu Jul 2026

Dynamic Interleaved Charging And Discharging Strategy For Electric Vehicles Coupling Travel Chains And Regional Characteristics, Qin Yan, Jinxin Wang, Jun Wu, Qisheng Wang, Daoyi Gu

Journal of Electric Power Science and Technology

In view of the increasingly significant differences in the spatiotemporal distribution of regional loads caused by the large-scale development of electric vehicles, an optimization strategy for regional dynamic interleaved electricity prices based on travel chains was proposed, and a three-dimensional coupling mechanism of “user travel characteristics, regional load characteristics, and dynamic time-series response of electricity prices” was constructed to meet the differentiated electricity demand in different regions. Firstly, based on the travel chain theory, the time characteristics of cross-regional movements of electric vehicles were analyzed, and the temporal correlation of electricity price strategies in each region was dynamically adjusted: in …

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Layered Energy Management Strategy For Extended-Range Electric Vehicles, Jiayi Wang, Ci Tang, Min Luo, Shihui Zhou, Zhenzhong Wang Jul 2026

Layered Energy Management Strategy For Extended-Range Electric Vehicles, Jiayi Wang, Ci Tang, Min Luo, Shihui Zhou, Zhenzhong Wang

Journal of Electric Power Science and Technology

To improve the overall fuel economy of extended-range electric vehicles and optimize battery usage, a hierarchical energy management strategy combining the advantages of model predictive control and fuzzy control was proposed to address the trade-off between real-time control and optimal performance in electric vehicle energy management. An energy flow model for an extended-range electric vehicle, consisting of a generator set, a hybrid energy storage system, and an electric motor, was developed. To optimize equivalent fuel consumption, optimal power allocation between the range extender and the hybrid energy storage system was determined through online rolling optimization using a model predictive controller. …

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Optimized Configuration Of Power Sources For Distributed Photovoltaic Power Stations Based On Bi-Level Programming, Xing He, Shuai Yang, Cong Wu, Rui Huang, Mouhai Liu Jul 2026

Optimized Configuration Of Power Sources For Distributed Photovoltaic Power Stations Based On Bi-Level Programming, Xing He, Shuai Yang, Cong Wu, Rui Huang, Mouhai Liu

Journal of Electric Power Science and Technology

The large-scale integration of distributed photovoltaics (DPV) poses significant threats to the safe and stable operation of distribution networks, creating an urgent need to optimize the configuration of power resources. A bi-level programming model that considers the dynamic clustering of DPV was proposed; it uses an improved adaptive genetic algorithm for dynamic DPV cluster partitioning. Based on the proposed bi-level programming model, the dynamic optimized configuration of power resources was achieved, node voltages were maintained, and power losses were reduced. The results show that, compared with the voltage optimization scheme, the comprehensive optimization approach reduces the total cost by 4.68%. …

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Research On Resonance Detection And Suppression Methods For Wind Farms With Svg, Jikai Chen, Ziming Mu, Shuangshuang Yao, Qianxin Li, Jiayang Zhang, Zhuang Chu, Haoru Li Jul 2026

Research On Resonance Detection And Suppression Methods For Wind Farms With Svg, Jikai Chen, Ziming Mu, Shuangshuang Yao, Qianxin Li, Jiayang Zhang, Zhuang Chu, Haoru Li

Journal of Electric Power Science and Technology

To address the resonance problem of wind farms with grid-following (GFL) static var generator (SVG), a resonance detection model based on the fuzzy cognitive map (FCM) algorithm was proposed. Granular computing combined with Fourier transform was used to preprocess the operation data of the constructed wind farm. Based on the processed data, the model was trained, and the detection accuracy test was completed. By using the overall sequence impedance model of the constructed wind farm combined with the impedance analysis method, the influence of SVG using GFL and grid-forming (GFM) control on the overall stability of the wind farm system …

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Collaborative Planning Of Distributed Energy Storage In Industrial Parks Considering Stepped Carbon Trading And Demand-Side Response, Shuai Huang, Jing Gao, Jinya Zhou, Keteng Jiang, Jian Xiong, Caiqian Wang, Qian Hu Jul 2026

Collaborative Planning Of Distributed Energy Storage In Industrial Parks Considering Stepped Carbon Trading And Demand-Side Response, Shuai Huang, Jing Gao, Jinya Zhou, Keteng Jiang, Jian Xiong, Caiqian Wang, Qian Hu

Journal of Electric Power Science and Technology

With the aggravation of global climate change and the energy crisis, distributed energy storage systems play an important role in reducing users’ energy consumption costs and carbon emissions. However, few studies fully consider the synergy of various demand-side responses and flexible resources when planning distributed energy storage systems. To solve this problem, first, a stepped carbon trading calculation method considering carbon quotas and a characterization method for demand-side responses were proposed, and the elasticity matrix was used to characterize the transfer-type and reduction-type responses. Then, a collaborative planning method for distributed energy storage in industrial parks considering stepped carbon trading …

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Early Warning And Fault Diagnosis Of Abnormal States In Key Components Of Power Maintenance Equipment Under Complex Disturbance Of Power Grid Lines, Zhuang Liu, Huanqing Cai, Guiwei Shao, Houxuan Liu, Zhike Wen, Bo Zhang Jul 2026

Early Warning And Fault Diagnosis Of Abnormal States In Key Components Of Power Maintenance Equipment Under Complex Disturbance Of Power Grid Lines, Zhuang Liu, Huanqing Cai, Guiwei Shao, Houxuan Liu, Zhike Wen, Bo Zhang

Journal of Electric Power Science and Technology

Transmission line maintenance is an important way to ensure highly reliable power supply. The adoption of intelligent power maintenance equipment to replace manual labor has become a trend. Transmission line maintenance equipment operates in the environment of high-altitude strong wind disturbance and strong electric interference for a long time, and its key components are easily damaged, which leads to failures. Therefore, it is significant to accurately diagnose the faults of intelligent power maintenance equipment for ensuring the safe and stable operation of the power grid. In this paper, spatial-temporal graphs are created from the measured signals by short-time Fourier transform, …

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Fuzzy Robust Low-Carbon Optimal Scheduling Of Island Park Multi-Microgrid Considering Green Hydrogen Trading And Offshore Wind Power–Based Hydrogen Production, Xiaodan Wang, Huanhuan Han, M Ingge Li, Sixing Ji, Boyang Zheng Jul 2026

Fuzzy Robust Low-Carbon Optimal Scheduling Of Island Park Multi-Microgrid Considering Green Hydrogen Trading And Offshore Wind Power–Based Hydrogen Production, Xiaodan Wang, Huanhuan Han, M Ingge Li, Sixing Ji, Boyang Zheng

Journal of Electric Power Science and Technology

Research on offshore wind power-based hydrogen production technology provides an effective way for meeting the energy supply-demand of remote island users and promoting the realization of the goals of “carbon peaking and carbon neutrality.” Therefore, a fuzzy robust optimal operation strategy for an island park multi-microgrid system considering offshore wind power-based hydrogen production and green hydrogen trading was proposed. Firstly, the operation mechanism of offshore wind power-based hydrogen production was explored, and an offshore wind power-based hydrogen production system integrating seawater desalination, offshore wind power-based hydrogen production, hydrogen compression, and hydrogen transportation was constructed. Secondly, to improve green hydrogen consumption, …

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Source-Load Extreme Scenario Generation Method For Integrated Energy Systems Based On Wgan-Gp, Zhengxing Zhong, Tong Xing, Chaoyu Xiong, Dechang Yang, Lijun Zhang Jul 2026

Source-Load Extreme Scenario Generation Method For Integrated Energy Systems Based On Wgan-Gp, Zhengxing Zhong, Tong Xing, Chaoyu Xiong, Dechang Yang, Lijun Zhang

Journal of Electric Power Science and Technology

To enhance the operational security of integrated energy systems (IES) under extreme weather conditions, it is essential to fully consider the impact of extreme scenarios in production scheduling. However, because historical samples of extreme scenarios are scarce, IES face challenges in operational scenario modeling and scheduling, making effective methods for generating extreme scenarios highly significant. To address this issue, a method based on a Wasserstein generative adversarial network with gradient penalty (WGAN-GP) was proposed for generating source-load extreme scenarios in IES. By introducing the Wasserstein distance and gradient penalty, the proposed method improves model training stability, increases the diversity of …

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Low-Carbon Optimization In Master-Slave Game Of Integrated Energy System Considering Demand Response Guided By Carbon Quota, Yan Zhang, Ruifang Li, Jian Zhao, Ying Wang, Chuang Song Jul 2026

Low-Carbon Optimization In Master-Slave Game Of Integrated Energy System Considering Demand Response Guided By Carbon Quota, Yan Zhang, Ruifang Li, Jian Zhao, Ying Wang, Chuang Song

Journal of Electric Power Science and Technology

To build a green and low-carbon energy operation mode, it is of great significance to study the coordination between carbon quota and demand response, as well as the low-carbon and clean characteristics of hydrogen energy. Therefore, a low-carbon coordinated optimization strategy for the master–slave game of electricity–heat–gas–hydrogen integrated energy system (IES) based on comprehensive demand response guided by carbon quota is proposed. First, given the low-carbon and clean characteristics of hydrogen energy, a hydrogen energy utilization system composed of an electrolytic cell, a methane reactor, and a hydrogen fuel cell is introduced, and an electricity–heat–gas–hydrogen IES coupling model is constructed. …

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Low-Carbon Economic Dispatch For Multi-Park Integrated Energy Systems Considering Electricity-Carbon Coupling And Differentiated Demand Response, Liwei Yang, Fei Jiang, Xinhe Zhang, Zhenlan Dou, Xiaojia Zhang Jul 2026

Low-Carbon Economic Dispatch For Multi-Park Integrated Energy Systems Considering Electricity-Carbon Coupling And Differentiated Demand Response, Liwei Yang, Fei Jiang, Xinhe Zhang, Zhenlan Dou, Xiaojia Zhang

Journal of Electric Power Science and Technology

In order to reduce the carbon emissions of park integrated energy systems and to explore the demand response potential of different types of loads, a low-carbon economic dispatch method for multi-park integrated energy systems considering electricity–carbon coupling and differentiated demand response is proposed. Considering the electricity–carbon coupling among different parks and the characteristics of the external carbon trading market, a multi-park carbon trading model with a stepped external carbon trading mechanism is constructed; in view of the differences in energy demands and demand response capabilities of users in different parks, a differentiated demand response model including flexible and adjustable electrical …

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High-Frequency Direct Current Converter Based On Gallium Nitride Devices And Planar Magnetic Technology, Zhiyuan Ma, Zhong Xu, Yiping Cui Jul 2026

High-Frequency Direct Current Converter Based On Gallium Nitride Devices And Planar Magnetic Technology, Zhiyuan Ma, Zhong Xu, Yiping Cui

Journal of Electric Power Science and Technology

With the rapid development of electric vehicles and the energy storage industry, the production scale of high-rate batteries such as lithium batteries expands continuously, and the efficiency and power density of direct current converters in the battery formation process become research hot spots in the industry. In view of the shortcomings of traditional high-gain direct current converters, such as the high voltage stress of high-voltage side devices, the large current stress of low-voltage side devices, and the low efficiency and power density, a high-gain direct current converter topology suitable for the intermediate stage of the battery formation power supply system …

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Modeling And Stability Improvement Methods For Grid-Connected Systems Of Heterogeneous Distributed Photovoltaic Interconnected Inverters, Diyang Gong, Xiangjin Wang, Junhao Li, Jiayuan Gao, Shuai Huang Jul 2026

Modeling And Stability Improvement Methods For Grid-Connected Systems Of Heterogeneous Distributed Photovoltaic Interconnected Inverters, Diyang Gong, Xiangjin Wang, Junhao Li, Jiayuan Gao, Shuai Huang

Journal of Electric Power Science and Technology

After grid-following and grid-forming heterogeneous interconnected photovoltaic inverters are connected to the power grid, interactive influences easily occur, resulting in the instability of grid-connected inverters and threatening the safe and stable operation of the new energy grid-connected system. Therefore, considering the dynamic influence of photovoltaic direct current side voltage, small-signal impedance models of grid-following, grid-forming, and their interconnected heterogeneous distributed photovoltaic inverters connected to the grid were constructed, respectively, and the adaptability of heterogeneous grid-connected inverters to grid impedance was analyzed. Meanwhile, to expand the adaptation range of heterogeneous interconnected systems to grid impedance and promote the consumption of new …

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Design Method For End Shape Of Explosion-Proof High-Voltage Cable Joints Based On Virtual Objective Optimization, Xiang Gao, Xin Yang, Honghua Hu, Yafei Huang, Wei Qiu, Yangning Chen, Rui Qin Jul 2026

Design Method For End Shape Of Explosion-Proof High-Voltage Cable Joints Based On Virtual Objective Optimization, Xiang Gao, Xin Yang, Honghua Hu, Yafei Huang, Wei Qiu, Yangning Chen, Rui Qin

Journal of Electric Power Science and Technology

For the explosion-proof weak points at the end of the intermediate joint of high-voltage cables, an optimization design method for the end of the explosion-proof copper shell was proposed. By using a finite element calculation method coupling the temperature field, displacement field, and flow field, the stress concentration factor K at the copper shell end of the joint under different deflection angles α was calculated; then, under the deflection angle with the minimum stress concentration factor, a circularization and copper shell thickness coordination design was conducted. Orthogonal experimental design is conducted on the two arc curvature radii and the thickness …

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Multi-Factor Influence Analysis On Temperature Rise Of Tulip Contacts In Handcart Circuit Breakers, Honglei Deng, Yu Chen, Feiyang Han, Ziheng Gao Jul 2026

Multi-Factor Influence Analysis On Temperature Rise Of Tulip Contacts In Handcart Circuit Breakers, Honglei Deng, Yu Chen, Feiyang Han, Ziheng Gao

Journal of Electric Power Science and Technology

Tulip contacts are widely used in power systems due to their high reliability. However, with the increase of operation years and the cyclic variation of boundary loads, their contact parts are prone to degradation, leading to overheating faults. Temperature rise, as a key parameter characterizing the evolution of thermal faults, is commonly used to monitor the contact state of switchgear. The GC 5-630 tulip contact is taken as the research object. A three-dimensional electro-thermal-mechanical multiphysics coupling model is established based on the finite element analysis method to analyze the influence laws of different factors on the temperature rise of the …

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Lqr Control Based On Ga Optimization For Suppressing Power Oscillations In Fractional-Order Vsg, Jun Zhu, Zhengbin Chen, Jiantang Chen, Haozhuo Wei, Penghui Liu, Ming Yang Jul 2026

Lqr Control Based On Ga Optimization For Suppressing Power Oscillations In Fractional-Order Vsg, Jun Zhu, Zhengbin Chen, Jiantang Chen, Haozhuo Wei, Penghui Liu, Ming Yang

Journal of Electric Power Science and Technology

A linear quadratic regulator (LQR) optimized based on the genetic algorithm (GA) was designed to suppress power oscillations in a virtual synchronous generator (VSG) under external disturbances. A state-feedback LQR controller was designed by establishing a small-signal model of the VSG power loop. To optimize the control performance, the GA was used to perform offline optimization of the weight-matrix parameters of LQR. The weight-optimized LQR control law was applied to the fractional-order VSG. The simulation results show that, compared with traditional VSG control, the proposed control strategy can effectively suppress power oscillations, reducing the oscillation overshoots of active and reactive …

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Diagnosis Method For Gis Metal Particle Discharge And Mechanical Faults Based On Ultrasonic And Vibration Signals, Jialuo Chai, Shenjiong Yao, Tongtong Lu, Yingjing Chen, Zhousheng Zhang Jul 2026

Diagnosis Method For Gis Metal Particle Discharge And Mechanical Faults Based On Ultrasonic And Vibration Signals, Jialuo Chai, Shenjiong Yao, Tongtong Lu, Yingjing Chen, Zhousheng Zhang

Journal of Electric Power Science and Technology

Metal particle discharge and mechanical faults inside gas insulated switchgear (GIS) are key factors affecting its safety performance. These faults can be detected and identified using the ultrasonic and vibration signals generated by them. Simulated experiments of four types of particle discharge, normal operation, and flange bolt loosening were designed on a GIS platform, and the time-frequency domain characteristics of the signals were analyzed. It is found that, in the ultrasonic signals, the frequency bands of linear, spherical, and lump particle discharges are mainly concentrated in 50–60 kHz, while that of flaky particle discharge is concentrated in 15–30 kHz; in …

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A Novel Fault-Tolerant Control Strategy Under Submodule Faults Of Modular Multilevel Converters, Yu Guo, Xiangyang Xia, Runwu Li, Rui Yi Jul 2026

A Novel Fault-Tolerant Control Strategy Under Submodule Faults Of Modular Multilevel Converters, Yu Guo, Xiangyang Xia, Runwu Li, Rui Yi

Journal of Electric Power Science and Technology

To address the problems of asymmetric arm operation and fundamental and second-harmonic circulating currents caused by submodule faults in a modular multilevel converter (MMC) under hot standby in a flexible direct current system, a fault-tolerant control strategy coordinated by an improved PIR circulating current control and an inner-loop current sliding mode control is proposed. By introducing a three-parameter notch filter to precisely separate the circulating current components, the improved PIR control achieves the coordinated suppression of fundamental and second-harmonic harmonics. Simultaneously, the traditional PI inner-loop control is replaced by the sliding mode control to significantly improve the dynamic response speed …

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Secondary Frequency Regulation Control And Economic Evaluation Method For Energy Storage Stations Considering Active State-Of-Charge Recovery, Cuomu Yixi, Zhuangxi Tan, Lamu Jiayang, Yuzhou Chen, Li He, Keke Yan Jul 2026

Secondary Frequency Regulation Control And Economic Evaluation Method For Energy Storage Stations Considering Active State-Of-Charge Recovery, Cuomu Yixi, Zhuangxi Tan, Lamu Jiayang, Yuzhou Chen, Li He, Keke Yan

Journal of Electric Power Science and Technology

A secondary frequency regulation control strategy and an economic evaluation method that accounts for active state-of-charge (SOC) recovery were proposed for energy storage stations to improve their frequency regulation performance and cost-effectiveness in secondary frequency regulation. First, the control principles of large-scale energy storage stations in secondary frequency regulation were described, and their power support requirements were analyzed. A frequency support strategy that combines area control error (ACE) and area regulation requirement (ARR) was proposed for energy storage stations. Second, the decoupling characteristics between system frequency support requirements and active SOC recovery requirements were analyzed. Based on active SOC recovery …

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Optimization Method For Selection And Capacity Configuration Of Electrochemical Energy Storage Batteries Based On Ew-Ahp, Zhouping Shan, Xingwei Zhang, Yu Ming Zhang, Luyu Liu, Hongming Yang Jul 2026

Optimization Method For Selection And Capacity Configuration Of Electrochemical Energy Storage Batteries Based On Ew-Ahp, Zhouping Shan, Xingwei Zhang, Yu Ming Zhang, Luyu Liu, Hongming Yang

Journal of Electric Power Science and Technology

With the large-scale application of battery energy storage in diverse power system scenarios, the matching of energy storage battery selection with scenario requirements becomes an important issue in power system energy storage planning. Therefore, an optimization selection and capacity configuration method for electrochemical energy storage batteries combining the entropy weight (EW) method and the analytic hierarchy process (AHP), named EW-AHP, was proposed. Firstly, the differentiated requirements of two typical scenarios, peak shaving and frequency regulation, for energy storage batteries were analyzed, and the selection evaluation system and hierarchical structure of the battery energy storage system were established. Secondly, the subjective …

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Teachers’ Experiences In Teaching Foundational Reading Skills In The General Education English Language Arts Classroom In Grades 9-12, Jodi Leigh Mckenzie Jul 2026

Teachers’ Experiences In Teaching Foundational Reading Skills In The General Education English Language Arts Classroom In Grades 9-12, Jodi Leigh Mckenzie

Walden Dissertations and Doctoral Studies

No abstract provided.

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A Differential Equation–Based Epidemiological Model Of Post-Operative Chronic Pain In Scoliosis Patients With Data-Driven Analysis, Paige Zhu, Padmanabhan Seshaiyer Jul 2026

A Differential Equation–Based Epidemiological Model Of Post-Operative Chronic Pain In Scoliosis Patients With Data-Driven Analysis, Paige Zhu, Padmanabhan Seshaiyer

CODEE Journal

Chronic post-surgical pain (CPSP) is a common and often overlooked complication following surgical correction of idiopathic scoliosis, impacting long-term patient wellbeing despite improvements in surgical outcomes. This project introduces a novel epidemiological framework to model the progression of CPSP using a compartmental structure. By applying a coupled system of nonlinear differential equations, we simulate pain trajectories over time and assess the effectiveness of surgical interventions. The model is implemented for a single-cohort population and extended to a two-cohort design to compare outcomes between Posterior Spinal Fusion (PSIF) and Vertebral Body Tethering (VBT) procedures. Further stratification by patient age enables us …

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Dairy And Food Science Student Newsletter, July 2, 2026, Department Of Dairy And Food Science Jul 2026

Dairy And Food Science Student Newsletter, July 2, 2026, Department Of Dairy And Food Science

Dairy and Food Science Student Newsletter

Fun Networking Opportunities this Summer
ADSA Quiz Bowl Champions
New AS degree in Dairy Technology
Internships
Scholarships
Job Opportunities

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Oregon State Rank Assessment For Deschutes Milkvetch (Astragalus Tegetarioides), Nora Dunkirk, Gabriel Campbell, Sue Vrilakas Jul 2026

Oregon State Rank Assessment For Deschutes Milkvetch (Astragalus Tegetarioides), Nora Dunkirk, Gabriel Campbell, Sue Vrilakas

Institute for Natural Resources Publications

Oregon state conservation status assessment for Deschutes Milkvetch (Astragalus tegetarioides) using NatureServe methodology, 2026.

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An Automated Electrochemistry Platform For Accelerating The Characterization Of Enzymatic Electrochemistry, Michael A. Pence, Zachary A. Nguyen, Luke G. Kays, Dylan G. Boucher, Joaquín Rodríguez-López, Shelley D. Minteer Jul 2026

An Automated Electrochemistry Platform For Accelerating The Characterization Of Enzymatic Electrochemistry, Michael A. Pence, Zachary A. Nguyen, Luke G. Kays, Dylan G. Boucher, Joaquín Rodríguez-López, Shelley D. Minteer

Chemistry Faculty Research & Creative Works

Enzymatic electrochemistry harnesses the selectivity of enzymes to enable electrochemical applications spanning sensing, synthesis, and energy conversion. However, the sequential nature of electroanalytical experiments limits throughput, restricting the scale at which enzyme-electrode systems can be screened. Here we demonstrate the capabilities of an automated electrochemistry platform, eLab, to increase the throughput of enzymatic electrochemistry investigations. We used the eLab to collect over 10,000 cyclic voltammograms across a large parameter space consisting of two enzyme variants (promiscuous and wild-type glucose oxidase), 20 saccharide substrates, 21 concentrations, and four scan rates, with measurements being made all in triplicate. The expansive dataset enabled …

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A Regression Tree Framework For Denoising And Monitoring Of Image Data, Subhasish Basak Jul 2026

A Regression Tree Framework For Denoising And Monitoring Of Image Data, Subhasish Basak

Doctoral Theses

The proliferation of advanced image acquisition technologies has led to the routine collection of large-scale image data across numerous scientific domains. This widespread reliance on image data accentuates the imperative to develop robust and efficient imaging techniques, which are essential for supporting modern applications across various scientific and industrial domains. This dissertation focuses on the development and analysis of methods for image denoising and image monitoring, two fundamental tasks in modern image analysis. A wide array of image denoising techniques exists in the literature, each tailored to handle specific types of noise or structural characteristics. However, no single method proves …

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Cotton/Soybean Insect Newsletter, July 02, 2026, Jeremy K. Greene Jul 2026

Cotton/Soybean Insect Newsletter, July 02, 2026, Jeremy K. Greene

Clemson University Cotton/Soybean Insect Newsletter

No abstract provided.

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Reframing The "Weekend Effect": From Hospital "Failure" To System-Level Selection, Jonathan Dawson, Aditya Loganathan, Nicholas Melucci, Michael Friedman, Maeve Mclaughlin, Marissa Potenza, Erica Valdovinos, Robert Shesser Jul 2026

Reframing The "Weekend Effect": From Hospital "Failure" To System-Level Selection, Jonathan Dawson, Aditya Loganathan, Nicholas Melucci, Michael Friedman, Maeve Mclaughlin, Marissa Potenza, Erica Valdovinos, Robert Shesser

URGENT Matters

No abstract provided.

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Zoom In And Zoom Out: (Re)Telling Our Cultural Literacy Practices Through Engaged Learning, Isela Almaguer Jul 2026

Zoom In And Zoom Out: (Re)Telling Our Cultural Literacy Practices Through Engaged Learning, Isela Almaguer

Bilingual and Literacy Studies Faculty Publications

Empowering bilingual learners to engage in the Zoom In and Zoom Out approach is a way to enrich and validate students' cultural identity and support students' linguistic and academic development while fostering rich writing opportunities for students. Teachers will discover a genuine way that empowers students to explore vocabulary, build comprehension, and acquire a love for writing. This effective multifaceted strategy approaches writing by leveraging students' cultural background and literacy practices. Students will capitalize on their funds of knowledge and use their experiences to further propel their writing efforts. By starting from within, diverse learners make stronger connections with the …

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