International Journal of Internet Manufacturing and Services (25 papers in press)

Regular Issues

• The Impact of Self-Service Technology on User Satisfaction: A Study of Mobile Banking Apps  
  by Chunhua Jin, Qiqi Wang, Na Zhang 
  Abstract: With the booming development of mobile internet and financial technology, the digital transformation of banks has been pushed forward to depth, and self-service technology (SST) has been popularised on a large scale. Researchers and practitioners are increasingly concerned about whether and how the service quality of self-service technologies improves user satisfaction. The causal chain of service quality-perceived value-user satisfaction, which is derived from the China user satisfaction index model, was used to investigate the influence mechanism and boundary of SST service quality on user satisfaction. By analysing 378 mobile banking app users through structural equation modelling, the results suggest that there was a partially mediating effect of perceived value on the relationship between SST service quality and user satisfaction and that bank image has a significant moderating role in the effect of SST service quality on perceived value. Our findings provide new perspectives and evidence for the study of the mechanism of the action of SST service quality in banks.
  Keywords: self-service technology; SST; service quality; perceived value; user satisfaction; bank image.
  DOI: 10.1504/IJIMS.2025.10062401
   
  
• E-Technology 2.0: The Role of Social Media in Shaping Modern Education  
  by Sushanta Kumar Mohanty, Chandrakant Mallick, Bijay Paikaray 
  Abstract: The use of social media in e-learning has become increasingly popular in recent years due to its potential to enhance the learning experience for students of higher education institutions. Social media has significant impacts on e-learning, with both positive and negative consequences. This paper discusses the benefits of incorporating social media into e-learning, including its ability to transform traditional teaching methods, as well as the challenges associated with integrating social media into the educational environment. Additionally, the paper explores the role of social media in e-learning for university students and the impacts it has on transforming the learning experience. However, it also highlights the negative effects of social media, such as the spread of misinformation, which can negatively impact the learning experience of today’s youth. The paper concludes with strategies for optimising social media in e-learning, addressing challenges, and leveraging opportunities.
  Keywords: e-learning; social media; Massive Open Online Courses; MOOC; e-technology.
  DOI: 10.1504/IJIMS.2025.10062402
   
  
• A Comprehensive Systematic Review of Progressive Applications of LoRa and LoRaWAN Networks in the Internet of Things  
  by Jitendra Pramanik, Singam Jayanthu, Abhaya Kumar Samal, Dr. Bijay Paikaray 
  Abstract: The internet of things (IoT) is a fast-expanding trend that combines cutting-edge communication technologies to transform commonplace objects into intelligent, networked gadgets. This movement is rapidly expanding. This paves the way for developing intelligent processes with applications across industries like monitoring and optimisation. LoRa has been promoted as a potential choice for the backbone of the internet of things due to its long range, low power consumption and low bit rate. Using LoRa over a single wireless hop, messages are transmitted from end devices to a central network server via gateways connected to the internet, which act as transparent bridges. This article provides in-depth information about LoRa networks and the technology's specifications. It also discusses the magnitude of projected growth trends and the challenges inherent in deploying LoRa-based networks. In addition, the paper is coupled with perceptive remarks and thought-provoking suggestions for future research endeavours. The study was conducted to encourage more research towards expanding the LoRa network and make it suitable for more widespread deployment.
  Keywords: LoRa; long range wide area network; LoRaWAN; internet of things; IoT.
  DOI: 10.1504/IJIMS.2024.10063638
   
  
• Impact of Human Resource Crisis Management on University Faculty Performance in E-Technology during COVID-19  
  by Angurbala Mishra, Subhasmita Biswal, Chandrakant Mallick, Bijay Paikaray 
  Abstract: The pandemic brings everything into society; it hinders all concerns of society and the education system. But society has to overcome any situation to work-from-home using the platform of online classes, this forces the university to improvise quickly and adopt online teaching methods. This study was to evaluate the effects of HR practices that allow faculty members to work-from-home on their performance under the challenging COVID-19 conditions. Faculty from several universities in Bhubaneswar, Odisha, India, participated in the study. This study addressed a gap in the limited body of research regarding the effects of different HR representatives when working remotely during a lockdown to control the COVID-19 pandemic. This article demonstrates the strong correlation between HR practices using the principle of reinforcement. The findings of this study offer guidance for enhancing HR practices so that university faculties can perform at a high level when working remotely.
  Keywords: human resource management; HRM; work-from-home; performance appraisal; employee participation; employee performance; e-technology.
  DOI: 10.1504/IJIMS.2025.10063648
   
  
• A Deep Learning Model with Effective Tokenisation and Feature Extraction for Detection of Rumours in Online Social Networks  
  by Chandrakant Mallick, Sarojananda Mishra, Sumanjit Das, Bijay Paikaray 
  Abstract: The proliferation of rumours on social media platforms, as well as their potential societal impact, presents a serious challenge that necessitates robust models for the precise detection and filtering of rumour posts in order to limit their harmful implications. This paper explores the persistent problem of rumour spread on social media platforms and its significant societal effects. In order to achieve highly accurate detection and filtration of rumour-related posts within online social networks, it introduces a novel deep learning model that makes use of long-short-term memory architecture along with reliable tokenisation and feature extraction techniques. The model's extraordinary effectiveness in identifying rumours is systematically assessed using well-known Twitter datasets and contrasted with other state-of-the-art models, demonstrating its efficacy in the detection of rumour posts.
  Keywords: rumour detection; online social networks; deep learning; long-short-term memory; LSTM; tokenisation; feature extraction.
  DOI: 10.1504/IJIMS.2024.10063650
   
  
• Open-Source Solutions for Real-Time Data Retrieval in Industrial Automation and IoT Environments  
  by Seema B. Hegde, Narendra Reddy T, Prasad P, K.V. Manjunath, Mervin A. Herbert, Srikanth Rao 
  Abstract: Digitalisation of the manufacturing industries due to the implementation of the industrial internet of things (IIOT) is a key enabler for improved productivity and reliability at a reduced labour cost. The industrial IOT connects all the industrial machines such as PLCs, CNCs, and robots through a robust network. The generated data by these end devices plays a vital role in industrial automation, however acquiring the data from machines specifically legacy machines using various communication protocols is the biggest challenge and costly process, especially for MSMEs. Hence this paper discusses the usage of the open-source framework for real-time data acquisition from industrial machines and its implication in Industry 4.0. The paper implements and validates the possibility of the usage of an open-source framework for data acquisition instead of vendor-specific licensed software using several test cases. The paper also validates and proves Wireshark can be a universal open-source solution for data acquisition using any standard communication protocols from various vendor-specific machines. Hence this work provides a novel solution for the digitalisation of the MSME manufacturing industries efficiently at the reduced maintenance cost and improve their productivity.
  Keywords: Industry 4.0; Communication protocols; Data retrieval; IIOT; Automation; open-source tools.
  DOI: 10.1504/IJIMS.2025.10063809
   
  
• Securing Healthcare in the Cloud: A Machine Learning Perspective  
  by Suneeta Satpathy, Subhasish Mohapatra, Pratik Kumar Swain, Bijay Paikaray 
  Abstract: The healthcare sector has transformed because of cloud computing, which provides scalable and affordable methods for handling and storing enormous volumes of patient data. However, ensuring the security and privacy of sensitive healthcare information remains a significant challenge. This paper explores the application of machine learning techniques to enhance the security of cloud healthcare services. The study discusses the potential benefits of machine learning in detecting and preventing security breaches, and ensuring data privacy, and addresses the unique challenges faced by the healthcare industry in cloud computing. The present research adopts different machine learning algorithms that can be leveraged to strengthen the security of cloud healthcare services and present real-world examples of their implementation. Finally, the paper discusses the limitations and future directions of the application of machine learning in securing cloud healthcare services.
  Keywords: cloud healthcare system; machine learning; web services; security.
  DOI: 10.1504/IJIMS.2025.10063954
   
  
• Entrepreneurs adoption of Social Media Winning Platform(s) in Emerging Markets  
  by Rami Farhat, Qing Yang 
  Abstract: Little is known regarding using digital platforms (DPs) by individual entrepreneurs in emerging markets (EMs) and the strategies used for integrating these business platforms into their marketing campaigns. Introducing AI Technologies in e-marketing, many marketers misuse the new digital technologies, and there are still very few studies on how entrepreneurs use or decide on social media platforms. Applying the UTAUT theory, our study includes a new method to measure the effectiveness of online marketing in emerging countries by launching the same ad on different platforms. This study aims to discuss this issue using a qualitative approach focusing on semi-structured interviews with entrepreneurs in Lebanon. The participants on Facebook were users between 18 and 64 interested in e-commerce. This study describes an investigation to gain an understanding of the best practices of digital platforms based on benchmarks and optimising online marketing campaigns to make SMEs, entrepreneurs and digital marketers more aware of the powers of media and through utilising ads manager benchmarks based on campaigns launched on different platforms to rank the most effective social media platform.
  Keywords: digital platforms; social media; entrepreneurs; marketing campaigns; emerging markets.
  DOI: 10.1504/IJIMS.2025.10064254
   
  
• Effects of STARA Awareness on the Job Performance of Healthcare Providers: the Mediating Role of Qualitative Job Insecurity  
  by Na Zhang, Xiaoyun Liu, Chunhua Jin 
  Abstract: Smart technology, artificial intelligence, robotics, and algorithms (STARA) are transforming the practice of healthcare. The phenomenon that many healthcare providers are worried about being replaced by these technologies in the future has attracted the attention of scholars. However, few studies have explored the impact of healthcare providers' STARA awareness on their work outcomes in the medical and healthcare services industry. This study attempts to address this knowledge gap by exploring the effects of STARA awareness on the job performance of healthcare providers and to explore the mediating role of qualitative job insecurity based on the stressor-strain-outcome model. A total of 290 healthcare providers from China were investigated through an online survey. SPSS 23.0 and Mplus 8.0 were used to analyse the collected data. These results showed that healthcare providers' STARA awareness positively affects task performance and contextual performance through qualitative job insecurity. These findings highlight the influence of advanced technologies on healthcare providers and provide guidance for organisations to help them achieve higher job performance.
  Keywords: STARA awareness; qualitative job insecurity; task performance; contextual performance; mediating effect.
  DOI: 10.1504/IJIMS.2025.10064491
   
  
• How can Social Media Platforms Usage Support Investors' Green Investment Intention? An empirical study  
  by Waleed Salama, Zhang Jian, Angela Wangechi Mwaniki, Kawther Mousa 
  Abstract: This study essentially targets to examine the relationship between, perceived green consumption commitment (PGCC) and perceived investment provider's reputation (PIPR) in green investment intention (GII) with the moderating effect of social media platforms usage (SMPU) among the individual investors in Egypt. The study depended on a sample of 450 individuals' investors who have investment experience; we used (PLS-SEM) techniques using Smart PLS as new computer application to analyse the data and test hypotheses based. The outcomes indicated that attitude (ATT), subjective norm (SN), PGCC, PIPR and SMPU have significant correlation with GII. As the moderating effect, SMPU moderated the association between ATT, SN, PGCC and PIPR with GII. The study also provides some implications for investment providers, service providers, and policymakers.
  Keywords: theory of planned behaviour; TPB; social media platforms; perceived green consumption commitment; PGCC; perceived investment provider’s reputation; PIPR; investor behaviour; green investment.
  DOI: 10.1504/IJIMS.2025.10064497
   
  
• Enhancing Breast Cancer Risk Prediction through Comprehensive Ensemble Machine Learning Analysis: A Study on Clinical, Genetic, and Demographic Factors  
  by Chandrakant Mallick, Chitta Ranjan Behera, Subrat Kumar Parida, Bijay Kumar Paikaray 
  Abstract: Breast cancer is a major worldwide health problem, and early risk assessment plays a crucial role in improving patient outcomes. In this study, we employ supervised machine learning techniques to comprehensively analyse and predict breast cancer risk. Leveraging a diverse dataset comprising clinical, genetic, and demographic factors, explore the predictive power of machine learning algorithms. Our comprehensive analysis delves into feature selection, model evaluation, and performance optimisation. The proposed ensemble model has been validated on Wisconsin Breast Cancer Diagnostic medical dataset. The importance of this research in the context of improved patient care, screening programs, and risk assessment tools. It contributes to the ongoing effort to enhance breast cancer risk prediction through advanced data-driven methods, paving the way for more effective preventive strategies and early interventions. It show that effective data pre-processing performed to the raw data and feature selection the model resulted in an enhanced accuracy of 98.24%.
  Keywords: breast cancer; risk assessment; machine learning; predictive modelling; feature selection; early detection; personalised healthcare.
  DOI: 10.1504/IJIMS.2025.10064804
   
  
• Experimental Analysis of Mechanical Characteristics of fabricated Biodegradable Magnesium Hydroxyapatite MMCs for Biomedical Purposes  
  by Neeraj Kumar, R.A.J. Kumar Duhan, Bhaskar Chandra Kandpal, Varun Singhal 
  Abstract: In regards to materials, orthopaedic implants can be composed of magnesium alloys. They are absolutely biocompatible and have characteristics that comparable to the individuals of authentic bone. Their degradable ability indicates that they do not have to be removed out after the wound has healed completely. Magnesium, however, corrodes too quickly in the body's environment, so matrix composites can be a solution for controlling its corrosion rate and improving its mechanical qualities. In the present study, a stir casting technique was used for developing Mg HAP MMCs. As a reinforcing material, HAP powder has been utilised. After casting, composites were cut into required form samples for mechanical testing. In the final stage, tensile and compression tests were used. As a result of adding HAP powder, UTS, total tensile strain and compressive strength are significantly reduced. The elongation reduced, yield strength and young modulus shows distinct behaviours but compressive yield strength increased.
  Keywords: biodegradable magnesium hydroxyapatite metal matrix composites; stir casting technique; tensile test; compression test; Young’s modulus; percentage elongation.
  DOI: 10.1504/IJIMS.2025.10064809
   
  
• Lung Disease Detection Utilising HOG Features with SCA-ELM Model with FRFLICM Segmentation in Healthcare Systems  
  by Satyasis Mishra, Tizita Asfaw, Demissie Jobir, Bijay Kishor Shishir Sekhar Pattanaik, Bijay Paikaray 
  Abstract: Lung infections increase the mortality rate in the present day due to environmental pollution. The infection's size, shape, and position differ from a dissimilar patient's lung. It becomes problematic for a clinical physician to detect infected regions of the lungs from X-ray images. It was challenging for the medical practitioner to segment, detect, and extract infected lung areas from X-ray images. This research suggests a histogram oriented graph (HOG) feature-based hybrid modified sine cosine algorithm (SCA)-extreme learning machine model to classify infected and non-infected lung diseases. This technique was proposed by utilising modified sine cosine optimisation to increase the quality of images. The segmentation accuracy proposed improved the quality measures such as SSIM and PSNR were obtained as 0.9878 and 35.26, respectively. The proposed SCA-ELM classifier achieved 98.78%, sensitivity, 99.23% specificity, 99.26% accuracy, and 24.1128 seconds computational time with the proposed SCA-ELM models.
  Keywords: Histogram oriented graph; sine cosine algorithm; SCA; fuzzy local information C means; support vector machine; SVM; extreme learning machine; ELM.
  DOI: 10.1504/IJIMS.2025.10065637
   
  
• Benchmarking of SQL and NoSQL Performance on Database Management Solutions and their Respective Data Organisation Frameworks  
  by Mohammed Ali, Nail Adeeb Ali Abdu 
  Abstract: Relational databases have been the predominant data management system for many years due to their ability to provide structured data storage and transactional integrity. However, the emergence of big data and web-scale applications has led to the need for more flexible and scalable database solutions. NoSQL databases have become a popular alternative, offering high availability and horizontal scalability for large volumes of unstructured or semi-structured data. This paper explores the rationale behind the NoSQL movement, including the rise of big data and the limitations of relational databases in clustered environments. It outlines several NoSQL data models, such as key-value, document, column family, and graph databases, which sacrifice some data consistency for scalability and availability. Features such as flexible schemas, MapReduce views, and the Cloudant query language provide more appropriate tools for this semi-structured data. The different use cases, architectures, and trade-offs between these database paradigms are compared and show that NoSQL databases are suitable for large-scale, distributed systems requiring flexible schemas and high scalability.
  Keywords: NoSQL databases; document-oriented data model; inventory system; CAP theory; map-reduce technique; cloudant query language.
  DOI: 10.1504/IJIMS.2025.10065856
   
  
• Firefly Algorithm Based Optimal Scheduling Method for Intelligent Factory assembly line  
  by XiaoDong Zhao, QiLong Yu, Wenzhen Xiong 
  Abstract: In order to improve the production efficiency and resource utilization efficiency of the factory assembly line, an optimal scheduling method for the intelligent factory assembly line based on Firefly algorithm is proposed. Firstly, K-means clustering method is used to collect Big data of intelligent factory assembly line monitoring. Secondly, calculate the minimum delay for the start of workpiece processing and construct a scheduling plan with the goal of minimising the production time on the assembly line. Finally, the Firefly algorithm is used to calculate the optimal solution of the scheduling scheme, so as to complete the optimal scheduling of the intelligent factory assembly line. The experimental results show that the method proposed in this paper can improve the resource utilisation rate of the assembly line while improving its production efficiency. The production efficiency and resource utilisation rate of the method proposed in this paper both reach over 90%, verifying its strong optimisation scheduling performance.
  Keywords: Firefly algorithm; Intelligent factory; Assembly line; Optimise scheduling.
  DOI: 10.1504/IJIMS.2025.10065990
   
  
• Streamlining Colorectal Cancer Diagnosis: Leveraging MobileNet-V3 for Efficient Image Classification  
  by Artatrana Biswaprasanna Dash, Sachikanta Dash, Sasmita Padhy, Biswaranjan Mishra, Bijay Kumar Paikaray 
  Abstract: Colorectal cancer ranks second in cancer-related deaths, emphasising its impact on public health. Recent advancements in medical image analysis, particularly through deep-learning, have improved cancer diagnosis. This study focuses on utilising MobileNet-V3, a streamlined convolutional neural network, to classify colorectal malignancies using medical imaging data. Transfer learning-based MobileNet model is employed, trained on publicly available histopathological images from the Kather_image_tiles dataset. The model is fine-tuned to distinguish between malignant and benign tissues. Performance assessment involves thorough validation using a distinct set of images, evaluating key metrics, delivering a comprehensive analysis of its predictive proficiency. The performance of the suggested model is compared with existing deep learning and traditional classification methods. Results show the MobileNet-V3 approach achieves a test accuracy of 90%; performance metrics achieved F1-score of 76%, demonstrating its potential for accurate and efficient colorectal cancer classification. This application can be beneficial for medical practitioners for quick analysis of colorectal malignancy type at its initial stage that can save many lives in danger. The lightweight nature of MobileNet facilitates deployment on resource-constrained devices, paving the way for real-time clinical decision support systems.
  Keywords: colon malignancy; MobileNet-V3; cancer diagnosis; image classification.
  DOI: 10.1504/IJIMS.2025.10066081
   
  
• Smart E-Learning: An Intelligent Android App for Visually Impaired Learners  
  by Debabala Swain, Sony Snigdha Sahoo, Debabrata Swain, Bijay Kumar Paikaray 
  Abstract: The learning facilities should be communal for all kinds of learners. But, the visually impaired (VI) learners are facing a lot of hurdles to meet the basic learning provisions. Our education system seriously lacks in providing facilities that can enable them a smooth education. Thus, visual impairment creates barrier in the social, cognitive development and education of such individuals. Therefore, it is very vital, to arrange for some technical facilities to support them in learning. One of the better solutions is to provide an intelligent app in the smart phones, where, the users do not really need sight to operate such devices. Putting this in mind, an android based learning mobile application is developed for addressing the educational needs of a VI person. This paper proposes such an all-in-one solution application and discusses its features of self-enabled learning. The assessment system of the proposed app has also been tested and presented.
  Keywords: visually impaired learner; learning app; self-learning; voice assistant; text to speech; TTS; self-assessment system.
  DOI: 10.1504/IJIMS.2025.10066340
   
  
• Determinants of Smartwatch Continuance among Higher Education Students in UAE: an E-Technology Perspective  
  by Asraar Ahmed, Damodharan V. S., JYOTI RANJAN DAS, Bijay Paikaray 
  Abstract: According to Statista's (2023) report, the surge of smartwatch acceptance globally is mainly due to consumers becoming more health conscious. This research aims to identify the factors that affect continuance intention towards smartwatches. This study used the technology acceptance model (TAM) and the information system success model (IS-Success Model) as the theoretical background. The sample 412 was collected from smartwatch users living in UAE. The data was analysed using the structural equation modelling (SEM) technique with Smart-PLS 4 software. The results of this study show that perceived usefulness, perceived ease of use, social influence, hedonic motivation, perceived value, habit, trust, perceived risk, system quality, information quality, and external social influence are the major factors that influence continuance intention towards smartwatch students of higher education in UAE. The proposed model of this study had a strong explanatory power with R2 value 0.788 and the predictive relevance Q2 value 0.632.
  Keywords: Smartwatch; Technology Acceptance Model; Information System Success Model; Continuance Intention; UAE; Higher Education Institutions; Structural Equation Modelling;.
  DOI: 10.1504/IJIMS.2025.10066433
   
  
• Segmentation and Classification of Mammography Images using DenseNet and VGG19 Convolutional Neural Network  
  by Suvashisa Dash, Raj Kumar Pattanaik, Mohammed Siddique, Sasmita Kumari Nayak, Bijay Paikaray, Satyasis Mishra 
  Abstract: Breast cancer causes cancer death due to the abnormal growth in the thinning cell of breast. If the cancer not detected early, death rate will increase enormously. In recent years, machine learning and deep learning techniques have been used to classify images. In this study, an image classification from mammography can be achieved using DenseNet and VGG19 convolutional neural networks. We present the results of this study based on mammography images from digital database for screening mammography (DDSM). For the performance metric, we take into account precision, sensitivity, specificity, recall, and F1. DenseNet models achieve training, testing, and validation accuracy of 98.24%, 98.72%, and 97.85%, respectively, while VGG19 achieves 98.37%, 98.92%, and 97.94%. VGG19 performs better accuracy in comparison to DenseNet model. Moreover, the comparison results demonstrate the robustness of the proposed DenseNet and VGG19 models as fulfilling the sustainable development goal of good health and well-being.
  Keywords: convolution neural network; DenseNet; VGG19; deep learning; breast cancer; performance measure; benign and malignant.
  DOI: 10.1504/IJIMS.2025.10066435
   
  
• Blockchain Technology in the High-Tech Manufacturing Supply Chain: an Approach for Addressing Scalability and Support of Circularity  
  by Adrian Coronado, Ernesto Mastrocinque, Jung-Fa Tsai 
  Abstract: Industries characterised by complex and time-consuming testing and certification requirements and growing circularity/sustainability demands may benefit from blockchain technology. This work explores the feasibility of adopting blockchain in high-tech manufacturing supply chains by addressing two key issues: scalability through sharding using a comprehensive Byzantine fault-tolerant protocol and the support of circularity/sustainability policies using a case involving the supply chain of composite materials used in the manufacturing of components for the aerospace sector. Parts and components used in aerospace applications must be tested and certified, hence the use of sharding in blockchains may allow testing and certification processes to be streamlined. Furthermore, the blockchain can be used to store details about the energy employed in the manufacturing process of a component, the method for recycling and the energy associated to the recycling method. In the circular economy, knowing the value of energy used is of high importance in high-tech manufacturing.
  Keywords: manufacturing supply chains; blockchain technology; scalability; sharding; circularity.
  DOI: 10.1504/IJIMS.2026.10066840
   
  
• Leveraging Transfer Learning in Computer Vision for AI-Powered Orthopaedic Assistance: A Sustainable Approach for Healthcare 4.0  
  by Kavisha Shah, Kushal Panchal, Jayvardhansinh Chudasama, Ronak Bhoraniya, Chinmay Kulkarni, Debabrata Swain 
  Abstract: Bones are considered to be the most important support system of human body. Generally human bones are made up of protein, collagen, and minerals, especially calcium. Injury in human bone generally results as fracture. A bone fracture is an incident that leads to a crack or break in the bone structure, typically occurring due to accidents when sudden pressure is applied to any part of the bone. To detect bone fractures and provide appropriate treatment, traditional healthcare diagnostics utilise various imaging techniques such as X-rays. Orthopaedic specialists typically rely on their expertise and experience to accurately determine the presence of fractures. Diagnosis based on a doctor's expertise can sometimes result in inaccuracies. In this research work, a deep learning based system using transfer learning is developed for classifying bone fractures using X-ray images. For enhancing the performance, Adam optimiser is used in this work. To transform the image pixels, the raw X-ray images are pre-processed using BGR method. To prevent the model from overfitting issue, dropout regularisation method is applied in this case. The proposed VGG16 model has shown the highest validation accuracy of 96.62% during the model validation.
  Keywords: computer vision; transfer learning; dropout; Diagnosis 4.0; fracture detection; VGG16.
  DOI: 10.1504/IJIMS.2026.10066883
   
  
• Advancing Mining with E-Technology: Enhancing Safety, Productivity, and Environmental Sustainability  
  by Jitendra Pramanik, Singam Jayanthu, Tiruveeduula Gopikirishna, Jayanta Mondal, Bijay Paikaray, Abhaya Kumar Samal 
  Abstract: In order to sustain the supply of essential mineral resources, ensure energy and fuel availability, reduce human-induced accidents, and minimise environmental harm, the mining industry must continuously seek financial resources and innovative ideas from global sources. To achieve E-technology, new mining platforms must fully support Mining 4.0's cutting-edge competencies in social and economic growth, innovation, technology, and more. The mining sector is undergoing its fourth revolution as a result of the confluence of AI, ML, IoT, and automation. It is a reaction to technology shocks brought on by the rapid digital upgrading of the infrastructure and manufacturing sectors. This article focuses on the core and limits of mining development and aims to provide a broad overview of how the mining industry has changed as Industry technologies have spread. New research on automation, AI-enhanced processes, and their potential uses in mining and other industries are also discussed.
  Keywords: interest of things; IoT; smart sensors; automation; E-technology.
  DOI: 10.1504/IJIMS.2026.10066886
   
  
• A/B Split Test for Social Media Marketing Optimization: Comparing creative components using Facebook Ads Manager  
  by Rami Farhat, Qing Yang 
  Abstract: The rapid evolution of digital media and online marketing has significantly altered the interaction dynamics between businesses and customers. This study investigates the impact of social media marketing (SMM) on online purchase intentions, focusing on the effectiveness of different ad formats images versus videos on Facebook. Utilising an A/B testing approach, we analysed various creative components to determine their effectiveness in engagement campaigns. Data was collected from Facebook Ads Manager and through a focus group of 12 Lebanese digital media managers, each with over five years of experience in e-commerce. The findings indicate a strong preference for video content, particularly short videos over images and long videos, due to higher engagement rates and more effective message delivery. This study provides valuable insights into marketing campaigns that positively influenced brand perception, and cost per thousand impressions (CPM) was identified a reliable metric for evaluating ad effectiveness to increase online purchase intention.
  Keywords: digital media; a/b testing; marketing campaigns; cost per thousand impressions; ad formats.
  DOI: 10.1504/IJIMS.2026.10067299
   
  
• Accurate Detection of Hypothyroidism: a Hybrid Machine Learning Approach with Optimised Feature Selection and Hyper-Parameter Tuning  
  by Kanishk Munot, Tanvi Modi, Raju G, Debabala Swain, Bijay Paikaray, Debabrata Swain 
  Abstract: The thyroid gland is considered one of the vital organs in the human body. It secretes hormones crucial for maintaining metabolism. This disease creates several abnormalities in the human body. It has a myopic characteristic that has been unnoticeable for detection. For the detection of the thyroid, several complicated clinical tests are being performed. Sometimes, due to statistical human errors, it is not possible to detect the precise status of the disease. This work, a hybrid machine learning-based diagnostic screening system has been proposed for the accurate identification of thyroid disease. For boosting the performance of the system, less correlated features are removed by using the chi-square test. The hybrid machine learning-based classifier is formed by stacking different basic algorithms such as random forests, SVM, and KNN. The resultant system is optimised by performing hyper-parameter tuning using grid search CV. The highest accuracy obtained by the system is 99.79%.
  Keywords: thyroid; feature selection; chi-square; data modelling; machine learning; stacking classifier; grid search CV.
  DOI: 10.1504/IJIMS.2026.10067666
   
  
• Severity Prediction Analysis of Dengue Fever: Recent Methods of Virtual Screening Targeting Proteins for Novel Drug Discovery  
  by Purbasha Priyadarshini, Sunita Satapathy, Bibhudutta Mishra, Bijay Paikaray 
  Abstract: Dengue fever, also called break-bone fever, is caused by the Dengue Virus (DENV). Nonstructural-1 (NS1) is a protein replicating the dengue virus and pathogenesis. The NS1 protein is considered a primary therapeutic target for Dengue fever. The structure of the NS1 protein was studied through a protein data bank (PDB). Hence, in the present work, the binding site of the protein was identified by using the methodology of several software tools: BIOVIA Discovery studio, Virtual Screening (VS) through Auto Duck Vina, and ADMET (Chemical Absorption, Distribution, Metabolism, Excretion, &Toxicity). Most software tools are available to predict the highest binding affinity of NS1 with certain active ligands. ADMET analysis provides a systematic and efficient approach to identifying possible therapeutic leads of NS1 for further development. The current study proposes to design new drugs that lead against NS1 of all four serotypes of DENV to control the spread of dengue fever.
  Keywords: Aedes Aegypti; NS1; Virtual Screening; Autodockvina; BIOVIA Discovery Studio; DENV; ADMET.
  DOI: 10.1504/IJIMS.2026.10067698