Review Paper on Stakeholder Identification and Analysis in Construction Industry: A Strategic Approach
Construction is carried out in highly demanding and complicated build environments where projects carried out by coalitions of numerous stakeholders with varying interests, objectives and socio-cultural background. Although stakeholder management recognised as a means of increasing the propensity for successful delivery of construction projects, its full potential has yet to be realised. Previous research has shown that the existing frameworks focus on the overall stakeholder management process or their corresponding challenges and lack s detailed process for stakeholder identification and analysis. Stakeholder management begins with stakeholder identification and builds on stakeholder analysis. Therefore, this study aims to develop a conceptual framework for stakeholder identification and analysis in construction projects in order to enhance the stakeholder management process. A comprehensive study is carried out on prior works on stakeholder management to achieve the aim. Current practices of stakeholder identification, classification and analysis methods; knowledge assets referred; factors taken into account for stakeholder identification and analysis are investigated using semi-structured interviews and questionnaire surveys. After data analysis, it is found that brainstorming in group meetings, stakeholder role classification and Stakeholder Salience Model are the preferred methods for stakeholder identification, classification and analysis respectively.
Human-AI Collaborative Security Operations: Optimizing SOC Analyst Cognitive Load Through Augmented Intelligence Frameworks
The escalating complexity and volume of cybersecurity threats have overwhelmed traditional Security Operations Center (SOC) analyst capabilities, creating a critical need for innovative approaches to threat detection and response. This study examines the implementation of augmented intelligence frameworks in U.S.-based SOCs to optimize analyst cognitive load while maintaining operational effectiveness. Through a comprehensive analysis of 47 enterprise SOCs across the United States, we demonstrate that human-AI collaborative security operations can reduce analyst cognitive load by 43% while improving threat detection accuracy by 67%. Our proposed framework integrates machine learning algorithms with human expertise to create a symbiotic relationship that enhances both efficiency and effectiveness. The research reveals that strategic AI augmentation, rather than replacement, of human analysts leads to superior outcomes in threat hunting, incident response, and strategic security planning. Key findings indicate that organizations implementing our augmented intelligence framework experience a 52% reduction in false positive alerts, a 38% improvement in mean time to detection (MTTD), and a 41% decrease in analyst burnout rates. This study provides actionable insights for SOC managers, cybersecurity professionals, and organizational leaders seeking to optimize their security operations through human-AI collaboration.
The Impact of AI-Driven Algorithmic Trading on Market Efficiency and Volatility: Evidence from Global Financial Markets
Scientific research is currently examining the penetration of AI-driven algorithmic trading into financial markets with a view to their effect on efficiency and volatility. In fact, they have empirical evidence from different markets in the globe. The advent of AI technology completely alters the modern financial structure and functioning in a record pace. AI-powered algorithms can process a huge number of real-time data and execute trades within a few milliseconds and have now entirely become the major core trade operations in the major exchanges all over the world. For this reason, the study investigates to what extent such innovations may enhance the efficiency of the markets—distinguished by improvements in price discovery, reduced bid-ask spreads, or greater liquidity or cause greater market volatility cause, particularly in the periods of economic uncertainty or stress, based on the existence of the potential uncertainties in economic regions. The study employs a comprehensive quantitative methodology that includes both time-series analysis and regression modeling, drawing upon data sourced from leading global stock exchanges, such as the NYSE, NASDAQ, and LSE. Important variables include, but are not limited to indicators of market efficiency and a range of measures of volatility. The results show that AI-driven algorithmic trading appears to support market efficiency because it reduces the time taken for assimilating information while presenting price mechanisms that are more accurate. However, it also augments the noise-induced fluctuations of short-term market activity while eliciting abrupt surges of volatility under some conditions.
Educational Legislation's Impact on Child Psychology: A Review in the USA and Africa
This paper presents a comprehensive review of the impact of educational legislation on child psychology, drawing comparisons between the United States (USA) and various nations in Africa. Educational legislation serves as a critical framework shaping the learning environments and experiences of children, influencing not only academic outcomes but also the psychological well-being of students. This review explores the nuanced ways in which educational laws in the USA and Africa contribute to the development of child psychology.In the USA, legislation such as the No Child Left Behind Act (NCLB) and the Every Student Succeeds Act (ESSA) has played a significant role in shaping the educational landscape. These laws aim to ensure educational equity, accountability, and improved academic achievement. The impact of such legislation on child psychology is multifaceted, influencing factors such as self-esteem, motivation, and stress levels among students. The competitive nature of standardized testing and accountability measures can shape students' perceptions of themselves and their academic abilities, impacting their psychological well-being.In African nations, diverse legal frameworks govern education, reflecting unique cultural contexts and challenges. The review examines how educational legislation in Africa, such as the Dakar Framework for Action and national education acts, addresses issues of access, quality, and relevance. The impact of these laws on child psychology is explored through the lens of cultural influences, community dynamics, and the role of education in shaping identity.Comparative analysis between the USA and Africa reveals both shared and divergent influences of educational legislation on child psychology. While the USA emphasizes accountability and standardized assessments, African systems often focus on broader goals of community development and cultural relevance. Understanding the psychological implications of educational legislation in these diverse contexts is essential for policymakers, educators, and mental health professionals working to create educational environments that foster positive psychological development in children. The review concludes with insights into potential areas for future research and collaborative efforts aimed at optimizing the impact of educational legislation on child psychology globally.
The Role of Artificial Intelligence in Predictive Maintenance for Industrial Engineering Systems
Predictive maintenance has emerged as a transformative strategy in industrial engineering, enabling early detection of equipment failures and minimizing unplanned downtime. The integration of Artificial Intelligence (AI) into predictive maintenance systems enhances their efficiency by leveraging machine learning, deep learning, and real-time data analytics. This paper explores the role of AI in predictive maintenance within industrial systems, examining intelligent models that process sensor data, identify failure patterns, and estimate Remaining Useful Life (RUL). The study reviews current AI methodologies, industrial case applications, benefits, challenges, and future research directions. Findings suggest that AI-driven predictive maintenance improves reliability, optimizes maintenance scheduling, and reduces costs, contributing to smarter and more sustainable industrial operations.
Indian Sensibility and Indigenization: The Poetry of Jayanta Mahapatra
The poetic oeuvre of Jayanta Mahapatra has been highly acclaimed in Indian English poetry for its Indian sensibility and indigenous explorations of Oriya regions. The ebb and flow of his poetic journey is interwoven with his intense desire to give an outlet to his unexpressed expressions and to portray his land with a local color. However, writing came to him quite late but freely but which opened the ‘door’ to the vastness, unknown, and unexplored. Poetry came to him as freely as his spur-of-the-moment imaginative impulse. Leaving the mortal world last year, he has left a legacy of poetry in Indian English and Oriya poetry. Remembering his contribution, this paper makes a critique of his poetry in a response to his portrayal of Oriya land diving it into deep Indian sensibility. Freedom from existing forms and subjects of poetry colors his imaginative and creative impulse with an idiosyncratic impulse which is peculiar to his writing. Digging deeper into the vastness of Orissa, the paper explores how indigenous color and localization have been embodied in his poetic sensibility.
Leveraging AI in .NET 8: Implementing Machine Learning Models with ML .NET
The quick advancement of artificial intelligence (AI) technology transformed software development into a tool that enables predictive analytics with intelligent automation capabilities throughout various commercial sectors. An evaluation of AI integration in .NET 8 utilizes ML.NET as the targeted machine learning framework, which aims to serve .NET developers. ML.NET introduces a straightforward pipeline infrastructure which permits developers to create predictive models by handling all three detection categories (classification, regression, anomaly detection) without extensive data science knowledge requirements. The research delivers detailed information about ML.NET functionalities, describes its training workflow and key features, and explains its Integration with .NET 8 applications. The research implements a practical analytics model as an illustration to show structured data processing with ML.NET while demonstrating its ability to generate precise predictions. A detailed performance assessment of the models employs standard metrics from the industry while discussing the optimization methods needed to achieve better accuracy levels. The examination of ML.NET as a machine learning framework emphasizes its characteristics relative to other options, showcasing its strengths and weaknesses when used in deep learning environments. This paper investigates the deployment strategies for artificial intelligence, including edge computing and cloud-based implementations for scalable artificial intelligence deployment abilities. Empirical tests reveal deployment hurdles AI models face in .NET environments, which help determine potential upgrades for ML.NET's functionality. The study demonstrates how ML.NET can improve .NET system accessibility by making machine learning accessible to developers through its potential. The research enhances AI applications in enterprise environments by establishing knowledge about combining machine learning models with modern .NET architecture systems.
AI-Powered Intrusion Detection for Microservice-Based Architectures
The software architecture in microservices has revolutionized the software development procedure as we have known it by providing enormous benefits of scalability, flexibility, and durability. This is so because despite the numerous benefits offered by microservices architectures, it brings about the challenge of security challenges since the microservices applications are disperse and interconnects. Signature and anomaly-based methods are known to be impractical in identifying attacks specific to the microservice architecture due to evolving patterns of attack. To overcome with these limitations, this research expands a model of AI based IDS that uses techniques of advanced machine learning and deep learning for the improved and efficient identification of threats. As a result, the proposed system contains several modules: The first is a data collection module which collects network traffic and system logs; the second is a feature extraction module which finds out significant features of attacks; The third is AI-based detection module which classifies the normal behavior and malicious behavior. Supervised learning and unsupervised learning algorithms together with the deep learning models, for instance, CNN and RNNs are used to identify patterns and monitor and detect anomalies in real time [9]. To estimate the performance of the proposed system, benchmark datasets are used for performance evaluation. Evaluation of AI-based approaches using correct classification rate, precision, recall, and f-measure provide insights into the fact that AI-based techniques are far superior in detection when compared to conventional methods for detecting zero-day attacks and advanced persistent threats. Furthermore, the feature extraction seeks to be implemented by deep learning by eliminating the necessity of following conventional rules. Based on the results of this research, it becomes possible to conclude about the effectiveness of AI-based solutions in protecting microservice-based architectures from new generation threats. In a practical way, the study brings value to the field of cybersecurity, outlining an adaptable and sustainable model of detecting intrusion which is fit for cloud-only networks [11]. As the future work, the authors will aim to enhance the model interpretability, decrease the false alarms occurrence, and test the applicability of the proposed method in the real-world use cases related to microservices.
Edge-Cloud Collaboration in Real-Time AI Applications
The proliferation of real-time artificial intelligence (AI) applications across domains such as autonomous vehicles, smart manufacturing, and healthcare demands computing infrastructures that balance low latency, high processing power, and scalability. Edge-cloud collaboration has emerged as a promising paradigm that leverages the proximity and responsiveness of edge computing with the computational capabilities and resource availability of cloud platforms. This paper explores the architecture, design principles, and operational strategies for effective edge-cloud collaboration in real-time AI systems. Key challenges such as data partitioning, model synchronization, latency constraints, security, and resource orchestration are analyzed, along with current solutions and open research directions. We present use cases that demonstrate the efficacy of collaborative edge-cloud AI, and highlight the trade-offs involved in deploying machine learning inference and training tasks across heterogeneous environments. Our study underscores the critical role of intelligent workload distribution and adaptive system design in enabling efficient, robust, and scalable real-time AI applications.