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Daily Archives: February 14, 2026

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Exploring Emotion Recognition Through Handwriting Analysis: A Comprehensive Review

Authors: Anjali Kumari Soni, Dipti Kumari

Abstract: Handwriting analysis is an important way to understand someone’s emotion focusing on his or her handwriting styles. By exploring the features of handwriting, we can create an outlay of emotions of a writer such as happiness, anger, sadness etc. As regular emotion of a human being configures a personality. The basic objective of this review paper is to review the different approaches used by the researcher to find the actual state of emotion in a human at that time. After inducing different types of emotions and then collect the handwriting samples to analyze handwriting features like Baseline, Pen Pressure, Slant, margin used, Zone of writing etc. will help in development of emotion recognition system which is going to be a very good tool for mental and emotional development of an individual of any age group, gender and professionals/learners to cope up with any situation in their daily life.

DOI: http://doi.org/10.5281/zenodo.18654108

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Operationalizing Responsible AI In Financial Decision Pipelines: Governance, Security, Compliance, Fairness, And Explainability

Authors: Srujana Parepalli

Abstract: By July 2023, financial institutions were rapidly expanding the use of automated data processing and machine learning driven decision systems across core operational domains such as credit underwriting, fraud detection, transaction monitoring, customer risk profiling, and regulatory reporting. These systems increasingly operated with minimal human intervention, ingesting large volumes of transactional and behavioral data to generate real time decisions with material financial and legal consequences. As automation expanded, regulators, auditors, and internal risk organizations began scrutinizing not only model accuracy and performance, but also the governance frameworks that governed how data was processed, how decisions were made, and how accountability was maintained across the lifecycle of automated systems. Traditional governance approaches in financial systems had been designed for deterministic rule based processing and human supervised workflows. While these models provided traceability and auditability, they proved insufficient for modern AI driven pipelines characterized by continuous learning, complex feature engineering, and probabilistic decision outputs. By mid 2023, it was widely recognized that responsible AI could not be achieved solely through post hoc reviews or ethical guidelines, but required structured frameworks that embedded security, compliance, fairness, and explainability directly into automated data processing architectures. Automated data pipelines in financial systems amplified risk through scale, speed, and reuse. Data collected for one regulatory or business purpose was often repurposed across multiple analytical and decisioning contexts, increasing the likelihood of unintended bias, regulatory misalignment, or privacy violations. Machine learning models trained on historical data risked reinforcing systemic inequities, while opaque feature transformations limited the ability of institutions to explain adverse outcomes to customers and regulators. These dynamics elevated responsible AI from a conceptual aspiration to an operational necessity. Responsible AI frameworks emerging in 2023 emphasized lifecycle governance rather than isolated controls. These frameworks addressed data sourcing, feature engineering, model training, validation, deployment, and monitoring as interconnected stages subject to consistent oversight. In financial environments, this meant aligning AI governance with established risk management practices such as model risk management, data governance, information security, and compliance monitoring. Automated data processing systems were increasingly expected to produce verifiable evidence demonstrating adherence to regulatory expectations, internal policies, and ethical standards. Security and compliance considerations further shaped responsible AI adoption in financial systems. Automated pipelines often processed highly sensitive financial and personal data, making them attractive targets for misuse, leakage, or adversarial manipulation. Responsible AI frameworks therefore incorporated security controls such as access governance, data minimization, and integrity validation alongside fairness and transparency requirements. This integration reflected the growing understanding that responsible AI outcomes depend on the resilience and trustworthiness of the underlying data engineering infrastructure.

DOI: http://doi.org/10.5281/zenodo.18641518

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Number Plate Extraction

Authors: Bhushan Darekar, Omkar Borade, Atharv Kasture, Suyash Bhole, Samiksha Gawali

Abstract: This project presents an Automatic Number Plate Recognition (ANPR) system using the YOLO object detection model and Optical Character Recognition (OCR). The system detects vehicle number plates from images or video using YOLO, then extracts and preprocesses the plate region for better clarity. OCR is applied to recognize and convert the alphanumeric characters into machine-readable text. The proposed system provides a fast, accurate, and real-time solution for vehicle identification, useful in traffic monitoring, toll collection, parking management, and security applications. It reduces manual effort and improves efficiency through deep learning and image processing techniques.

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Relevance Of Sanskrit In Modern Indian Education: Policy, Pedagogy, And Contemporary Significance

Authors: Madhura S. Khandekar, Seema Singh

Abstract: Sanskrit in the contemporary Indian education has been a topic of national and scholarly significance once again, especially due to the implementation of the National Education Policy (NEP) 2020. Sanskrit, the ancient language believed to be one of the classics and sacred languages, has played a major role in the intellectual tradition of India in the fields of philosophy, science, linguistics, mathematics, medicine, and aesthetics. Nevertheless, its role in modern education systems has been disputed on many occasions because of the challenges of accessibility, relevancy, and employability. This paper is an empirical study of the relevance of Sanskrit in contemporary Indian education based on policy frameworks, curriculum reforms, pedagogical practices, and empirical research. The study is based on a qualitative document analysis methodology involving national policy documents, curriculum frameworks, parliamentary reports and peer-reviewed scholarly literature. Results indicate that Sanskrit has a multidimensional impact; maintenance of cultural heritage, enhancement of cognitive and linguistics ability, facilitating interdisciplinary learning and provision of an Indian Knowledge Systems (IKS) framework. It is proposed in the study that the role of Sanskrit in contemporary learning has never been the revival of the language as a mandatory classical language but as a strategic intervention in the pedagogy of inclusivity, technology-intensive learning, and interdisciplinary interventions. The paper has been ended by some policy and pedagogical suggestions on how Sanskrit education can be made to meet the liability of equity, up to date skills, and international knowledge systems.

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Architecting AI-Assisted Record Matching and Standardization for Enterprise Master Data Governance, Explainability, and Scalable Automation

Authors: Srujana Parepalli

Abstract: By March 2024, enterprise intelligence initiatives increasingly depended on the reliability of master data to support analytics, operational reporting, customer engagement, and automated decision systems. Organizations consolidated data from numerous operational sources, including transactional systems, customer platforms, supplier feeds, and third party reference datasets. These sources frequently represented the same real world entities using inconsistent identifiers, formats, and semantic conventions. As data volumes and integration velocity increased, traditional rule based record matching and manual standardization processes struggled to maintain accuracy, coverage, and timeliness at enterprise scale. AI assisted record matching emerged as a practical response to these limitations by augmenting deterministic matching logic with probabilistic similarity scoring, contextual inference, and adaptive learning. Rather than replacing existing master data management controls, AI techniques were increasingly applied to improve candidate matching, resolve ambiguous records, and normalize attributes across heterogeneous inputs. These approaches enabled enterprises to detect duplicates, align entity representations, and maintain consistent master views while reducing manual stewardship effort. However, the introduction of AI into master data workflows also introduced governance challenges related to explainability, confidence thresholds, override accountability, and downstream trust in standardized outputs. This paper examines AI assisted record matching and standardization for enterprise master data as of March 2024, focusing on architectural patterns, matching workflows, confidence management, and governance controls. The discussion frames AI as an augmentation layer within controlled master data pipelines, emphasizing operational accuracy, traceability, and stewardship alignment. The paper positions AI assisted matching as a foundational capability for enterprise intelligence systems that require consistent, auditable, and scalable entity resolution across rapidly evolving data landscapes.

DOI: https://doi.org/10.5281/zenodo.18640329

 

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Fingerprint Authentication Based Voting Machine

Authors: Mr Deshmukh Y.V, Shubham Tagad, Rahul Pisal, Abhishek Suryavanshi, Naveen Kumar

Abstract: India is the world's largest democracy, and the core of any democracy is that people elect their own representatives. However, in today's times, the integrity of the election process faces numerous challenges such as booth capturing, rigging, fake voting, and tampering with Electronic Voting Machines (EVMs). As responsible engineers, it is our duty to take action to address these issues. Commonly used EVMs conduct voting electronically, eliminating the need for ballot papers, which are time-consuming and prone to intentional or unintentional errors. Currently, verifying voter authenticity is a major concern, and it must be ensured that no individual can vote more than once. This problem can be solved by implementing a biometric voting system that verifies voter identity through fingerprints, ensuring the principle of one person, one genuine vote. In this project, a prototype biometric voting machine based on fingerprint recognition has been developed. It is proposed to integrate a feature linking the Aadhaar database of the Unique Identification Authority of India (UIDAI), Government of India, New Delhi. This integration would allow voters to register automatically on the portal, categorized by regions and constituencies based on their unique fingerprint identification. This would enable the device developed in this research to be applied nationwide during elections, significantly improving the Indian electoral system.

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