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Author Archives: Kajal Tripathi

Exploring How Globalization and Migration Have Impacted the Transformation of Religious Practices among the Youth in Singapore

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Exploring How Globalization and Migration Have Impacted the Transformation of Religious Practices among the Youth in Singapore
Authors:-Margaret Pereira, Dr. Md Rosli Bin Ismail

Abstract-Youth expect religion to create meaning in life. These expectations play a significant role in practised religion and significant changes in the religious landscape. Participation in places of worship continues to decline. Organised religion might be facing a shifting landscape but this does not mean people are shunning religion. The interactions between religious institutions and an individuals’ perspectives of religion are investigated to reveal the transformation of religious practices in Singapore, from the lens of globalization and migration. Kierkegaard’s Theory of Existentialism is used along with non-probability purposive sampling with an objective to explore how globalisation has affected religious practices of Christian youth in Singapore and to investigate how migration has affected religious practices among Christian youth in Singapore. The key informants are six young Singaporean Christian adults between 25 and 30. Qualitative approach, semi-structured interviews, open-ended questions, in-depth interviews and thematic analysis is used.

DOI: 10.61137/ijsret.vol.11.issue1.113

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Integrated Approach to Emotion Recognition Across Multiple Modalities

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Integrated Approach to Emotion Recognition Across Multiple Modalities
Authors:-Dr. Kavitha C, Jananisri K, Monisha B T, Prathibha G, Shanmitha P, Niranjani T

Abstract-Multimodal emotion recognition is essential for advancing human-computer interactions and enabling applications like mental health monitoring and social robotics. This study focuses on utilizing text, audio, and motion data from the IEMOCAP dataset to develop independent models that capture unique emotional cues from each modality. The audio model employs a hybrid architecture combining Convolutional Neural Networks (CNN), Multi-Head Attention, and Gated Recurrent Units (GRU), achieving an accuracy of 81%. The text model leverages a CNN-based approach inspired by Temporal Convolutional Networks (TCN), achieving 94% accuracy. For motion data, a Spatio-Temporal Graph Convolutional Network (ST-GCN) was implemented, achieving 63% accuracy. A score-level fusion strategy integrates these models, improving the overall recognition performance. Evaluations using metrics like accuracy, precision, and recall demonstrate how multimodal approaches can provide a more accurate and reliable emotion recognition system by combining complementary information from diverse data types.

DOI: 10.61137/ijsret.vol.11.issue1.112

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Project Naiad: An Automated Smart Irrigation Revolution for Urban Home Gardens Using Arduino UNO R4 Wi-Fi

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Project Naiad: An Automated Smart Irrigation Revolution for Urban Home Gardens Using Arduino UNO R4 Wi-Fi
Authors:-Bernard Felipe B. Capalit, Client Teejay N. Jimenez, Anna Fatima P. Padao, Cairoden L. Usman Jr.

Abstract-This study aimed to develop a prototype of an automated smart plant watering system for urban home gardening, focusing on the reliability and functionality of its monitoring, notification, and water dispensing features. The system incorporated components such as the Arduino Uno R4 WiFi, DHT22 sensor, soil moisture and water level sensors, a raindrop sensor, and a submersible pump to address urban gardening challenges. The study evaluated the accuracy of the system’s sensors, the real- time data display, and SMS notifications, as well as the precision of water dispensing based on soil moisture levels. Results indicated high reliability, with most sensors achieving accuracy rates between 90% and 100%. The soil moisture sensor provided consistent readings, while the raindrop and water level sensors performed with near- perfect accuracy, enabling precise environmental monitoring. Notification features, including the LCD display and SMS alerts, were effective, with minimal delays in SMS reception. The water dispensing system demonstrated precision, adjusting water volume according to soil moisture levels, achieving an average water conservation effectiveness of 85% or higher. Additionally, a weak negative correlation between soil moisture and water dispensed highlighted the system’s responsiveness to environmental conditions. In conclusion, the prototype proved effective in monitoring and responding to soil conditions while minimizing water usage, making it a viable solution for urban home gardening. Future work could explore IoT-based enhancements for improved real-time monitoring, remote control, and data logging to further optimize system functionality.

DOI: 10.61137/ijsret.vol.11.issue1.111

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The Reception Theory and the Value of Adaptation in Literature and Visual Arts

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The Reception Theory and the Value of Adaptation in Literature and Visual Arts
Authors:-Sarika Tyagi

Abstract-This article explores the intersection of reception theory and the value of adaptation in literature, visual arts, music, and theater. Reception theory, pioneered by Hans Robert Jauss, shifts the focus from the creator to the audience, emphasizing the evolving cultural and personal contexts that shape how stories are interpreted. Adaptations serve as transformative dialogues between the original work, its reimagining, and contemporary audiences, ensuring stories remain relevant across time and space. Examples such as Jean Rhys’s Wide Sargasso Sea, Alfred Hitchcock’s Rebecca, and Lin-Manuel Miranda’s Hamilton illustrate how adaptations reframe narratives to address new perspectives, cultural dynamics, and societal values. This article highlights how the reinterpretation of familiar tales enriches their meaning, engages diverse audiences, and underscores the timeless power of storytelling. By applying reception theory, the article demonstrates that the true value of adaptations lies in their ability to connect, challenge, and inspire audiences across generations.

DOI: 10.61137/ijsret.vol.11.issue1.110

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The Potential of Durian Husk, Durian Leaf-Litter and Banana Pseudo Stem as Bio-Leather

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The Potential of Durian Husk, Durian Leaf-Litter and Banana Pseudo Stem as Bio-Leather
Authors:-Erika Grace Y. Sartagoda, Claire Joy Alicarte, Cyra Fathmah Cotin, Ruben Jr. Loren, Shecainah Lagaran, Cheerwina D. Puyales

Abstract-This study aimed to investigate the potential of durian husk, durian leaf litter, and banana pseudo stem as bio-leather. The bio leather was made from durian husk, durian leaf litter and banana pseudo stem. The bio leather made from these materials were tested in terms of its thickness, elongation and tensile strength. Also, as comparison the synthetic leather was tested according to its thickness, elongation and compression strength. The tests were performed at TERMS Concrete and Materials Testing Laboratory, Inc. Data were analyzed using mean and Mann Whitney U test. Results showed that, bio leather can be used to make light weight wallets since it only requires less thickness, low percentage of elongation and low tensile strength. For synthetic leather, can be used to make bags since the values of the indicators are high. The bio leather and synthetic leather do not significantly differ in terms of thickness, elongation and tensile strength; therefore, bio leather can be a good substitute for synthetic leather in making valuable items with high economic value.

DOI: 10.61137/ijsret.vol.11.issue1.109

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The Role of TiO2 Nanoparticles in Enhancing the Structural Properties and Thermal Stability of PVA Nanocomposites

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The Role of TiO2 Nanoparticles in Enhancing the Structural Properties and Thermal Stability of PVA Nanocomposites
Authors:-Assistant Professor R.Venugopal, Associate Professor Chandana.N, Assistant Professor S.Kiran, Assistant Professor B.Srinivas

Abstract-Polyvinyl alcohol (PVA) nanocomposites reinforced with titanium dioxide (TiO2) nanoparticles have garnered significant attention due to their unique properties and potential applications. In this study, we investigated the impact of TiO2 incorporation on the structural characteristics and thermal stability of PVA-matrix-based nanocomposites. The PVA polymer nanocomposite films were prepared using a solution casting method. The structural studies of the prepared films were characterized via X-ray diffraction (XRD), transmission electron microscopy (TEM). Moreover, the thermal properties of the prepared films were characterized by DSC, TGA and DTA. The addition of TiO2 nanoparticles induces structural changes in the PVA matrix. TEM studies showed that a PVA polymer surrounds TiO2 in its entirety. The PVA-TiO2 nanostructure is the same as the structure of a core-shell nanostructure. TiO2-doped PVA nanocomposites exhibited improved thermal stability. Thermogravimetric analysis of the nanocomposite films demonstrated enhanced resistance to thermal degradation. DSC analysis of the PVA-TiO2 nanocomposite films revealed that the glass transition temperature (Tg) and melting temperature (Tm) were 141°C and 265°C, respectively, for the 8 wt.% TiO2-incorporated PVA-TiO2 nanocomposites. The TGA and DTA studies of these nanocomposites revealed that their degradation behavior follows a four-step process. In comparison to those of pure PVA, these composites exhibit a sluggish decomposition rate, suggesting that the better thermal stability of these composites can be attributed to the better interaction among the -OH functional groups of PVA and TiO2 nanoparticles. These nanocomposites hold promise for various applications, including coatings, sensors, and optoelectronic devices. The combined effects of structural reinforcement and thermal stability make these materials attractive for engineering applications.

DOI: 10.61137/ijsret.vol.11.issue1.108

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Art without Borders: Exploring Transcultural Adaptations in Visual Creativity

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Art without Borders: Exploring Transcultural Adaptations in Visual Creativity
Authors:-Sarika Tyagi

Abstract-This article delves into the concept of transcultural adaptations in visual arts, a practice that involves blending diverse cultural traditions, aesthetics, and ideas to create innovative and boundary-defying works. From historical exchanges along trade routes to the digital innovations of the contemporary era, transcultural art reflects the dynamic interplay of cultures across time. While celebrating creativity and hybridity, it also navigates critical ethical questions surrounding cultural sensitivity, power dynamics, and authenticity. By examining its historical roots, modern practices, and societal impact, this piece highlights the role of transcultural art in fostering dialogue, empathy, and inclusivity, ultimately enriching the global artistic landscape.

DOI: 10.61137/ijsret.vol.11.issue1.107

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Teaching Identification of Fractions in Context Using the Three-tier Teaching Model’s Pedagogy

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Teaching Identification of Fractions in Context Using the Three-tier Teaching Model’s Pedagogy
Authors:-Daniel Gbormittah, Christopher Yarkwah

Abstract-This paper aims to expand our understanding of culturally relevant pedagogy by utilizing the three-tier model for teaching mathematics in a context. The three-tier model is culturally relevant pedagogy (CRP). It is an innovative teaching approach that draws on learners’ sociocultural contexts to scaffold mathematics learning. The study investigated the effects of a culturally relevant pedagogy through the use of the three-tier model on pupils’ performance in fractions in Mfantsiman Municipality (MM). The study drew on ethnomathematics and the three-tier model as its main conceptual perspective. We administered a performance test to 426 participants in 12 primary schools in the MM. We analysed the quantitative data using frequency counts, mean, standard deviation, independent samples t-test, and paired samples t-test. We employed content analysis and narrative discussion to scrutinize the qualitative data. The results demonstrated that the culturally relevant pedagogy, specifically the three-tier model for teaching mathematics in a context approach, outperformed the conventional approach, reflecting the regular practices of primary school teachers in MM. The findings have implications for policy and the ongoing professional development of mathematics teachers.

DOI: 10.61137/ijsret.vol.11.issue1.106

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Kissan Buddy-An Android Application for Estimating The Nearest Mandi and Transaction Costs for Farmers

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Kissan Buddy-An Android Application for Estimating The Nearest Mandi and Transaction Costs for Farmers
Authors:-KV Achyuth Reddy, Lochan S, Associate Professor Dr. M Swapna, Shrusthi, Ediga Purushotham Goud

Abstract-Kissan Buddy is an Android application developed to assist farmers in accessing real-time information about nearby mandis (agricultural markets) where they can sell their produce at optimal prices. The app utilizes Google Maps for accurate location services and Firebase for backend support, enabling farmers to input essential details such as their location, types of crops, and expected production costs. Based on this input, the application identifies the nearest mandis and estimates the transaction costs involved in selling the produce. This empowers The application uses advanced technologies such as Firebase, Google Maps, and cloud computing to offer farmers an intuitive platform where they can track their location, manage crops, and estimate nearby mandis (markets) where they can sell their produce, ensuring better price transparency and reducing reliance on middlemen. Key features of the app include location-based mandi search, real-time price estimation, and detailed transaction cost analysis. By improving market access, optimizing pricing transparency, and minimizing costs, Kissan Buddy aims to enhance profit margins for farmers and contribute to a more efficient and sustainable agricultural economy.

DOI: 10.61137/ijsret.vol.11.issue1.105

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Automatic Pathole Detection System

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Automatic Pathole Detection System
Authors:-K .Kirti, W.Yash, C.Nihal, W. Nikhil, Professor Vairalkar, Professor T.Vivekanand

Abstract-Automatic Pothole Detection While Driving the main theme of the design is Smart Vehicles Electric vehicle/ Electric vehicle motor and battery technology. The arising need to help road accidents has ultimately came important aspect of moment’s developing world, the graph has taken a high rise in once 5 times. And numerous families being victims of this situation have suffered a lot. 60 of road accidents are passed due to uneven roads and interferers in the line. we came up with a an idea to descry potholes and humps in an automatic manner. and the person driving will be conceded about the pothole. An automatic pothole sensor using ultrasonic detector, which detects the potholes with the help of ultrasonic detector including longitude, latitude and depth of pothole and road humps. After seeing it sends the signal to GPS receiver through Arduino WiFi module which also displays the details in the TV and a android operation. This design can be used in the transport department as the importing and exporting is substantially done in night times and this sensor helps to warn the motorists. As this product has low manufacturing bring the price might not differ important and is surely affordable for a common man, due to its range of price the deals will rise to peaks and the manufacturer also has reasonable profit.

DOI: 10.61137/ijsret.vol.11.issue1.104

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