Ashu Katyal
Biographic Data
| ID | 10132082 |
|---|---|
| NAME | Ashu Katyal |
| GIVEN NAMES | Ashu |
| FAMILY NAME | Katyal |
| SIGNATURE | KATYAL A |
| AFFILIATIONS | Chitkara University |
| ORCID | 0009-0005-7377-6891 |
| VERIFIED | Yes |
| TOTAL WORKS | 5 |
| TOTAL CITATIONS | 0 |
| AUTHOR COUNT | 5 |
| EDITOR COUNT | 0 |
| FIRST PUBLICATION YEAR | 2024 |
| LATEST PUBLICATION YEAR | 2025 |
| H-INDEX | 0 |
Ai-Generated Virtual Sculptures and Their Educational Value
Because of the rapid evolution of the sphere of artificial intelligence, the new direction of digital creativity has been introduced, namely, the production of the virtual sculptures made with the help of AI. These computing generated forms are generated through computational synthesis of machine learning, 3D modeling, and artistic experimentation and offer an individual with the distinct opportunities in the field of teaching art. The article is…
Neural Networks for Texture Simulation in Prints
Computer images, material science and additive manufacturing are all important fields of study, which work together to study texture simulation in printed materials. The fine-grained reality and variety of real-world materials is difficult to represent using traditional texture creation methods based on procedural algorithms and physical modelling. This research explores the use of neural networks to simulate the textures in prints. The main focu…
Designing Intelligent Mentoring Systems for Art Learners
The use of Artificial Intelligence (AI) in art education has spawned Intelligent Mentoring Systems (IMS) that enable art learners to have personalized learning experiences. These systems are a combination of adaptive learning algorithms, visual analysis and affective computing to offer custom guidance, feedback and skill development paths. The proposed research paper discusses the development of an Intelligent Mentoring System based on AI and mul…
Assessing the Impact of Cultural Differences on Educational Technology Acceptance
Cultural characteristics in relation to educational technology acceptance (ETA) aims at analyzing the effect of cultural factors that include norms of the society, values, and practices which shape the perception and usage of technology by the individual as incorporated in his/her education. This concept illustrates that cultural factor increases that perception of helpfulness, ease of implementation, and total satisfaction with technology by a s…
Evaluating the Role of Organizational and Marketing Innovations in Firm Performance
The purpose of this paper is to analyse and understand how specific advancements in the area of marketing and organisation affect the overall firm performance (FP) given that there are diverse ways in which innovation boosts up corporate revenues, marketing innovation (MI), leadership innovation (LI), organizational innovation (OI), process innovation(PI), and customer engagement innovation (CEI) as the independent variables in the framework with…
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Assessing the Impact of Cultural Differences on Educational Technology Acceptance
Cultural characteristics in relation to educational technology acceptance (ETA) aims at analyzing the effect of cultural factors that include norms of the society, values, and practices which shape the perception and usage of technology by the individual as incorporated in his/her education. This concept illustrates that cultural factor increases that perception of helpfulness, ease of implementation, and total satisfaction with technology by a s…
Evaluating the Role of Organizational and Marketing Innovations in Firm Performance
The purpose of this paper is to analyse and understand how specific advancements in the area of marketing and organisation affect the overall firm performance (FP) given that there are diverse ways in which innovation boosts up corporate revenues, marketing innovation (MI), leadership innovation (LI), organizational innovation (OI), process innovation(PI), and customer engagement innovation (CEI) as the independent variables in the framework with…
Ai-Generated Virtual Sculptures and Their Educational Value
Because of the rapid evolution of the sphere of artificial intelligence, the new direction of digital creativity has been introduced, namely, the production of the virtual sculptures made with the help of AI. These computing generated forms are generated through computational synthesis of machine learning, 3D modeling, and artistic experimentation and offer an individual with the distinct opportunities in the field of teaching art. The article is…
Neural Networks for Texture Simulation in Prints
Computer images, material science and additive manufacturing are all important fields of study, which work together to study texture simulation in printed materials. The fine-grained reality and variety of real-world materials is difficult to represent using traditional texture creation methods based on procedural algorithms and physical modelling. This research explores the use of neural networks to simulate the textures in prints. The main focu…
Designing Intelligent Mentoring Systems for Art Learners
The use of Artificial Intelligence (AI) in art education has spawned Intelligent Mentoring Systems (IMS) that enable art learners to have personalized learning experiences. These systems are a combination of adaptive learning algorithms, visual analysis and affective computing to offer custom guidance, feedback and skill development paths. The proposed research paper discusses the development of an Intelligent Mentoring System based on AI and mul…
Convolutional neural network (2 works) · Digital art (2 works) · Digital Media and Visual Art (2 works) · Aesthetic Perception and Analysis (1 works) · Affective Computing (1 works) · Architecture (1 works) · Art, Technology, and Culture (1 works) · Artificial Intelligence Applications (1 works) · Artificial neural network (1 works) · Business (1 works)