SK
S Kiran
Yogi Vemana University
Research areas: Computer Science · Artificial Intelligence · Cryptographic Implementations and Security · Chaos-based Image/Signal Encryption · Computer Science and Engineering
0000-0002-0725-3356
Employment
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Yogi Vemana University Professor
Education
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Yogi Vemana University M.Tech, Ph.D
Projects & Funding
Projects & funding information is unavailable.
Publications (45)
- Generative-augmented deep learning framework for scarce-data skin lesion image processing Save
- Advanced Fingerprint-Based Blood Group Prediction using Transfer Learning with DenseNet-201 Save
- Advanced Fingerprint-Based Blood Group Prediction using Transfer Learning with DenseNet-201 Save
- Noise-Tolerant Detection of Cucumber and Grape Leaf Diseases Using Median and Gaussian Filters with Advanced Machine Learning Classifiers Save
- A Comprehensive Survey on Traditional and Advanced Techniques in Brain Tumor Detection Save
- A Deep Dive into Blockchain: A Systematic Literature Review on Transparency, Security, and Scalability Challenges Save
- An Optimized Ensemble Learning Framework using Boosted Random Subspace SVMs and Stacked Generalization for Cardiovascular Disease Diagnosis Save
- COMPREHENSIVE ANALYSIS ON MULTI-FOCUS IMAGE FUSION: A SURVEY Save
- DEVELOPMENT OF NEW MACHINE LEARNING ALGORITHM FOR CUCUMBER AND GRAPE LEAF DISEASE DETECTION USING MULTI SVM WITH CUSTOM KERNELS Save
- Enhanced Plant Leaf Disease Detection Using Modified Logistic Regression for Sustainable Agriculture Practices Save
- Exploring the Future of Prompt Engineering in Healthcare: Mission and Vision, Methods, Opportunities, Challenges, Issues and Their Remedies, Contributions, Advantages, Disadvantages, Applications, and Algorithms Save
- INVESTIGATION AND COMPARISON OF FEATURE SELECTION TECHNIQUES WITH HYPER PARAMETER TUNING FOR PREDICTING PROACTIVE CARDIOVASCULAR DISEASE Save
- Towards a Greener Tomorrow: The Role of Data Science in Shaping Sustainable Farming Practices Save
- Granular Partitioning and Adaptive Encoding: A Synergistic Approach to Lossless Image Compression Save
- Advanced Machine Learning Approach for Medicinal Plant Leaf Disease Detection: Combining Modified Sigmoid-Hyperbolic Functions with Logistic Regression Save
- Advancing Seismic Image Segmentation: UNET++ with GLCM Integration Save
- Cucumber Leaf Disease Detection using GLCM Features with Random Forest Algorithm Save
- Efficient DNA Cryptography Using One-Time Pad and Run-Length Encoding for Optimized Ciphertext Storage Save
- Enhancing TGS Salt Identification with U-NET and Graph Neural Networks Save
- Pseudo-random Number Generator Using Knight’s Travel Path and Brightness Response of the Eye Save