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K Abhimanyu Kumar Patro

Associate Professor

Manipal Institute of Technology

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Professors in Cybersecurity

Articles (20)

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2026

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2023

Collaborators (2)

Jibitesh Kumar Panda

Assistant Professor

Manipal University

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Jayalakshmi N. S

Professor

Manipal Institute of Technology

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K Abhimanyu Kumar Patro

Research Interests

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Articles (20)

Communication Behavior Modeling for Adaptive Anomaly Detection in Smart Energy Grids

ECPD-MIE: An adaptive entropy-controlled chaotic permutation-diffusion scheme for secure multi-image encryption of grayscale and color images

Reversible cross-channel coupling and dynamic diffusion for secure chaos-based color image encryption

Multilayer perceptron neural network approach for power quality improvement in a grid integrated PV and electric vehicle systems

Enhancing image security: a lightweight crypto-steganographic approach for optimal quality

Chaotic Pixel Selection: A Fast and Secure Image Encryption Approach for Diverse Applications

Crypto-Steganographic Systems for Secure Data Transmission: Concepts, Architectures, and Challenges

Enhancing security in resource-constrained environments: a fast multiple image encryption technique

Enhancing Malware Analysis Using Data Visualization Through Shared Code and Attribute Analysis

MIE-SPD: A New and Highly Efficient Chaos-based Multiple Image Encryption Technique with Synchronous Permutation Diffusion

A Review on Chaos-Based Image Encryption Techniques for Healthcare Applications: Issues and Challenges

Chaotic multiple-image encryption scheme: a simple and highly efficient solution for diverse applications

FSR-SPD: an efficient chaotic multi-image encryption system based on flip-shift-rotate synchronous-permutation-diffusion operation

A Fast Image Encryption Technique Based on Chaotic Maps and Image Divisional Techniques for Multiple Applications

A Diffusion-Only Image Encryption System for High-Speed Applications

A Fast Image Encryption Scheme for Diverge Applications Using Chaotic Index Swapping Confusion-Diffusion

A Fast and Secure Diffusion Key-Based Colour Image Encryptions Using One-Dimensional Chaotic Maps

A Secure and Efficient Multi-Key Image-Based Bit-Level Colour Image Encryption System Using Chaotic Maps

An Effective, Permutation-only, Bit-Level Image Encryption System Using Chaotic Maps

An efficient Intra-Inter pixel encryption scheme to secure healthcare images for an IoT environment

Collaborators (2)

Jibitesh Kumar Panda

Jayalakshmi N. S

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