PhD Application Portfolio | Fall 2026

Md Anisur Rahman Chowdhury

My research focuses on physical and cloud network infrastructure security, serverless intelligent firewalls, federated threat intelligence, and Zero-Trust automation for deployable cybersecurity systems.

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Total Papers (Including Upcoming)

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Published IEEE First-Author Papers

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Master's CGPA Goal (4.00 / 4.00)

May 9, 2026

Master's Completion Date

PhD Capabilities

Research Profile

I am a Graduate Assistant under Dr. Kefei Wang in the Computer and Information Science Department, Gannon University. My role includes research design, data engineering, model development, system implementation, and manuscript preparation.

I am seeking a fully funded PhD position (RA/TA) in the United States beginning Fall 2026, aligned with cloud-native security and AI-driven cyber defense.

Publication Record

Publications and Pipeline

Published | IEEE CSCloud 2025 | Nov 7, 2025

Towards a Serverless Intelligent Firewall: AI-Driven Security and Zero-Trust Architectures

First author. Idea, research, data handling, methodology, model training, and implementation by me.

IEEE Xplore

Published | IEEE CSITSS 2025 | Nov 20, 2025

Auction-Based Dynamic Resource Allocation for Optimized Edge Computing in Distributed Networks

First author. Developed and validated the complete auction-based allocation framework.

IEEE Xplore

Published | IEEE CSITSS 2025 | Nov 20, 2025

AI and Cloud Computing in Business Systems: A Hybrid Model for Enhancing Enterprise Resource Planning

First author. Designed and implemented a hybrid AI-cloud ERP model and evaluation strategy.

IEEE Xplore

Under Review | IEEE SmartCloud 2026

Towards a Serverless Intelligent Firewall: Integrating Cross-Cloud Adaptation, AI-Driven Security, and Zero-Trust Architectures

Extension toward cross-cloud adaptation and stronger policy-driven automation.

Under Review | IEEE IC3ECSBHI 2026

Federated Threat Intelligence for Multi-Cloud Security: A Privacy-Preserving AI Approach

Federated collaborative defense strategy designed for privacy-preserving cloud intelligence sharing.

Under Review | IEEE IC3ECSBHI 2026

Continuous Verification in Zero Trust Security: A Model for Secure Automation

Continuous trust verification architecture for secure automated cloud and network workflows.

In Preparation | Q1 Journal

Autonomous Self-Learning Serverless Intelligent Firewall

REST API-driven open-source threat intelligence with multi-paradigm ML and federated Zero-Trust.

In Preparation | Conference

Building a Team of AI Models: A Literature Review on Distributed Agent Networks

Systematic analysis of collaborative model teams for distributed intelligent decision systems.

Research Collaboration

Co-authored Projects with Dr. Kefei Wang

  • AI and Cloud Computing in Business Systems: A Hybrid Model for Enhancing Enterprise Resource Planning
  • Cloud-Based CRM Systems Enhanced by AI and Graph Theory: A Hybrid Model for Optimizing Customer Engagement
  • Auction-Based Dynamic Resource Allocation for Optimized Edge Computing in Distributed Networks
  • Towards a Serverless Intelligent Firewall: Integrating Cross-Cloud Adaptation, AI-Driven Security, and Zero-Trust Architectures

Research Implementation Portfolio

GitHub Research Projects

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