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1- Books

- Distributed Systems by Maarten van Steen and Andrew S. Tanenbaum (Edition 4) - Translated to Persian (2025)

- An Approach to Mobile Ad-hoc Networks, Yafteh Publication (2024)

- Improving the Energy Efficiency of Mobile Sink-based Routing in Wireless Sensor Networks, Pendar Pajoh Press (2024)

- Mobile Ad-hoc Networks, Scholars' Press (2024)

- Wireless Sensor Networks, Scholars' Press (2023)

- Wireless Mesh Networks, Arshadan Authorial Educational Institute (2022)

- Smart Grids Security, Arshadan Authorial Educational Institute (2022)

- High-Speed Networks, Arshadan Authorial Educational Institute (2022)

2- Research Papers Presented on Conferences

- Role of Artificial Intelligence in the Workplace of the Computer Networking Industry (2025)

- Using a Multi-Agent Deep Reinforcement Learning Algorithm and Radar Signals in Routing Wireless Sensor Networks with the Aim of Reducing End-to-End Delay and Optimizing Energy Consumption (2025)

- Improving Ad-hoc On-demand Distance Vector Routing Algorithm for Mobile Ad-hoc Networks Using the Gray Wolf Optimization Algorithm to Increase the Route Lifetime, The 4^th international conference on artificial intelligence and its future prospects in electrical, computer, mechanical and telecommunication engineering sciences (2024)

- Improving Ad-hoc On-demand Distance Vector Routing Algorithm for Mobile Ad-hoc Networks Using the Gray Wolf Optimization Algorithm to Increase the Route Lifetime, 3^rd International Conference and 8^th National Conference on Computers, information technology and applications of artificial intelligence (2024)

- Development of Delay-Aware Green Routing in Wireless Sensor Networks based on Mobile Multi-sinks, The 3^rd International Conference on New Achievements in Information Technology, Computer Science, Security, Network and Artificial Intelligence (2024)

- Improving the Energy Efficiency of Mobile Sink-based Routing in Wireless Sensor Networks, The 2^nd International Conference and 7^th National Conference on Computer, Information Technology and Artificial Intelligence Applications (2024)

- Evaluation of Models for Stable and Optimal Data Collection through Mobile Edge Computing in discrete Wireless Sensor Networks, 2^nd International Conference on Recent Advances in Engineering, Innovation and Technology (2023)

- Evaluation of the Comparative Performance of Service Performance Chains (Case Study of IP Container Multimedia Subsystem), 2^nd Conference on Mechanics, Electricity, Aerospace Engineering and Engineering Sciences (2022)

- Energy Efficiency of the Intelligent Design of Mobile Sink-based Data Routing in Wireless Sensor Networks, 8^th International Conference on Knowledge and Technology of Electrical, Mechanical and Computer Engineering of Iran (2022)

- Conceptualization of Internet of Things Data Supply, the 5^th International Conference of Knowledge and Technology of Electrical, Computer and Mechanical Engineering of Iran (2021)

- Discovering the Penetration of Computer Networks by Applying Data Analysis and Machine intelligence, 5^th International Conference of Knowledge and Technology of Electrical, Computer and Mechanical Engineering of Iran (2021)

- Transmission layer route recognition solution for mobile phone networks, 12^th International Conference on Information, Computer and Telecommunication Technology (2021)

- Encrypted Network Traffic Classification using Network Models in Deep and Parallel Network, 12^th International Conference on Information Technology, Computer and Telecommunication (2021)

3- Research Project and Thesis

- Master's Thesis: Improving the Energy Efficiency of Mobile Sink-Based Routing in Wireless Sensor Networks, Sheikhbahaee University (2024)

- Bachelor’s project: Surveying the Application of Cloud Computing in the City and Electronic Municipality, University of Applied Science and Technology (2016)

4- Class Presentations at Sheikhbahaee University

- Dynamic MTU: A Smaller Path MTU Size Technique to Reduce Packet Loss in IP v.6

- ECM-MAC: An Efficient Collision Mitigation Strategy in Contention-based MAC Protocol

- FAMD: A Delay-based and Flow-aware TCP Marking Algorithm for Data Center Networks

- Receiver-based Contention Management: A Multi-layered Approach to Enhance the Performance of Wireless Networks

- Game-based MAC Protocol Performance Analysis for Radio Cognitive Wireless Network

- U-New Reno Transmission Control Protocol to Improve TCP Performance in Underwater Wireless Sensor Networks

- Optical Network Security Management

Eng. Arash Ahmadi Esfahani

Applied Research in Advanced Mobile and Wireless Networks

Eng. Arash Ahmadi Esfahani

Mission Statement

As an applied researcher in advanced wireless networks, my mission is to generate practical knowledge, design innovative solutions, and bridge the gap between academic research and industrial needs. I focus on resilient, energy-efficient, and secure architectures across MANETs, WSNs, WMNs, Smart Grids, IoT systems, and next-generation 6G networks—empowering digital transformation through science and engineering.

Objectives

• Advance cutting-edge research in wireless networking, edge computing, and cyber-physical systems
• Design robust, scalable, and secure communication protocols for real-world applications
• Collaborate with academic institutions, tech companies, and policy-makers globally
• Convert research outcomes into deployable technologies and market-ready solutions
• Empower the next generation of engineers through knowledge-sharing and mentorship

Core Values

• Innovation-Driven: Committed to creating forward-looking solutions for emerging network challenges
• Scientific Integrity: Upholding rigor, transparency, and accountability in research
• Practical Relevance: Focusing on impact, applicability, and scalability of outcomes
• Cybersecurity Focus: Embedding resilience and trustworthiness in every solution
• Collaborative Mindset: Valuing interdisciplinary and cross-sectoral partnerships

Strategies

• Leverage AI/ML to enhance routing, data collection, and energy optimization
• Develop open-source protocols and experimental platforms for smart wireless systems
• Engage in industry-driven problem-solving with a focus on scalability and deployment
• Seek diverse funding streams through R&D contracts, grants, and corporate partnerships
• Maintain active presence in international research consortia and standardization bodies

Activities

• R&D on:
• Mobile Ad-hoc Networks (MANETs)
• Wireless Sensor Networks (WSNs)
• Wireless Mesh Networks (WMNs)
• Smart Grids and cyber-physical infrastructures
• Industrial and embedded IoT solutions
• Network security and intrusion resilience
• 6G architectures and protocol innovation
• Simulation and implementation using testbed environments
• Technical consulting for ICT-focused companies and public institutions
• Authoring scientific articles, white papers, and policy briefs

Tailored Version for IBM and Cisco Systems

Strategic Mission Statement

I aim to contribute to the transformation of modern network infrastructures by providing scalable, secure, and AI-enhanced solutions for wireless environments. Through interdisciplinary research in MANETs, WSNs, WMNs, Smart Grids, IoT, and 6G, I offer practical innovations aligned with the goals of global technology leaders such as IBM and Cisco—focusing on edge intelligence, zero-trust architectures, and next-gen connectivity.

Collaboration Objectives with IBM & Cisco

• Co-develop AI-driven networking protocols for smart cities and autonomous systems
• Contribute to Cisco’s efforts in secure, resilient edge architectures and SDN/NFV
• Support IBM’s hybrid cloud and AI infrastructure initiatives through resilient IoT frameworks
• Deliver joint white papers and proof-of-concepts on adaptive, energy-aware networking
• Integrate research into enterprise-grade platforms, open standards, and next-gen solutions

Shared Values with IBM & Cisco

• Enterprise Impact: Driving innovations that meet the scale and performance needs of global IT infrastructures
• Security-First Design: Prioritizing zero-trust principles, encryption, and system integrity
• Sustainability by Design: Embedding energy-efficiency and environmental awareness
• AI-Driven Transformation: Enabling intelligent automation across the network stack
• Industry Collaboration: Engaging with multinational tech ecosystems to co-create the future of connectivity

Strategic Alignment Initiatives

• Contribution to open-source frameworks and standards (IETF, IEEE, 3GPP)
• Joint development of lightweight, scalable communication stacks for constrained devices
• Integration with IBM Watson IoT and Cisco Catalyst for enhanced telemetry and policy control
• Participation in 6G research testbeds with focus on trust, latency, and energy trade-offs
• Co-supervision of industrial PhD projects and next-generation R&D leaders

Key Activities Relevant to IBM & Cisco

• Design and evaluation of:
• Low-power, self-healing wireless mesh frameworks
• AI-enhanced anomaly detection systems in distributed sensor networks
• Scalable and secure data collection algorithms for smart infrastructure
• Context-aware routing protocols tailored for enterprise environments
• Development of simulation environments compatible with IBM Cloud or Cisco DevNet
• Joint participation in industrial research challenges, hackathons, and tech showcases
• Consulting and R&D support on cyber-physical integration and compliance standards