Research laboratory of advanced computerized networks

Research laboratory of advanced computerized networks

Masoud Sabaei

  • Introduction

Advanced Computer Networks Research Laboratory (ACNRL)

Supervised by Dr. Masoud Sabaei


About ACBRL History
Advanced Computer Networks Research Laboratory (ACNRL) was established on 2006 in the Department of Computer Engineering and Information Technology at Amirkabir University of Technology (Tehran Polytechnic).


The major goals of this laboratory are to provide activities in the areas of advanced technical research problems related to computer networks and the Internet. These problems include issues  of_onondesigning and evaluating of computer networks' architecture and protocols for next generation networks. In this context, currently, our research activities are focused on wireless and mobile networks, Ad-hoc networks, wireless sensor networks, traffic management and quality of service on the Internet.

Current projects include research in the following areas:

  • Network Coding Based Wireless Networks
  • Social Networks
  • Opportunist Networks
  • Opportunist Routing in Wireless Networks
  • Topology Control in Wireless Networks
  • Target Tracking in Wireless Sensor Networks
  • Video Streaming in Peer to Peer Networks

Equipment and Datasets:

  • 10 PCs
  • Printer
  • Scanner
  • Video Projector (for presentation)
  • Servers with open source network simulators tools (NS2, …)

Research Projects:

  • Cooperation Improvement of Mobile Ad-Hoc Networks Topology Control in The Presence of Selfish Nodes
  • Fault-Tolerant Static Clustering Scheme for Target Tracking in Wireless Sensor Networks
  • Improved Routing Algorithm Using Context Information for Opportunistic Networks
  • Data Centric Storage Based on Residue Number System for Wireless Sensor Networks
  • Optimizing Candidate Selection in Opportunistic Routing in Wireless Networks
  • Improvement of Network Coding Aware Source Routing Protocols in Wireless Mesh  Network
  • An Efficient Algorithm for Interactive Video-On-Demand Service in Dynamic Peer to Peer Networks 
  • Traffic Improvement in Peer to Peer Video Streaming Networks Using Traffic Localization
  • A Method For Data Dissemination in Vehicular Ad Hoc Networks to Improve Performance

Thesis Completed:

  • QOS Routing in Wireless Sensor Networks Using Game Theory
  • Opportunistic Routing in Delay Tolerant Wireless Networks
  • Using Correlation to Data Aggregation of Moving Object For Reduce of Energy Consumption in WSNs
  • An Efficient Geo-casting Routing Protocol with Guaranteed Delivery in Wireless Sensor Networks
  • Interference Aware Topology Control in Wireless Sensor Network for Extend Network Lifetime
  • A Method for Securing Routing Protocols Against DOS Attacks Based on Social Trust Relationships in Wireless Sensor Network
  • Localization in Wireless Sensor Networks Through Concurrent Map Stitching
  • Mitigating Hot Spot Problem for Data Storage in Wireless Sensor Networks
  • Top of Form
    • Data Gathering in Wireless Sensor Network Exploiting Data Correlation in Order to Increase Data Life and to Provide Accuracy
    • Data Aggregation for Maximizing Network Life Time Considering Data Correlation
    • Joint Topology Control and Packet Forwarding Cooperation Improvement in Mobile Ad-Hoc Networks
    • Top of Form
      • Distributed Anchor-Free Localization in Wireless Sensor Networks
      • Top of Form
        • Maximum Life Time Data Gathering in Wireless Sensor Networks
        • IP Assignment in Mobile Ad Hoc Networks
        • Top of Form
          • Data Aggregation in Sensor Network According to Application Requirements
          • Mobility-Aware Clustering in Wireless Mobile Ad-Hoc Networks
          • Devising a Referee-Based Authentication Scheme for Ad-Hoc Networks
          • Improvement of Automatic Generation of IPSEC/VPN Security Policies
          • Quality of Service Routing in Dynamic Ad Hoc Networks Using OLSR
          • Cooperation Improvement Mobile Ad Hoc Networks Through Nodes Cooperation
          • Improving Survivability of Ad Hoc Routing Algorithms in The Security Aspects For Byzantine Threats
          • Inferring Statistical Property of Flows From Sampled Packets
          • Improvement of QoS-Based Routing in Low Earth Orbit (LEO) Satellite Networks



Director: Dr.Masoud Sabaei

Alumni Members:

  • HamedrezaNikanpour
  • Mehdi Shadvar
  • Seyed SajjadPirahesh
  • Saeed Soltanali
  • Nasrin Hezareh Moghaddam
  • SlamanNiksefat
  • ZeynabRafinejad
  • Bentolhoda Hosseini
    • Top of Form
    • Fatemeh MirianHossienabadi
    • Lila Hakemifar
      • Top of Form
      • Mostafa Bastam
        • Top of Form
        • HaamedGhabi
        • Mahshid RahnamayNaeini
          • Top of Form
          • HossienaliShiraliShareza
          • Maryam Tahani
          • Meysam Mirahsan
          • Milad Sajjadi
          • Mehdi Feraydoni
          • TayebehMonirinik
          • Seyed Babak Pourpeyghambar
          • Kamran Ayoubi Amirabad
          • Mohammad Lotfi
 current members:
  • Nastooh Taheri Javan (Ph.D. Student)
  • BahmanRavaei (Ph.D. Student)
  • Narges Arastohi (Ph.D. Student)
  • YaghobAlizadehGorchinghaleh (M.Sc. Student)
  • Abbas Aram (M.Sc. Student)
  • SeyedehSanam Shirazi Beheshtiha (M.Sc. Student)
  • MontajabGhanem (M.Sc. Student)
  • Naser Behmadi (M.Sc. Student)
  • HotanZheyan (M.Sc. Student)
  • AkramNakhaei (M.Sc. Student)
  • ShorehDeldari (M.Sc. Student)
  • Seyed Ali Jokar Jandaghi (M.Sc. Student)