Here are some of my scientific projects:

  1. A routing method for WSNs using network coding (with MATLAB)
  2. An efficient clustering routing method for WSNs (with MATLAB)
  3. A method for the placement of VMs in Cloud computing using fuzzy theory (with MATLAB)
  4. A healthcare congestion control in WSNs (with MATLAB)
  5. A prioritized congestion control in WSNs (with MATLAB)
  6. A method for improving the performance of DTMSNs using a queue management schema (with MATLAB)
  7. A method for enhancing the efficiency of DTMSNs with multiple mobile sinks (with MATLAB)
  8. Detecting selective forwarding attacks in WSNs by fuzzy logic (with MATLAB)
  9. Detecting malicious nodes in WSNs by MCDM (with MATLAB)
  10. Prolonging the network lifetime of WSNs by limited members of clusters (with MATLAB)
  11. A distance-based congestion control in WSNs (with MATLAB)
  12. A routing protocol for BASNs using MCDM (with MATLAB)
  13. A smart priority-based congestion control in WSNs (with MATLAB)
  14. Increasing the reliability in Grid computing using fuzzy theory (with MATLAB)
  15. A congestion control mechanism for WSNs using MCDM (with MATLAB)
  16. Intelligent multi-layered control avoidance in WSNs using fuzzy theory (with MATLAB)
  17. Recovering network errors in WSNs by network coding (with MATLAB)
  18. Increasing the performance of VANETs using MCDM (with MATLAB)
  19. An energy-efficient data aggregation in WSNs using fuzzy logic (with MATLAB)
  20. Congestion avoidance in WSNs using neural networks and fuzzy logic (with MATLAB)
  21. Increasing the QoS of WSNs using a clustering routing (with MATLAB)
  22. A fault tolerant mechanism for WSNs (with MATLAB)
  23. Balancing the traffic rate of WSNs with a congestion control method (with MATLAB)
  24. Preventing the black hole problems in WSNs (with MATLAB)
  25. Preventing the energy holes problem in WSNs (with MATLAB)
  26. Enhancing the network lifetime of WSNs with clustered heterogeneous sensors (with MATLAB)
  27. A tree-based routing method in WSNs (with MATLAB)
  28. A data replication method in Grid computing (with MATLAB)
  29. An ontology-oriented service discovery method in Cloud computing (with MATLAB)
  30. The simulation of dynamic source routing protocol (DSR) (with MATLAB)
  31. The simulation of ad hoc on demand distance vector routing protocol (AODV) (with MATLAB)
  32. The simulation of data replication in data grids by Least Recently Used (LRU) (with MATLAB)
  33. The simulation of the scientific paper entitled “An Agent-Based Cloud Service Discovery System that Consults a Cloud Ontology” (with MATLAB)
  34. The simulation of the scientific paper entitled “Detecting Selective Forwarding Attacks in Wireless Sensor Networks using Support Vector Machines” (with MATLAB)
  35. The simulation of the scientific paper entitled “An energy-saving routing architecture with a uniform clustering algorithm for wireless body sensor networks” (with MATLAB)
  36. The simulation of the scientific paper entitled “EEHC: Energy efficient heterogeneous clustered scheme for wireless sensor networks” (with MATLAB)
  37. The simulation of the scientific paper entitled “Energy-Efficient Communication Protocol for Wireless Microsensor Networks” (with MATLAB)
  38. The simulation of the scientific paper entitled “An Energy Efficient and QoS Aware Multipath Routing Protocol for Wireless Sensor Networks” (with MATLAB)
  39. The simulation of the scientific paper entitled “Securing Routing Table Update in AODV Routing Protocol” (with MATLAB)
  40. The simulation of the scientific paper entitled “Group-based intrusion detection system in wireless sensor networks” (with MATLAB)
  41. The simulation of the scientific paper entitled “A Hybrid Routing Tree to Avoid the Energy Hole Problem in Wireless Sensor Network” (with MATLAB)
  42. The simulation of the scientific paper entitled “LEACH Clustering Routing Protocol for WSN” (with MATLAB)
  43. The simulation of the scientific paper entitled “LIEMRO: A Low-Interference Energy-Efficient Multipath Routing Protocol for Improving QoS in Event-Based Wireless Sensor Networks” (with MATLAB)
  44. The simulation of the scientific paper entitled “Priority-based Congestion Control in Wireless Sensor Networks” (with MATLAB)
  45. The simulation of the scientific paper entitled “Adaptive data aggregation and energy efficiency using network coding in a clustered wireless sensor network: An analytical approach” (with MATLAB)
  46. The simulation of the scientific paper entitled “Index-BitTableFI: An improved algorithm for mining frequent itemsets” (with Visual C++)
  47. MIT Computer Machine (with Active-HDL)
  48. Inner architecture of a multiplier (with Active-HDL)
  49. The router coding of the scientific paper entitled “Design of a Feasible On-Chip Interconnection Network for a Chip Multiprocessor (CMP)” (with ModelSim)
  50. A software for Analytic Hierarchy Process (AHP) matrix (with Delphi)
  51. An architecture for dual shift registers (with Electronics Workbench)
  52. A data bus of computer architecture (with Electronics Workbench)
  53. A buffered data bus (with Electronics Workbench)

 








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