Wireless Communication Research Topics

Wireless Communication Research Topics is one of the recently enhanced techniques that are utilized to transfer the data information without any connections. Here we provide some important information about Wireless Communication and where to use this, applications, metrics that performed are specified below:

  1. Define Wireless Communication

Initially we see the definition for Wireless Communication; it is the transportation of data across two or more devices which do not need the utilization of wires or connections moreover it is different from common wired connections, and it utilizes electromagnetic signals like micro waves, infrared radiation or radio waves to send and obtain data through air.

  1. What is Wireless Communication?

After the definition we will notice the in-depth explanation of Wireless Communication, it is the interchange of data among devices by employing electromagnetic waves instead of physical communications and it converts the overall interactions by easily connecting devices and peoples. This technology uses starting from cell phones to satellite communications. Cellular Networks, Wi-Fi and Bluetooth provide mobile and adaptable interactions.

  1. Where Wireless Communication used?

Next to the in-depth explanation we converse where to use Wireless Communication, it is employed in satellites for overall interactions, Wi-Fi networks for internet obtain, wireless sensor networks for data gathering in the fields like industrial automation, healthcare and agriculture and Bluetooth devices for wireless peripherals. It is mainly significant in entertainment gadgets, public secure networks, smart homes and automotive systems, where it assists to permit constant connection and interaction through multiple applications.

  1. Why Wireless Communication technology proposed? , previous technology issues

Wireless Communication is proposed in this research and it faces several issues by the existing research works. The previous technology issues are absence of security, Addressing Attack Detection problems and Routing efficiency implications are several issues in existing technologies is overcome by using the methods like Game Theory-Driven Clustering (GT-DC), AES decryption, Improve Cache LEACH Protocol (ICLP), Block Curve Security Framework and Improved Random Forest (IRF) techniques are incorporated.

  1. Algorithms / protocols

Wireless Communication is the interaction of data among various devices without the wired connections. It can be proposed by incorporating the methods like Improved Random Forest (IRF), Improve Cache LEACH Protocol (ICLP), Block Curve Security Framework, AES decryption and Game Theory-Driven Clustering (GT-DC) are the algorithms to be proposed in this research.

  1. Comparative study / Analysis

In this research we compare various methods to obtain the best findings, the methods that we compared are provided below:

  • We built a Horizontal Partitioning Sierpinski Triangle Network construction for enhancing network management moreover this decreases the high traffic in the network.
  • Innovative 6G user registration utilizes the secure Huff Balance Encoder’s Huffman compression based verification by contrasting decrypted data with user QR codes, as well as building an AES-encrypted secret code combined into a QR code over QR PassGen. With the incorporation of personalized beacon signals and Dynamic Neighbor Cohesion from GT-DC, attack identification, network flexibility for extended network life and data gathering are all made probable.
  • To improve cybersecurity attack illustration classification over the incorporation of combined Class weights for unbalanced data, Anomaly Score Thresholds, Decision trees and Bootstrap Sampling by using IRF.
  • We use ICLP for creating Cache nodes (Cn) to optimize routing for efficiency, and the ECC encryption are employed by Block Curve Security Framework and to enhance data protection by employing blockchain protection.
  1. Simulation results / Parameters

We obtain the possible correct findings by evaluating several metrics to calculate the performance of our proposed work. The metrics that we compared are Throughput, Energy Consumption, Delay, Packet Delivery rate, Authentication time and Attack Detection rate with the Number of nodes these are the metrics that we compared to achieve the proposed research.

  1. Dataset LINKS / Important URL

In this research we propose Wireless Communication to connect the devices without any wire connections. Here we provide few links to overview the descriptions of wireless connection and their relevant information:

  1. Wireless Communication Applications

There are various applications to be employed for wireless communications; the applications contain mobile networks that power cell phones, Bluetooth to link devices, Wi-Fi to access internet, wireless sensor network that gathers data in industries like industries and healthcare and satellite interaction for overall reach. These platforms maintain modem living by linking easing logistics, boosting healthcare, allowing fast interaction in both professional and personal settings, smart homes and enhancing entertainment.

  1. Topology for Wireless Communication

Now we look over the topology for Wireless Communication, a focused server which uses machine learning methods to examine and identify the possible safety hazards in actual time, and ensure safe and reliable wireless communications, which will be utilized in the topology for AI-assisted safe Wireless Communication.

  1. Environment in Wireless Communication

The environment to be used for AI-assisted safe Wireless Communication, the AI techniques is employed to enhance safe protocols and encryption techniques in wireless networks, ensure safe and reliable data exchange.

  1. Simulation tools

The Wireless Communication is now used in various domains and we overview the software requirements for this research. The development tool here utilized for this research is NS 3.26 and it is proposed by employing the programming language C++, Python. Moreover the research is operated by using the operating system Ubuntu 16.06 [LTS].

  1. Results

As a result the proposed Wireless Communication gives best performance as compared to the various metrics. Our proposed system overcomes several previous technology issues and is executed on languages like C++, Python to achieve fine best findings.

Wireless Communication Research Ideas:

Below we offer several research topics on the basis of Wireless Communication; we go through the topics to know the details about Wireless Communication and such other relevant Information:

  1. Wireless Communication System Design Using Labview and Software Defined Radio
  2. Long-distance and High-speed Underwater Optical Wireless Communication System ~Challenge to 1Gbps x 100m underwater optical wireless communication~
  3. Underwater Wireless Communications Researching, Analysis and Comparison
  4. Optical Reconfigurable Intelligent Surfaces Aided Optical Wireless Communications: Opportunities, Challenges, And Trends
  5. 4-Port Extended Ultrawideband MIMO/Diversity Antenna for Indoor and outdoor wireless communication
  6. Photonics-empowered Terahertz Wireless Communications
  7. A Survey of Blockchain and Artificial Intelligence for 6G Wireless Communications
  8. Demonstration of a 245 GHz Real-Time Wireless Communication link
  9. Neural Networks-Based Phase Estimation and Symbol Detection for RIS-Assisted Wireless Communications
  10. A Rydberg Atom-Based Receiver With Amplitude Modulation Technique for the Fifth-Generation Millimeter-Wave Wireless Communication
  11. Testing a 1 Gbit/s Optical Wireless Communication System against Extreme Space Conditions
  12. Spectrum-Energy-Economy Efficiency Analysis of B5G Wireless Communication Systems With Separated Indoor/Outdoor Scenarios
  13. An Optical Intelligent Reflecting Surface-Assisted Underwater Wireless Communication System
  14. Maximum Distance Separable (MDS) Code Aided MIMO for Future Wireless Communication
  15. Measurement and Characteristic Analysis of RIS-assisted Wireless Communication Channels in Sub-6 GHz Outdoor Scenarios
  16. Enhancement of Transmission Speed and Security in Wireless Communication by a New Modified Source Coding Technique
  17. “sXGP”: A Secure and Efficient Wireless Communication System for In-House Networks
  18. A New Way of Approaching Electromagnetic Disturbance With/From Medical Devices: Wireless Communication Failures
  19. Distributed Intelligent Scheduling Algorithm for Wireless Communication Network Link Resources Based on Data Analysis
  20. Energy-Efficient Covert Wireless Communication Through Probabilistic Jamming
  21. Resource Allocation in IRS-aided Optical Wireless Communication Systems
  22. Realtime Spectrum Calculation Based Wireless Communication Receivers to Resist In-band Interferences Utilizing Microwave Photonics
  23. Reliable Deep-Learning based Underwater Optical OFDM Wireless Communications
  24. Enhancement of System Performance by Turbo Equalizer for Underwater Wireless Communication
  25. Design and Analysis of Optical Wireless Communication Systems
  26. Beam Domain MIMO-OFDM Optical Wireless Communications With PAPR Reduction
  27. High Data Rate Optical Wireless Communication over Wide Range by Using Nonuniform-space Optical Phased Array
  28. Enhancing the Sum Rate in Massive MIMO Optical Wireless Communication System by Using MMSE Precoding
  29. The Road to High Data Rates in Space: Terahertz Versus Optical Wireless Communication
  30. Exploring the Superior Performance of NOMA: A Comparative Study of Wireless Communication Techniques
  31. Modeling of IoT based High-Speed Hybrid Fiber-Optical Wireless Communication System
  32. Performance Analysis of M-Ary PSK OWDM on Wireless Communication Systems
  33. Fast and Arbitrary Beam Pattern Design for RIS-Assisted Terahertz Wireless Communication
  34. 6G Wireless Communications: From Far-Field Beam Steering to Near-Field Beam Focusing
  35. A Simple Infrared (IR) Optical Wireless Communication (OWC) Interface attached to a low-cost open-source measurement and control instrument—Red Pitaya
  36. Gain Enhancement using Metasurface in Antenna Design for Advanced Wireless Communication – A Short Review
  37. Distributed Reinforcement Learning Based Adaptive Antenna Pattern Selection for Wireless Communication Networks
  38. Conception and simulation of Quadruple Frequency Microstrip Patch Antenna for 4G and 5G Wireless Communication
  39. Performance Analysis of Reconfigurable Intelligent Surface-Assisted Wireless Communication Systems Under Co-Channel Interference
  40. A Comparative Study of Wireless Communication Protocols for use in Smart Farming Framework Development
  41. Testing Black Boxes: Verification and Validation of AI Models in Wireless Communication Systems
  42. Joint Multipath-Shadow-Weather Fading Channel Modeling for Terahertz Wireless Communication
  43. Verification of QAM based Photon-Counting Wireless Communication Using simulated single Photon Pulses by FPGA
  44. DOA Estimation for RIS Assisted Multi-User Wireless Communication System with Squared-Sine Error Criterion and Lawson Norm Constraint
  45. Designing a Sequence of Transient EM Signals in Order to Test Railway Wireless Communications Face to EM Interferences Produced by the Catenary-Pantograph Contact
  46. Research and Development Trends of Underwater Optical Wireless Communication Technologies
  47. Monopole versus Rectangular Microstrip Patch Antenna for Short Range Wireless Communication
  48. A Novel Interference Mitigation Technique and Signal Strength Prediction in future Wireless Communication
  49. Introduction to Mediumband Wireless Communication
  50. Full-Spectrum Wireless Communications for 6G and Beyond: From Microwave, Millimeter-Wave, Terahertz to Lightwave
  51. Application of high-speed photonic devices for fiber wireless and optical wireless communications
  52. Semi-Narrow Band Ad-Hoc Wireless Communication System (SNB-AWCS) using VHF for Disaster Response
  53. Wide Dynamic Range Signal Detection for Underwater Optical Wireless Communication Using A Pulse Counting Receiver
  54. Outage Performance of IRS-Assisted Underwater Optical Wireless Communication Systems over Combined Channel Model
  55. Selection Combining Over Log-Logistic Fading Channels With Applications to Underwater Optical Wireless Communications
  56. Application of Improved Ant Colony Algorithm in Automatic Recognition of Abnormal Signals in Wireless Communication Networks
  57. Backscattering Interference Channel Characteristics in Full-Duplex Underwater Optical Wireless Communication
  58. Implementation of Simultaneous Underwater Optical Wireless Communication and Solid-State Lighting
  59. Experimental Comparison of Modulation Techniques for LED-based Underwater Optical Wireless Communications
  60. PARAFAC Decomposition based Channel Estimation for RIS-aided Multi-User MISO Wireless Communications
  61. Multi-ant Colony Based QoS Networking Algorithm for Hybrid Power Line and Wireless Communication Networks
  62. Microwave Intermediate Frequency (IF) Subsystem for Potential Nanosatellite and Space Wireless Communications
  63. Wireless Communication of Buried IoT Sensors Utilizing Through the Soil Wireless Power Transfer for Precision Agriculture
  64. Mitigation of Vessel Motion Effects for MIMO Underwater Optical Wireless Communication System using Spatial Coding
  65. Dual band Slot Antenna for mm Wave Wireless Communication
  66. Automatic Axis-Aligned High-Speed Optical Wireless Communication System Based on Laser Diode
  67. Performance Evaluation of RIS under Different Wireless Communication Standards and Channel Models
  68. Research on Computer Electronic Intelligent Control System Based on 5G Wireless Communication Technology
  69. A Top-Down Survey on Optical Wireless Communications for the Internet of Things
  70. Deep Learning based Microstrip Patch Array Antenna Structure for MIMO 5G Wireless Communication
  71. Investigation and Optimization of Secrecy Capacity for Intelligent Reflective Surfaces-Assisted Secure mm Wave Indoor Wireless Communication
  72. Observation Data and 3D Map-based Radio Environment Estimation for Drone Wireless Communications
  73. Evolution of Short-Range Optical Wireless Communications
  74. Content-Aware Semantic Communication for Goal-Oriented Wireless Communications
  75. High-Capacity Optical Wireless Communication by Directed Narrow Beams
  76. Improved Synchronization Scheme for the Photon- Counting-Based Underwater Optical Wireless Communication System
  77. Wireless Communication Using Autoencoder
  78. Research on Security and Electronic Countermeasure of Wireless Quantum Communication System
  79. Robust Real-time 4K-UHD Videos Streaming Transmission through Photonic-based Terahertz Wireless Communication System
  80. A Novel 3D Non-Stationary Double-RIS-Assisted Channel Model for 6G Wireless Communication Systems
  81. A New Method of Optical Spectrum Analysis for Advanced Wireless Communications
  82. Highly Directive Compact Multiband MIMO Antenna with Improved Gain for 5G Wireless Communication System
  83. Supervised Wireless Communication: An Analytic Framework for Real-Time Model Inference in the 5G Core Network
  84. Performance Evaluation and Analysis of Deep Learning Autoencoder-Based Wireless Communication System
  85. Research on wireless Communication network security risk prediction based on computer technology
  86. Q-learning based Handover Algorithm for High-Speed Rail Wireless Communications
  87. A CNN-GRU based Approach for Strong In-Band Interference Mitigation in Wireless Communication Systems
  88. Improving Wireless Communication through Beamwidth Optimization in Reconfigurable Intelligent Surfaces
  89. Covert Wireless Communication Against Jamming-Assisted Proactive Detection
  90. Implementation and Enabling Artificial Intelligence in Wireless Communication Networks
  91. Slotted Aloha for Optical Wireless Communications in Internet of Underwater Things
  92. Coding rate optimization for efficient underwater optical wireless communication
  93. Performance Evaluation of IRS-Assisted Cooperative Relaying for Next Generation Wireless Communication Systems
  94. On Deployment Position of RIS in Wireless Communication Systems: Analysis and Experimental Results
  95. 40-GHz resonant-cavity 2-D photodetector array using InP/InGaAs DH structure for advanced optical wireless communications
  96. Automated Physical TestBeds (APTB 2.0): Enabling Reliable and Efficient Testing of Wireless Communication Networks for IoT and Industry 4.0
  97. GCWCN: 6G-Based Global Coverage Wireless Communication Network Architecture
  98. A MIMO Detector Utilizing DNN for Faster-Than-Nyquist Optical Wireless Communications
  99. The Role of Optical Wireless Communication in the Next Generation Wireless Networks
  100. Generation of a Dual-Mode OAM Beam using a CP UCA Antenna for Wireless Communication