Wireless communication is a process of conveying data among multiple devices without a direct wired link. In this technology, radio waves are very frequently used as a wireless communication medium. A wideband mobile wireless network offers a huge volume of multimedia information which allows communication with everyone everywhere. This page is about to present the most interesting research ideas and latest wireless communication project topics, standards and technologies!!!

In the current era of wireless communication, more mechanisms are coming up to improve the adeptness in spectrum transmission and utilization. Also, it is focused to use “everything over IP” for effortlessly interrelating varied structured networks. 

Why Wireless Communication?

On top of mobility, wireless networks provide adaptability and reliability over any kind of network for easy use. As a result, it ultimately acquires widespread familiarity in a short period. For instance, smartphones are featured with a significantly high throughput presentation.  

Similarly, infrastructure also plays a major role in wireless technology characterization. In comparison with a wireless system, the wired system setup is a more costly and time-intensive process. In the case of undesired conditions or distant situations, wireless communication suits more perfectly rather than wired communication. Now let’s see about the important characteristics of wireless interaction.

Key Features of Wireless Technologies 

• Bluetooth
  • LOS or NLOS transmission
  • Unlicensed free spectrum 
• WiFi
  • Moderate coverage and mobility 
  • LoS/NloS transportations
  • Minimum deployment cost
  • Unlicensed free spectrum
  • Large data rate 
• Macrocell
  • Complete mobility 
  • LOS/NLOS communications 
  • Huge coverage
  • Assured QoS
• Femtocell
  • LOS/NLOS communications
  • Average coverage
  • Assured Quality of Service
  • Moderate mobility 
• Underwater Acoustic communication
  • LoRa communication
  • Line of Sight / Non-Line of Sight communication
• Microwave/mmWave link
  • Performance does not relies on snow, fog, and dust

To guarantee the standard of our research undertakings, we continuously update our skills with recent technological innovations. From this study, we are acquainted with so many interesting facts about wireless technologies with their performance factors. For example, we have given SigFox, LoRaWAN, LTE Network, LTE-M, and NB-IoT.

Performance of Latest Wireless Technologies 

• LoRaWAN
  • Modulation: CSS, Band: Sub-GHz ISM: EU (433 MHz, 868 MHz), US (915 MHz), Asia (430 MHz), Data Rate: 03-37.5 kbps (LoRA), 50 kps (FSK), Range: 5 km (urban) , 15 km (rural), MAC: pure ALOHA, Topology: star of stars, Payload size: up to 250 B, Proprietary aspects: PHY layer
• SigFox
  • Modulation: UNB DBPSK, GFSK, Band: Sub-GHz ISM: EU (868 MHz), US (902 MHz), Data Rate: 100 bps (UL), 600 bps (DL), Range: 10 km (urban) , 50 km (rural), MAC: pure ALOHA, Topology: star, Payload size: 12 B (UL), 8 B (DL), Proprietary aspects: PHY and MAC layers
• NB-IoT
  • Modulation: QPSK, Band: Licensed 700-900 MHz, Data Rate: 158 kbps (UL), 106 kbps (DL), Range: 15 km, MAC: FDMA / OFDMA, Topology: star, Payload size: 125 B (UL), 85 B (DL), Proprietary aspects: Full stack
• LTE-M
  • Modulation: 16QAM, Band: Licensed 700-900 MHz, Data Rate: 1 Mbps, Range: 11 km, MAC: FDMA / OFDMA, Topology: star, Payload size: Unknown, Proprietary aspects: Full stack

Similarly, we have also listed down the recent wireless standards with their performance features. For instance, we have given IEEE 802.15.4k, IEEE 802.15.4g, Weightless-W, and Weightless-N.

Performance of Latest Wireless Standards 

• IEEE 802.15.4g
  • Modulation: MR-(FSK, OFDMA, OQPSK), Band: ISM Sub-GHz & 2.4 GHz, Data Rate: 4.8 kbps-800 kbps, Range: 10 km, MAC: CSMA / CA, Topology: star, mesh, peer-to-peer, Payload size: 2047 B, Proprietary aspects: Open Standard, Deployment Model: Private
• IEEE 802.15.4k
  • Modulation: DSSS, FSK, Band: ISM Sub-GHz & 2.4 GHz, Data Rate: 1.5 bps-128 kbps, Range: 5 km (urban), MAC: CSMA / CA or ALOHA with PCA, Topology: star, Payload size: 2047 B, Proprietary aspects: Open Standard, Deployment Model: Private
• Weightless-N
  • Modulation: UNB DBPSK, Band: ISM Sub-GHz EU (868 MHz), US (915 MHz), Data Rate: 30 bps-100 kbps, Range: 3 km (urban), MAC: slotted ALOHA, Topology: star, Payload size: 20 B, Proprietary aspects: Open Standard, Deployment Model: Private
• Weightless-W
  • Modulation: 16-QAM, BPSK, QPSK, DBPSK, Band: TV white spaces 470-790 MHz, Data Rate: 1 kbps-10 mbps, Range: 5 km (urban), MAC: TDMA / FDMA, Topology: star, Payload size: >10B, Proprietary aspects: Open Standard, Deployment Model: Private

In addition, our experts have listed out few main Wireless Communication Project Topics that help scholars to get a clear vision about the current research. We provide best dissertation help in wireless communication. We have supported countless research scholars.

10+ Latest Wireless Communication Project Topics

• Radio Frequency and Microwave Technologies 
• Advance RF Antenna and Propagation 
• Advance Microwaves, Microwave devices, and Components
• Multiple Cross-Layer Mac Design
• Wireless Data Communications and Computing
• Improved Equalization, Diversity, Channel Codding Techniques 
• Integration of Cognitive radio with Dynamic spectrum access 
• RF-Energy Harvesting with Massive Wireless Energy Transfer
• Full-Duplex Radio Communication and Technologies
• Wireless Heterogeneous Cellular Networks Theory 
• Massive MIMO based mmWave communication Model
• Adaptive Design, Modulation, and coding for wireless systems
• Radio Propagation and Radio channel characterization 
• Resource-Aware Allocation and load –Aware Balancing 
• MIMO based Adaptive Space-Time Processing 

Energy-efficient wireless communications

In specific, we have discussed energy-efficient Wireless Communication Project Topics which gain more importance in recent research. As matter of fact, it is deployed in various smart grid systems like meter power line observation, data acquisition, and resource demand management. In this, it can also be used in several sections of the smart grid such as SG-NAN, SG-WAN, and SG-HAN. As well as, it catches the relations among the following aspects in the radio frequency transceiver,

• Order of Modulation 
• Power Consumption
• Channel fading
• Power Amplifier 
• Distance of Transceiver 
• other Circuit Modules 

Research Ideas in Wireless Communications 

• Multi-Attribute based Vertical Handover Solution 
• Strategy for Network Switching
• Power Control in Wireless Transmission
• Integrated Cluster-based Routing Protocol 
• Topology Optimization for Directional Antenna Network

Also, we are ready to share a few more important updates about the wireless communication trends. So if you are looking for the best Wireless Communication Project Topics, you can find us as the best solution to carry over your research career.