Video Streaming Projects

Video streaming projects direct many final year students track. At present, video streaming becomes a one-off element in the chief applications. For instance, online gaming, entertainment and remote surgery are most valuable real-world applications. If you choose this field, then your project will have the first-rate kudos. In exact, LTE and 5G networks are the current ongoing topic in this field. We share this info via our regular reputed journal updates. 


  • 5G and beyond communication
  • ViLTE (Video over LTE)
  • IEEE 802.11p (vehicular streaming)
  • IEEE 802.15.4 (Industrial streaming)
  • IEEE 802.11ax (WiFi 6)


  • Low-latency and ultra-HD streaming
  • Hybrid video coding and retargeting
  • Adaptive multipath streaming
  • Video traffic engineering for mobiles
  • Multimedia protection and forensics
  • Edge-assisted fast video streaming
  • 5G multi-RAT design for multimedia
  • Content-based search and streaming
  • Multi-party concurrent video streaming
  • Content-personalization in multi-platform

Freshness is the vital part of your project that makes you to differ from others. To be sure, that freshness will not come up easily as it wants experience. Are you seeking to add freshness in your work? Then, our stable skill is the best solution for you. We have 1000+ novel ideas in each field to serve our students.


  • Content quality
  • Video availability
  • Audiovisual synchronization
  • Error resilience
  • Interface usability
  • Meatadata quality
  • Navigation capabilities


  • Mean opinion score
  • Bit error rate
  • Packet loss and delay
  • Peak signal-to-noise ratio
  • Video quality metric
  • Blockiness and Blurriness
  • Ringing metric (noisiness)

As QoE is the prime factor of Video streaming projects, we have plenty of metrics in it. We apply our ideas as per your desire. Thus, your project will become A+ quality with your thoughts too. Don’t fight your project war alone, take our shield and fight safely.


  • Decide streaming network
    • Sensor network
    • Ad hoc network (VANET, MANET)
    • Industrial networks
  • Encode the video
    • VVC (H.266)
    • HEVC (H.265)
    • AVC (H.264)
  • Adjust encoding parameters
    • GoP rate
    • Encoding rate
    • Layer information
  • Select multi-paths
    • By routing algorithms
    • By optimization techniques
    • By reinforcement learning
  • Perform security primitives (if needed)
    • Cryptography algorithms
    • Steganography algorithms
    • Network coding methods
  • Schedule the video packets
    • Priority based scheduling
    • Traffic type based algorithms
    • Time based algorithms
  • Send the video packets
    • Receive video from multi-paths
    • Decode video packets
    • Stream original video

To conclude this, you can’t shine in the absence of sunlight. Likewise, your project can’t win in the absence our guidance. Without a doubt, reach us and take hold of a superb career.