LTE Downlink Packet Scheduling Projects

    LTE Downlink Packet Scheduling Projects are developed for final year students pursuing B.E, B.Tech, M.E and M.Tech. LTE is a recently emerged mobile communication technology which is being used in real–time. LTE Downlink Packet Scheduling is required due to increased number of connected devices, more amount of traffic and use of various applications. Downlink packets are received by users from LTE Base station. According to the request of user they receive response packets. LTE Downlink Packet Scheduling is supported for,

Real–time traffic:

• Video streaming
• Live Television
• Webcams
• Multiplayer Gaming
• Video Conferencing
• Voice calls

Non–Real–time traffic:

• E–Mail
• File transfer
• Batch Processing

    These traffic are broadly classified into five classes based on their bit rate as: (1) Constant Bit Rate (CBR), (2) Available Bit Rate (ABR), (3) Unspecified Bit Rate (UBR), (4) real time Variable Bit Rate (rt–VBR) and (5) non–real–time Variable Bit Rate (nrt–VBR). On accounting all significance, a LTE Downlink Packet Scheduler is designed in reputed papers that can be implemented along with enhancements by our well versed developers.

  Take a look over the following topics listed out for LTE Downlink Packet Scheduling Projects,

• The new mechanism for Traditional queuing regimes and also time-aware shaping performance comparison into an Ethernet fronthaul network system
• A competent function of Control-aware Uplink Resource Allocation designed for Cyber-Physical Systems into Wireless Networks [LTE- Downlink-Packet-Scheduling-Projects]
• The novel technology also for Three-Stage Resource Allocation Algorithm used for Energy-Efficient by Heterogeneous Networks
• An inventive process of wireless network simulator derived from design patterns meant also for WiMAX and LTE system
• The fresh function of Network virtualization used also for Mobile Operators into S-D based on LTE networks
• A creative function of Mobile edge computing-enabled channel-aware video streaming intended also for 4G LTE system
• The new methodology also for Opportunistic Dual Metric scheduling based on Quality of service and Power Control meant for LTE uplink network
• A novel performance also for dynamic slicing based on mobile network infrastructures derived from business aspects, Challenges and also opportunities scheme
• An efficient performance also for Improving Device-to-Device communications pairing intended for underlay cellular networks
• The new Performance evaluation of schedulers also into MIMO-OFDMA based on cellular networks
• An innovation function also for Pricing-Aware Resource Scheduling Outline designed for LTE Networks system
• A current Method used also for optimal procedure of 4G/5G heterogeneous network resourses below M2M/IoT traffic growth conditions system
• An effective function intended also for scheduling aware DRX cycle activation into LTE scheme
• Innovative mechanism also for Statistical Priority-Based on Scheduling Metric aimed at M2M Communications into LTE Networks [LTE Downlink-Packet-Scheduling-Projects]
• The fresh practice also for Network-Centric Versus User-Centric Multihoming Strategies into LTE/WiFi Networks