Master Thesis in Wireless Network Projects

Master Thesis in Wireless Network Projects

  Master Thesis in Wireless Network Projects is our world class service created by our top experts with the aim of help students and research scholars in research perspective. Through our experience, on these days students are really interesting to do Wireless Network Projects. Our mission is to provide all opportunities for you to make a good thesis for your Master Degree Course, and our experts give you enough resources to explore your knowledge in a degree program. The worlds of Students have the issue while making thesis, and they don’t have the knowledge to make this. Students from any of the place can come to our organization. You can surely get complete support with us till your end of research journey.

Master Thesis in Wireless Network Projects

  Master Thesis in Wireless Network Projects is about our services and research ideas created for budding students and research scholars. To do Master Thesis Wireless Network Projects, you should need some assistance. For our Master Thesis in Wireless Network Projects offer you great support like projects development, gain particular domain knowledge, current trends, algorithm development and thesis writing. Thesis writing is a most important stage in your research career because it takes long time to complete it. When you reach to us, you don’t worry about Thesis Writing as we offer enormous support to write your thesis with complete it in before your deadline. Now let’s glance over some important aspects of Wireless Networks,

How Wireless Networks is differing than Wired Networks?

  • Shared Medium
  • Limited Bandwidth
  • Time varying and noisy channel
  • Broad cast nature of Wireless Communication

Classifications of Wireless Networks:

  • Satellite Networks
  • Local Area Networks
  • Personal Area Networks
  • Wireless Ad Hoc Networks
  • Metropolitan Area Data Networks
  • Wireless Sensor Networks
  • Ubiquitous Computing Environments
  • Wireless body area network
  • Terrestrial Microwave Networks
  • Wireless Mesh Networks
  • Cognitive Radio Networks
  • Ultra Broadband Communication Networks
  • Long Term Evolution Advanced Networks
  • Wireless Underground Communication Networks
  • Nano Communication Networks
  • Wireless Multimedia Sensor Networks
  • Mobile Networks

 -Enhanced Data Rates for GSM Evolution [EDGE]

 -Evolution Data Optimized [EVDO]

 -High Speed Downlink Packet Access [HSDPA]

 -Code Division Multiple Access [CDMA]

 -General Packet Radio Service [GPRS]

 -High Speed Circuit Switched Data [HSCSD]

Research Issues in Wireless Networks:

  • Route optimization in networks
  • Mobility management
  • Mobile IPv6 protocols performance analysis
  • Connectivity with 3G and 4G networks
  • Fraud detection and security
  • Transport mechanism
  • Issues on data management
  • TCP in wireless mobile environment
  • Data allocation caching, invalidation and replacement
  • TDMA broadcast scheduling in multi hop networks
  • Data scheduling and broadcasting
  • Congestion detection and avoidance
  • Wireless Media Access Control
  • 3G UMTS Cellular Systems
  • Handoff mechanism and location management
  • Ultra band communication
  • WLAN Routing in mobile networks
  • Forensic analysis in wireless networks
  • Traffic integration in wireless geographic networks
  • NDP in IPv6 protocol
  • Routing in Wireless Networks
  • Multihop routing protocols
  • Multichannel neighbor discovery protocol
  • Adaptation techniques in Traffic Rate
  • Bandwidth Allocation Issue
  • Multicast Data Delivery Approach in wireless networks
  • Backpressure routing and multicast routing in wireless networks

Different Wireless Communication Technologies:

  • Satellite Communication
  • WiMAX [IEEE 802.16]
  • WiFi [IEEE 802.11]
  • Bluetooth Technology [IEEE 802.15.1]
  • ZigBee [IEEE 802.15.4]
  • Bluetooth Low Energy [IEEE 802.15.1]
  • Fog enabled Cloud Internet
  • 5G Wireless Technology
  • 4G Wireless Technology

Current Master Thesis in Wireless Network Projects Topics:

  • Six port reflectometer based on 2.20 GHz Non-Uniform Coupler
  • Decodable network coding protocols optimization with unequal protection instantly
  • Uploading small size IoT data using eHint [Efficient Protocol] in wireless networks
  • Side information with single prior index coding on linear error coding index codes optimization
  • Tag missing identification on block enabled RFID systems in wireless networks
  • Some index coding problems on linear error correcting index codes optimization
  • Compressive sensing for energy efficient transmission in wireless sensor networks
  • 3GPP eMBMS on dynamic hybrid counting procedure
  • Superimposition modulated side information with high reliability downlink transmission in wireless networks
  • Compressive sensing based adaptive top-k-query over compression in wireless sensor networks
  • Safety capacity and fairness based resource allocation for device to device communications
  • Fractional power control with uplink non-orthogonal multiple access technologies
  • Network initiated RAT selection with novel virtualization system for WLAN and LTE

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