Master Thesis Communication Projects Using MATLAB shared a valuable bit of wisdom worldwide for your academic projects. Our research activities included various aspects of Master Thesis Communication Projects Using MATLAB like wireless communications and communication system based projects. Current master thesis communication projects comprise Matlab research on cooperative localization, massive MIMO systems, signal processing for wireless communications, and resource allocation in wireless networks. We are the part of the top most 500+ journals with a high impact factors indexed at Thomson Reuter’s Journal Citation, and SCOPUS. We offer a thesis in communication systems for a number of graduates from the Master level (PhD/MS), entirely in standard formats. We coordinate our top experts to develop highly standard thesis in the specified norms.
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Master Thesis Communication Projects Using MATLAB designed and carried out for students by groups of two or more students or a single person. Communication is defined as the process of transferring of information over a distance with using wired /wireless medium. In our every project, we emphasis on a system level perspective and we also consider both algorithm development and implementation aspects for effective thesis. Now we progress in new spectrally efficient communication technologies such as multi-antenna wireless communication technology, embedded electronics and wireless networks because these technologies serve wide-ranging applications from cellular to high speed wireless networks. Students who are interested to do thesis in communication systems using MATLAB, come to us, in place of find your topic matching with your specific interests.
Research Areas for Master Thesis Communication Projects Using MATLAB:
- SISO systems (Single Input Single Output)
-Bluetooth and television
- SIMO systems (Single Input Multiple Output)
- MISO systems (Multiple Input Single Output)
- MIMO systems (Multiple Input Multiple Output)
-WiFi (IEEE 802.11n)
-4G and 5G
-3GPP LTE systems
- MU-MIMO systems (Multiple User-Multiple Input Multiple Output)
- Liquid Level controller 8051
- Dual Converter (Thyristors)
- RFID based liquid level controller
- Moving object detection
- Automatic door opening system
- Finger vein recognition system
- Autonomous agriculture robot
- Gas leakage robot
- Line follower detector 8051
- Cognitive Radio Networks
- Vehicular Ad hoc Networks
- Wireless sensor networks
- Neural Networks
Other research areas:
- Vehicle-to-vehicle and infrastructure communication based on IEEE 802.11p
- Energy efficient systems and circuits for communications
- Variation reliable and tolerant systems
- Low power and robust memory design
- OFDM full duplex link
- Embedded memory design
- Full custom digital design
- Analog and mixed signal design
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