1) Implementation of IEEE802.11b WLAN PHY layer using the direct sequence spread spectrum (DSSS) system.
2) DBPSK modulation and Barker code spreading IEEE802.11b Physical layer.
3) Design and Simulation of direct sequence spread spectrum system for 1 Mbps payload data rates using DBPSK.
4) Design and Simulation of direct sequence spread spectrum system for 2 Mbps payload data rates using DQPSK.
5) Design and Simulation of direct sequence spread spectrum system with Barker code for 5.5 MBPS Module using CCK.
6) Design and Simulation of direct sequence spread spectrum system with Barker code using 11 MBPS Module using CCK.
7) Base band model of the physical layer of a wireless local area network (WLAN) according to the IEEE 802.11a standard.
8) Base band model of the physical layer of a wireless metropolitan area network (WMAN) according to the IEEE 802.16-2004 standard.
9) 256- Channel of the asymmetric digital subscriber line (ADSL) technology for transmitting data and multimedia information over telephone lines.
10) Gaussian frequency Shift Keying Techniques using Bluetooth Frequency Hopping.
11) Design and Simulation of Voice transmission using Bluetooth. Long-haul and tactical communications over HF (high frequency) channels for Defense communications.
12) Design and Simulation Digital Video Broadcasting using cable system transmission.
13) Design and Simulation of Terrestrial transmission of digital television signals.
14) High-performance radio local area network using Quadradure Amplitude modulation.
15) Design and Simulation of WCDMA Coding and Multiplexing.
16) Spreading and modulation for an FDD downlink DPCH channels using WCDMA.(WCDMA Spreading and Modulation)
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