文件列表:

Basis_pursuit.m (1313, 2017-05-16)
HybridPrecoding.m (1390, 2017-05-16)
construction_channel.m (3083, 2017-05-16)
final_basis_pursuit.m (8794, 2017-05-16)
final_hybrid.m (8894, 2017-05-16)
final_hybrid_different_value_n_k_m.m (9001, 2017-05-16)
power_allocation.m (1375, 2017-05-16)
power_allocation_basis_purusit.m (1598, 2017-05-16)
v2v_channel_hybrid_different_velocity.m (9199, 2017-05-16)
v2v_channel_hybrid_precoding.m (9162, 2017-05-16)

# 5G-Wireless-Network My work during the Internship was mainly focused on technology of millimeter wave which will help in next generation-5G wireless. Due to high frequency signals in millimetre wave frequency band it could allocate more bandwidth to deliver faster, high-quality video and multimedia content. Use of millimeter wave will improve the efficiency because the directional transmission between the base station and a mobile device reduces signal interference, and that might account for the reduction in energy. Energy efficiency is very important with term of millimetre wave because of growth in the number of users and devices”and efficiency should be considered with any new standard. I tried to model channel for millimeter wave and performed a hybrid precoding to enable gigabit-per-second data rate and also tried some other precoding models and tried to compare data rates between different precoding schemes. After that I worked on V2V communication for MM wave. V2V communication is very important now days because frequent traffic accidents causing enormous number of deaths and injuries have become a serious health and social issue and there is also saying connected cars will be the ultimate of Internet of Things. In V2V communication I modelled V2V channel for mm wave and performed a hybrid precoding on it and compared it with static channel.

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