资源列表
Mimo_Transmission_Schemes_for_LTE_and_HSPA_Networ
- The challenge for RF engineers is mainly to understand the complex systems starting with the transmitter and ending with the receiver. It is not enough to investigate only single components of the communications link. The antennas are an in
LTE-MIMO-System-Level-Design
- New deployments are needed to address the future needs of 4G networks like high data rate support for clustered users. As a result, there is a shift in paradigm for MIMO increasing the number of antennas at a single cell site to distributin
energy_2012_2_30_40107
- From the figure, we observe that the performance gap between ideal and realistic feedback is much more pronounced for MU-MIMO compared to SU-MIMO, which illustrates the increased sensitivity of MU-MIMO with respect to CSI accuracy. This is
MIMO-performance
- MU-MIMO is widely considered a key technology for system capacity improvement in modern wireless networks. In contrast to SU-MIMO, where the spatial multiplexing gain is confined to a single user, MU-MIMO allows multiple users to be co-sche
Downlink-MIMO-in-LTE-Advanced-SU-MIMO-vs-MU-MIMO.
- CSI feedback allows downlink transmission to be adaptively optimized based on the instantaneous DL channel, so that closedloop beamforming and adaptive link adaptation can be enabled to optimize the system performance. The DL reference sign
Antenna-Configurations-for-4X4-MIMO-in-LTE-Field-
- Multiple Input Multiple Outputs, a wireless or radio communications technology normally used with OFDM for many wireless and radio communications. Multiple-input multiple-output, or MIMO, is a radio communications technology or RF technology that is
122402596-mimo
- Multiple Input Multiple Outputs, a wireless or radio communications technology normally used with OFDM for many wireless and radio communications. Multiple-input multiple-output, or MIMO, is a radio communications technology or RF technology that is
090321_LTE_measurement_A4_MForum
- • demonstrate that LTE works in a stable way and to prove the radio link performance assumptions under realistic initial LTE deployment scenarios in typical suburban/urban campus and wide area environments • demonstrate that L
streaming_tm_usb
- Describes the USB streamline model.
Pnetwork_elements
- The file having code that have the required elements for LTE networks.
Pantennas
- The file containing the code required for the creation of the LTE network.
Pchannel_models
- The file represents the channel models required for creating the LTE network.