Sentence examples for mobile broadband system from inspiring English sources

The system-level simulation results presented in Sections 3 and 4 assume TDD operation for the target IEEE 802.16 m mobile broadband system with MU-MIMO.

The Washington DC-based real estate agent has just started using the latest mobile broadband system and says the increased speed makes a big difference to how he works.

The combination of the carrier frequency, geometry, and spatial profile, e.g., probability of LOS and angular spread, need to be explicitly considered in order to gain insight into the performance of a MU-MIMO mobile broadband system.

An 802.16 m system operating in the TDD mode with SLRU permutations and MU-MIMO as defined in Tables 2 and 3 of the Appendix is assumed to be the target mobile broadband system in this article.

In this article, the benefits as well as the deployment and system parameter dependencies of the MU-MIMO technology are analyzed through an extensive simulation study for a next-generation mobile broadband system such as IEEE 802.16 m.

The comparison of the FDD results in Table 11 with the TDD results in Table 6 shows that the performance of a MU-MIMO mobile broadband system does not critically depend on the duplex mode.

After referring to the mobile broadband system-level evaluation methodologies used for generating the results of this article, the main system configuration parameters for IEEE 802.16 m are described.

Among others, 3GPP adopted it as the underlying physical layer (PHY) technology in mobile broadband systems denoted as 4G long-term evolution (LTE).

Section 6 provides an overview of the high-performance technology evolution enabled by MU-MIMO in the example of the IEEE 802.16e and IEEE 802.16 m mobile broadband systems.

Those gains are comparable to the gains achieved by 4 G systems such as Mobile WiMAX Release 1 and 3GPP LTE Release 8 over 3 G systems such as HSPA and clearly show that MU-MIMO is the appropriate technology for the evolution of 4 G MIMO OFDMA-based Mobile WiMAX Release 1 and 3GPP LTE Release 8 mobile broadband systems.

Although the IMT-Advanced evaluation process in ITU-R has been completed, it is expected that the IMT-Advanced evaluation methodology will be widely used as the basis for evaluating mobile broadband systems beyond IMT-Advanced in the years to come.