Sentence examples for equal to n t from inspiring English sources

Taking into account that all eigenvalues of W q are non-negative and also that their sum is equal to n T n R (c.f.

The reason for this is mainly due to the fact that MRT and EGT exploit the full spatial diversity equal to N t, whereas the TR system only exploits half of this diversity order.

In Equation (28) y is SINR defined in Equation (27), P/σ2 is the signal-to-noise ratio (SNR), a is equal to N t N c, and b = M - 1.

Since the maximum achievable degrees of freedom for the transmitter is equal to N t L', diversity can be found as d = min(N c, N t L') [15].

where p = (n mod n t ) + 1 and e j is the j-th vector of the n t × n t identity matrix with entries e j, n = δn - j. Assuming a perfect estimation at the receiver sidee and using the above pilot sequence, the value of the time-frequency channel between transmit antenna i and receiver antenna j is available at each antenna j for a time-frequency slot equal to n t q + (i - 1) with q = 0... ρ - 1.

Since both the BS and each user know that the beamforming vectors of scheduled users are orthogonal and with unit norm, the SINR can be estimated at the user's end accurately if the number of selected users equals to n t, i.e., full multiplexing is achieved.

At each transmit antenna, a vector x i of N analog source symbols is encoded into the channel symbol s i, i=1,⋯,n T using the encoder described in Section 2. Notice that bandwidth reduction in this system setup is equal to N n T and significant bandwidth reductions can be achieved when using multiple transmit antennas.

4. Energy consumption of the receiver electronics, Ɛ el,rx It represents the energy consumption of the components that remain energized during the reception time of the preamble, which is equal to N p T s.

Energy consumption of the receiver electronics, Ɛ el,rx It represents the energy consumption of the components that remain energized during the reception time of the preamble, which is equal to N p T s.

Figure 6 demonstrates the impact of the total number of streams which is equal to N m ×N t, when N b =2 and N r =N m ×N t.

The number of neighboring nodes in a disc area with radius R T is equal to N = λπ R T 2 (17).