Sentence examples for system equals the from inspiring English sources

Mathematically, the solution for any linear system of equations is unique if and only if the rank of the equation system equals the number of unknowns.

As the channel coefficients on mirror carriers are independent, the average SER for the given OFDM system equals the average SER per mirror carrier pair.

Little's Law says that, under steady state conditions, the average number of items in a queuing system equals the average rate at which items arrive multiplied by the average time that an item spends in the system.

The same 1997 report that resulted in the discontinuation of the R29 (FIRST) program (see below) also recommended that NIH commit to assuring that the percentage of new investigators entering the system equals the percentage of old investigators exiting the system; that rate has hovered at about 10% for many years.

The relay node also transmits "clean" training symbols so that the CIR for the R →D link can be obtained at the destination.a In [20], it is proven that the minimum length of training symbols required for a non-cooperative OFDM system equals the channel length, and the optimal placement is that the training symbols are periodically inserted in each OFDM block.

The number of degrees of freedom d in the system equals the number of unknowns minus the number of independent equations, i.e., d= n− r a n k(Sint).

During the campaign, Labor said it would not support government super changes that had retrospective effect, but would support changes to the system equalling the value of the revenue raised by the government's proposals.

By February 2001, the number of people lodging nightly in the shelter system equaled the 1980's peak of 28,737, and Mr. Giuliani's last commissioner of homeless services, Martin Oesterreich, exclaimed in an interview, "I can't screw the front door any tighter".

In this article, it is obvious that the rate of the system equals to the half of the rate of the multiple-antenna system (RMA) due to the two-hop channel model selected.

Assume that this wheeled robot moves at a constant speed, then the acceleration of the system equals to 0. According to Newton's Second Law, the resultant force F equals to 0, as Eq. (19) shown.

The measured copper concentration multiplied by the system volume equals the total Cu mass in the system.