Sentence examples for find achievable from inspiring English sources

Your article did not do justice to the city's pioneering effort to find achievable ways to make our urban environment a safer place to live, work and build.

Overall, significant flexibility in Net-ZEBs is found achievable if a proper control is in place.

In [28], the authors have defined capacity regions to find all achievable transmission rates in such channels.

Therefore, the results of, e.g., [36 39, 41] can be used to find the achievable rate random variable of the first user with packet transmission starting from the first BS as R ~ INR = R m if ∑ n = 1 m − 1 log ( 1 + γ n ) < R ≤ ∑ n = 1 m log ( 1 + γ n ) 0 if R > ∑ n = 1 M + 1 log ( 1 + γ n ).

Its general principle is that the coding problem in a noisy channel is first approximated by a noiseless problem, then analyze the simplified problem, and use insights obtained from the simplified problem to find new achievable schemes and/or outer bounds of the original problem [38].

Joanna Pickup, a spokeswoman for the company, comments, "Boeing's position is that we support the state's commitment to find an achievable solution that protects health and the environment and does not negatively impact business operations nor the state's economy".

A methodology to select the most relevant input variables and find the best achievable performance for a particular number of inputs is presented.

We find that with achievable improvements, our architecture will allow readout of a square, kilopixel array of high-resolution microcalorimeters with time constants as low as 50μs.

In this case, we consider the constrained rate maximization problem at the SU level in order to find the maximum achievable rate under interference constraints to PUs.

A double DBD plasma actuator is then placed on the cylinder and the influence of the position of the actuator is studied in order to find the best achievable control.

This paper suggests several improvements of both mono-objective and multi-objective optimization methods to enhance the reliability of extraction of the model parameters and to find the most achievable properties of the MOS-based functional blocks.