The phrase "achieve a link" is correct and usable in written English.
It can be used when discussing the process of establishing a connection or relationship, whether literal or metaphorical, between two entities or concepts.
Example: "Our goal is to achieve a link between the two departments to enhance collaboration and communication."
Alternatives: "establish a connection" or "create a link."
A very important design objective for multi-antenna MU systems is to achieve a particular link quality over all links with minimum transmission power, which is equivalent to achieving certain signal-to-interference-and-noise ratios (SINR) or data rates over corresponding links.
Active queue management (AQM) is an effective method used in Internet routers for congestion avoidance, and to achieve a tradeoff between link utilization and delay.
"If you've read Jon Krakauer's Under the Banner of Heaven he talks about how Mormonism was always going to be subject to splinter groups and reform movements because Joseph Smith put in the scripture that anyone could achieve a direct communication link to God, so therefore they could prophecize.
Collaborative design process gathers actors which have to achieve a common objective linked to a new product, information and knowledge sharing, with a high level of activities co-ordination.
On the other hand, achieving a high link capacity and, at the same time, a high bandwidth efficiency becomes a mandatory requirement.
The Columbia Global Centers | Nairobi, serves as a regional hub for research and collaboration as part of Columbia University's strategy to achieve a global presence and links the continent to Columbia's scientific rigor, technological innovation, and academic leadership.
Our Center serves as a regional hub for research and collaboration as part of Columbia University's strategy to achieve a global presence and links the continent to Columbia's scientific rigor, technological innovation, and academic leadership.
CGC | Nairobi serves as a regional hub for research and collaboration as part of Columbia University's strategy to achieve a global presence and links the continent to Columbia's scientific rigor, technological innovation, and academic leadership.
The key concept of the proposed parallel hardware is to have one routing node to be responsible for one network link to achieve a high packet switching speed.
