The phrase "auxiliary connectivity" is correct and usable in written English.
It can be used in contexts related to technology, networking, or systems where additional or supplementary connections are being discussed.
Example: "The new software update enhances auxiliary connectivity, allowing devices to communicate more effectively."
Alternatives: "supplementary connectivity" or "additional connectivity".
Authors use the popular "keyhole" antenna model, and formulate a mixed integer program for finding the optimal antenna configurations under various setups of path probability with various auxiliary constraints, node degree, and k-connectivity.
Using the popular "keyhole" antenna model, we formulate a Mixed Integer Program (MIP) capable of acquiring optimal antenna configurations for path probability with various auxiliary constraints, node degree, and k-connectivity.
Hence, if the size of the key group is large enough, increasing the number of initial keys preloaded in auxiliary node cannot remarkably impact the network connectivity.
Thus, it is an important aim to determine if, during recovery, networks become more elaborate, including the creation of additional connections, or if early recruitment of resources reflects use of available auxiliary networks, that later give way to diminished connectivity and greater neural efficiency.
Therefore, owing to indirect connectivity, they can choose to enter into auxiliary road to avoid traffic jam and save time.
Although designed primarily for wireless connectivity to a computer, the SoundLink system features an auxiliary input for connecting additional audio sources, including an iPod, iPhone, MP3 player or CD player.
The base SV comes with a surprisingly generous amount of standard equipment, including a navigation system and a six-speaker sound system with CD player, satellite radio, an auxiliary audio jack and an iPod-USB audio interface, Bluetooth connectivity and a trip computer.
This paper proposes a novel probabilistic methodology to quantify the network reliability based on existing (diameter and efficiency) and new (eccentricity and heterogeneity) measures of connectivity that incorporate link and nodal weights and auxiliary nodes.
The main goal is to find the optimum positions for the auxiliary nodes, reinforcing the communications in points where certain lack of connectivity is found.
