The phrase "a generalized network" is correct and usable in written English.
It can be used in contexts related to technology, communication, or systems theory, where you are discussing a network that is not specific or tailored to particular needs.
Example: "In our research, we explored the concept of a generalized network that could adapt to various data types and user requirements."
Alternatives: "a broad network" or "a universal network".
Let us consider a generalized network group of size.
A generalized network model is established for the floating airport, and an analytical solution of its response is formulated.
Karagiannis et al. [40], propose a generalized network architecture (GAN) for supporing ambient intelligent services and emergency services.
A generalized network model of the system, its structure chart, the databases of 3D-models for implementing virtual assembling of engineering products are considered.
We consider a generalized network, the wireless substrate of which consists of a wireless multihop network with (N=500) nodes deployed over a square region with side (L=350m) and with homogeneous transmission radius among nodes equal to (R=25m).
It comprises three terminals communicating with each other with the help of a relay and can be regarded as a generalized network model of the TWRC for three different users, when the terminals cannot physically establish direct connections among them and where each terminal has some information that wants to transmit to the other two.
And, interdependent networks provide a more generalized network architecture to study the intricate variability of dynamics.
The architecture of these networks is considered in an effort to provided an adaptable, generalized network that provides accuracy comparble to that of traditional modeling techniques.
We generate a generalized social network in two steps.
In this section, we propose two graph partition algorithms, K- nearest neighbor ( KNN) method and Edge betweenness based (EBB) method, to generate a generalized social network G' for sharing purpose.
Figure 13(a) illustrates the generalized network topology.
