"residential network" is a correct and usable phrase in written English.
It refers to a network of connected devices and systems within a residential property, such as a home or apartment. You can use the phrase "residential network" in a sentence to describe the internet connection and devices in your home, for example: "I upgraded my residential network to a faster speed and added smart devices for better connectivity."
Almost all traffic initiated from outside the residential network is blocked.
Managing a residential network nowadays means configuring the functionality provided by the residential gateway, which is often a task that requires a certain level of technical expertise that most residential users lack.
In this approach, residential network management applications are split in two components: a front-end handling user interaction and running on the user's preferred device (PC, laptop, smartphone); and a back-end built on top of both the Software Defined Networking (SDN) and the Network Functions Virtualization (NFV) paradigms.
The system model is then used to investigate two different loading cases, 1) a case where the demand cannot be controlled as in the case of power demand in a residential network, and 2) a case where the demand can be controlled up to certain limits, as in the case of power demand in a data center or a data center network.
Furthermore, our study capitalises upon national data with roadway-scaled measures of neighbourhood food resource availability within 3 km residential network buffers for each observation.
AT&T's only viable option for getting local residential networks was to acquire cable companies.
With the rapid increase of data consumption across residential networks, Content Delivery Networks (CDN) have correspondingly increased in number and size.
 An article in Business Day on Monday about the telephone industry's effort to replace copper wiring with fiber optic cable in its residential networks referred imprecisely to the long-term degradation of the old cables.
Going further, XG-Fast is a new technology, which is able to achieve a data rate of 10 Gbps through copper lines [23], and its very short length loops makes it particularly suitable for residential networks.
We found our model to be more accurate and efficient, hence contributing an efficient mathematical model and set of simulation algorithms that accurately capture the post-perturbation response of a layered, residential peer network and a geospatial building network.
For example, Nokia showed the new MIMO antenna (supporting 3.5, 4.5, 28, and 39 GHz spectrum), cloud residential access network (C-RAN), distributed core network and transmission scheme based on cloud architecture.
