The phrase "as highly distributed" is correct and usable in written English.
It can be used in contexts discussing the spread or allocation of something across a wide area or among many entities.
Example: "The resources were as highly distributed as possible to ensure that every region received adequate support."
Alternatives: "widely spread" or "extensively allocated".
The Mobile Edge Computing application can operate as a highly distributed roadside unit to support vehicle-to-everything (V2X) communication.
The particular case of senior Home Care assistance is addressed, as this is a highly distributed field as well as a strategic goal in an ageing Europe.
Faced with these constraints, insects have evolved a set of extremely effective sensory systems that are structurally simple, functionally versatile and powerful, and highly distributed, as well as noise and fault tolerant.
However, applying conventional access control models that rely on the central Certificate Authority and sophisticated cryptographic algorithms to wireless sensor networks poses new challenges as wireless sensor networks are highly distributed and resource-constrained.
In general, we can propose several approaches for eradicating a malicious code incident in a cloud platform: It should be noted that in a highly distributed system such as a cloud environment, doing complicated tasks such as fixing a single infected node in real time fashion does not support the cost effectiveness policy.
E2R protocol is highly distributed and scalable as it requires one-hop neighbor information.
We describe a "hybrid" cognitive architecture that is implementable in neuronal nets, and which has uniform brainlike features, including activation-passing and highly distributed "codelets," implementable as small-scale neural nets.
We think this is paradoxical, as cloud-based systems are themselves large-scale, highly distributed infrastructures.
Many NoSQL data stores are aimed towards highly distributed scenarios, and consider partition tolerance as unavoidable.
This is the first report in the literature on the synthesis of nanoparticles by using different concentrations of κ-carrageenan as a stabilizer with ultrasonic irradiation as a reducing agent to form small size and highly distributed Ag-NPs.
