The phrase "a sound network" is correct and usable in written English.
It can be used to describe a reliable and effective system of connections or relationships, often in a professional or technical context.
Example: "The company has established a sound network of partners that enhances its market reach and operational efficiency."
Alternatives: "a solid network" or "a reliable network".
Governments vowed to establish an ecologically sound network of marine reserves by 2012, eliminate subsidies that contribute to illegal fishing, protect critical habitat, look after the needs of local fishermen and restore depleted stocks to healthy levels by 2015.
They include businesses that would like employees to show up on time, stores that want customers to reach them, car drivers who don't wish the roads to be more clogged than they already are and real-estate developers whose properties are enhanced by a sound transportation network.
"The innovative offerings by cable companies are positive developments for consumers and represent accepted and legitimate business practices as well as sound network management," the statement read in part.
We need to package the knowledge of security experts by automatically chaining micro-analytics, threat intelligence and metadata with forensically sound network traffic and files to understand and mitigate attacks in record time.
Find information about System, Display, Sound, Network, etc. in their appropriate tabs.
Mr. Anderson, 44, is a freelance director of photography and a sound recordist for network news organizations.
NBC, the one network with a cable news channel, MSNBC — and, not coincidentally, the only network in a sound position of profitability — has drastically pared down its operations over the last few years.
A secure sensor network requires a "sound" key establishment scheme that should be easily realized by individual sensors, should be localized to scale well to large sensor networks, should require small amount of space for keying information storage, and should be resilient against node capture attacks.
Unlike the existing simulation-based studies, our approach is based on a sound mathematical framework, chemical reaction network theory and algebraic geometry, which results in provable results for the investigated model of the Calvin cycle in which we embed a hierarchy of realistic kinetic laws.
