A resilient architecture for the realization and distribution of coordinated universal time to critical infrastructure systems in the United States : | Zendy

Jeffrey A. Sherman | Zendy; Ladan Arissian | Zendy; Roger C. Brown | Zendy; Matthew J. Deutch | Zendy; Elizabeth A. Donley | Zendy; Vladislav Gerginov | Zendy; Judah Levine | Zendy; Glenn K. Nelson | Zendy; Andrew N. Novick | Zendy; Bijunath R. Patla | Zendy; T.E. Parker | Zendy; Benjamin Stuhl | Zendy; Douglas D. Sutton | Zendy; Jian Yao | Zendy; William C. Yates | Zendy; Victor Zhang | Zendy; Michael A. Lombardi | Zendy

Open Access

A resilient architecture for the realization and distribution of coordinated universal time to critical infrastructure systems in the United States :

Author(s) -

Jeffrey A. Sherman,

Ladan Arissian,

Roger C. Brown,

Matthew J. Deutch,

Elizabeth A. Donley,

Vladislav Gerginov,

Judah Levine,

Glenn K. Nelson,

Andrew N. Novick,

Bijunath R. Patla,

T.E. Parker,

Benjamin Stuhl,

Douglas D. Sutton,

Jian Yao,

William C. Yates,

Victor Zhang,

Michael A. Lombardi

Publication year - 2021

Language(s) - English

Resource type - Reports

DOI - 10.6028/nist.tn.2187

Subject(s) - nist , executive order , order (exchange) , agency (philosophy) , realization (probability) , computer science , architecture , global positioning system , executive summary , gnss applications , telecommunications , computer security , operations research , engineering , business , public administration , political science , geography , philosophy , statistics , mathematics , archaeology , finance , epistemology , natural language processing

The content you want is available to Zendy users.

Already have an account? Click here to sign in.

Having issues? You can contact us here

Accelerating Research