What We Do
The Institute for Telecommunication Sciences (ITS) performs cutting-edge telecommunications research and engineering with both federal government and private sector partners. As its research and engineering laboratory, ITS supports NTIA by performing the research and engineering that enables the U.S. Government, national and international standards organizations, and many aspects of private industry to manage the radio spectrum and ensure that innovative, new technologies are recognized and effective. ITS also serves as a principal Federal resource for solving the telecommunications concerns of other Federal agencies, state and local Governments, private corporations and associations, and international organizations. The FY 2015 Technical Progress Report describes research performed in the past fiscal year.
ITS Audio Quality Engineers Receive DoC Silver Medal Award
On September 27, 2016 Stephen D. Voran and Andrew A. Catellier of ITS were honored with the Department of Commerce (DoC) Silver Medal Award for designing and executing a highly compressed speech intelligibility testing regime that produced internationally accepted authoritative results to inform international standards under development for next-generation wireless communications equipment. The Silver Medal is the second highest honor granted by the Secretary of Commerce for distinguished and exceptional performance. The compressed testing regime devised by Voran and Catellier models a fast-response, targeted research effort that builds on long-standing expertise to produce reliable and trusted objective results to inform international standards.
The work was performed on behalf of the First Responder Network Authority (FirstNet) as part of the Public Safety Communications Research (PSCR) program, a joint effort of NTIA and the National Institute for Standards and Technology. The research was sponsored by the Department of Homeland Security (DHS), which leads an ongoing effort to enable interoperable emergency communications among 60,000 Federal, state and local public safety agencies. These agencies will benefit from Voran and Catellier’s work by being able to purchase internationally standardized commercial off-the-shelf equipment to meet their mission critical communication needs. Dean Prochaska, Director of Standards for FirstNet emphasized, “The work that Stephen and Andrew performed provided the basis for 3GPP to select a voice codec that meets the needs of public safety for inclusion in the next release of international LTE communications standards, and manufacturers all over the world will include that codec in new equipment designs." Including speech intelligibility testing in future evaluations of voice codecs at 3GPP ensures a single stream evolution for public safety and commercial communications technology.
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ITS 2015 Outstanding Publications Awards Presented
On September 20, 2016, ITS researchers Paul McKenna and Margaret Pinson were presented with ITS Outstanding Publications Awards for works published in calendar year 2015. McKenna was honored for his contribution to NTIA Technical Report TR-15-517, "3.5 GHz Exclusion Zone Analyses and Methodology," co-authored with five colleagues from NTIA's Office of Spectrum Management and published in June 2015. Pinson was honored for her contribution to the tutorial article “Video Quality Assessment: Subjective testing of entertainment scenes,” which was co-authored with two university researchers and appeared in IEEE Signal Processing Magazine in January 2015.
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This Month in ITS History
October 1957: Sputnik, Earth’s First Artificial Satellite Launched
On October 4, 1957 the USSR launched the Sputnik satellite into an elliptical Earth orbit as a part of the International Geophysical Year (IGY). The launch of the Sputnik (Russian for satellite) shocked American citizens, and marked the beginning of the US/USSR space race that President Kennedy announced four years later. The International Council of Scientific Unions had declared July 1, 1957, to December 31, 1958, a time of high solar activity, the International Geophysical Year, and resolved that artificial satellites should be launched to assist in mapping the earth and the atmosphere. The US launched its contribution to the effort, the satellite Vanguard, on March 17, 1958. Despite the fear Sputnik instilled in some Americans, researchers and scientists at the Central Radio Propagation Laboratory (CRPL) were eager to use it to help them understand the atmosphere and how satellites could assist in long-range communications. Tracking the satellite from Boulder, Colorado, and Miles City, Montana (approximately 400 miles straight North of Boulder), CRPL researchers hoped to better understand the Doppler Effect and how the atmosphere affected radio transmissions from space. CRPL later assisted NASA in planning and building many satellites for telecommunication and geophysical research. ITS, as the descendant of CRPL, continues to work closely with NASA to improve telecommunications satellite performance.