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Technology as a Policy Enabler

Technology as a Policy Enabler. Edmond J. Thomas Office of Engineering and Technology. Spectrum Management. The Law Jurisdiction. FCC Statutory Mandate for New Technology. 47 USC 157. New technologies and services

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Technology as a Policy Enabler

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  1. Technology as a Policy Enabler Edmond J. Thomas Office of Engineering and Technology

  2. Spectrum Management • The Law • Jurisdiction EJT

  3. FCC Statutory Mandate forNew Technology • 47 USC 157. New technologies and services • (a) It shall be the policy of the United States to encourage the provision of new technologies and services to the public. Any person or party (other than the Commission) who opposes a new technology or service proposed to be permitted under this chapter shall have the burden to demonstrate that such proposal is inconsistent with the public interest. • (b) The Commission shall determine whether any new technology or service proposed in a petition or application is in the public interest within one year after such petition or application is filed. If the Commission initiates its own proceeding for a new technology or service, such proceeding shall be completed within 12 months after it is initiated. EJT

  4. Jurisdiction Over The Spectrum • Federal Communications Commission • Non-federal users • Commercial, private, state and local public safety • National Telecommunications and Information Administration (Dept. of Commerce) • Federal government users • Memorandum of Understanding • Joint Use Spectrum EJT

  5. Technology As a Policy Driver EJT

  6. Unlicensed Devices Bluetooth Cordless Phones Spread Spectrum Wifi/802.11 Baby Monitors Remote Entry WLAN EJT

  7. Ultra-Wideband (UWB) 30 kHz Analog Cellular Voice Channel 6 MHz TV Channel 28 - 100 MHz Unlicensed Spread Spectrum Devices 1000 - 3000 MHz Ultra-Wideband Devices EJT

  8. Ultra-wideband (UWB) Policy Considerations • Interference • Federal vs. Non-Federal Spectrum Management • Licensed vs. Unlicensed EJT

  9. Ultra-Wideband (UWB) Potential UWB Applications • Ground Penetrating Radars • Through-the-Wall Imaging Systems • Vehicular Radar Systems • Peer-to-Peer Communication Systems • Identification tags • Location tracking • Security systems • Short range voice, data and video EJT

  10. Ultra-wideband (UWB) • First Report and Order establishes different technical standards and operating restrictions for three types of UWB devices based on their potential to cause interference • Imaging Systems • Vehicular Radar Systems • Communication Systems EJT

  11. UWB Emission Limits GPRs, Wall Imaging, & Medical Imaging Systems GPS Band Operation is limited to law enforcement, fire and rescue organizations, scientific research institutions, commercial mining companies, and construction companies. EJT

  12. UWB Emission Limits Vehicular Radar Systems GPS Band EJT

  13. UWB Emission Limits Indoor Communications Systems /MHz 3.1 10.6 1.99 GPS Band 0.96 1.61 Equipment must be designed to ensure that operation can only occur indoors or it must consist of hand-held devices that may be employed for such activities as peer-to-peer operation. EJT

  14. UWB Emission Limits Outdoor Communication Systems /MHz 3.1 10.6 1.99 3.1 10.6 1.99 GPS Band 0.96 1.61 Equipment must be hand-held. EJT

  15. UWB Testing/Measurement • Measurement of Ambient Emissions: Measure existing ambient RF emissions at typical and representative locations for comparison to UWB limit. • Measurement of Emissions from Existing Consumer Devices: Measure emissions from both intentional and unintentional electromagnetic radiators and compare data to UWB limits. EJT

  16. Initial Results: Ambient NoiseOffice Space Ambient levels are elevated by approximately 4-10 dB above the limit equivalent. Peak RMS Equivalent Line This plot depicts measured emissions in the GPS L1 frequency band (1575.42 ± 12 MHz) in the work area of a business that utilizes a large number of personal computers in an open area. Measurements made at FCC Laboratory in Columbia, MD August 2002 EJT

  17. Initial Results: Ambient NoiseLAN Server Room Ambient levels vary between 6-18 dB above the limit equivalent. Peak RMS Equivalent Line This plot depicts measured emissions in the GPS L1 frequency band (1575.42 ± 12 MHz) in a mid-sized LAN server room where a high density of computer electronics were operating. Measurements made at FCC Laboratory in Columbia, MD August 2002 EJT

  18. Initial Results: Consumer DevicesDesktop Computer RMS Background Noise Equivalent Line This plot depicts the radiated emissions into the registered GPS L1 frequency band (1575.42 ± 12 MHz) from a state-of-the art desktop computer that is marketed by a leading manufacturer. Measurements made at FCC Laboratory in Columbia, MD June 2002 EJT

  19. Initial Results: Consumer DevicesElectric Drill Radiated emissions range from 2 dB below the UWB equivalent limit to spikes that are up to approximately 8 dB above the equivalent limit. These emissions are classified as incidental emissions and are observed to be impulsive in nature. RMS Equivalent Line Background Noise This plot depicts radiated emissions in the GPS L1 frequency band (1575.42 ± 12 MHz) from an electric drill at a distance of two meters, employing RMS averaging. UWB emission limit is assumed to be the most restrictive., i.e. limits defined for indoor systems in the 960-1610 MHz band. Measurements made at FCC Laboratory in Columbia, MD August 2002 EJT

  20. Cognitive Radios New Capabilities • Functions previously performed in hardware, such as, generation of transmitted radio signal, are performed in software • Can be programmed to operate on or with any frequency, any bandwidth, any modulation or transmission format EJT

  21. Cognitive Radios Characteristics • Frequency Agility • Power Emission Flexibility • Detection Capability • Spectrum Efficiency • GPS EJT

  22. Cognitive Radios Policy Considerations • Spectrum can be parceled in time, space, and frequency • In the past, we have licensed in space and frequency • Technology is now providing the time dimension • Facilitate interoperability, ie. Public safety • Promote secondary markets EJT

  23. Power Line Carrier Technology • Possible new option for broadband to the home (“last mile”) • Examine potential rule changes to facilitate deployment • Protect incumbent spectrum users from spurious emissions • Establish rules and test procedures EJT

  24. Spectrum Policy Task Force • Led by Office of Engineering & Technology • Public Input • Findings and Recommendations EJT

  25. Spectrum Policy Task Force • June 2002 – Formation of Task Force • June 2002 – Public Notice • August 2002 – Public Workshops • Unlicensed Devices and Experimental Licenses • Interference Protection • Spectrum Efficiency • Spectrum Rights and Responsibilities • November 2002 – Task Force Report Issued EJT

  26. Spectrum Policy Task Force Principal Findings: • Spectrum access is a much more significant problem than scarcity • Spectrum can be parceled in space/power, frequency, and time • Technology is allowing systems to be much smarter and more tolerant to interference than in the past • Spectrum rights and responsibilities are not always clearly defined • Migrate to an exclusive and commons models whenever possible, except when there are compelling public interest reasons to use the command-and-control model EJT

  27. FCC 2003 Spectrum Task Force Agenda • Unlicensed PN • Receiver Standards NOI • Secondary Markets • Additional 255 MHz. Unlicensed Spectrum @ 5.8 GHz. • Cognitive Radio • Noise Temperature • 30 MHz. @ 2 GHz. Re-allocation EJT

  28. Questions ??? EJT

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