Chairman, National Spectrum Consortium Chairman, WhiteSpace Alliance

Slides:

Advertisements

Similar presentations

Sg-whitespace-09/0019r0 Submission January 2009 Steve Shellhammer, QualcommSlide 1 Impact of FCC R&O on IEEE 802 Date: Authors: Notice: This.

Advertisements

NIST Standards Education Dynamic Spectrum Access Standards Martin BH Weiss School of Information Sciences University of Pittsburgh

Ramesh Rao Sujit Dey University of California San Diego The Sunny Side of Spectrum Sharing: The San Diego Model City Alliance 1.

New Federal Spectrum Access System - US 3.5GHz bands -

April 2009 doc.: IEEE /xxxxr0 May 2015

© M2Z Networks Inc. All rights reserved. Advances in Wireless Technology and Impacts on Broadband Deployment National Broadband Policy Workshop August.

Page 1 EEE 802 Advanced Beaconing to Expand Protection of Licensed Services September 2012 Apurva N. Mody, BAE Systems, Ken Carrigan, US Navy Advanced.

Wireless Broadband Service in Rural America Rural TeleCon ‘06 October 24, 2006 Paul D’Ari Spectrum Competition and Policy Division Federal Communications.

RELIABLE MULTIMEDIA TRANSMISSION OVER COGNITIVE RADIO NETWORKS USING FOUNTAIN CODES Proceedings of the IEEE | Vol. 96, No. 1, January 2008 Harikeshwar.

NIST Standards Education Dynamic Spectrum Access Systems Martin BH Weiss School of Information Sciences University of Pittsburgh

Federal Government Spectrum Management Karl B. Nebbia Associate Administrator, Office of Spectrum Management National Telecommunications and Information.

Doc.: IEEE /0024r0 Submission May 2006 Steve Shellhammer, QualcommSlide 1 Discussion of Coexistence Scenarios Notice: This document has been prepared.

CSMAC Spectrum Sharing Sub- Committee Discussion Materials March 2012.

Silicon Flatirons Telecommunications Program "New Directions in Wireless Policy" University of Colorado at Boulder October 30, 2002 Michael Powell Chairman,

Cognitive Radio: Next Generation Communication System

Static Spectrum Allocation

Doc.: IEEE b Submission Nov., 2012 NICTSlide 1 Investigation on meeting the TVWS Spectrum Mask IEEE P Wireless RANs Date:

Doc.: IEEE /0018r0 Submission March 2006 Steve Berger, TEM ConsultingSlide 1 Exploration of Structure for IEEE P Recommended Practice for.

Doc.: IEEE /0028r00 SubmissionApurva N. Mody, BAE SystemsSlide 1 IEEE Revision – Revised Timeline IEEE P Wireless RANs Date:

Spectrum Sharing in 3.5 GHz Band

The member organizations of the National Public Safety Telecommunications Council are grateful to the Department of Homeland Security’s Science and Technology.

Global Regulatory Trends in Spectrum Management

Submission doc.: IEEE 22-13/0171r0 November 2013 Apurva N. Mody, BAE SystemsSlide 1 Spectrum Occupancy Sensing (SOS) Study Group under the Working.

A discussion on channel sensing techniques By James Xu.

Doc.: IEEE /0010r0 Submission January 2013 Gerald ChouinardSlide 1 Overview of the Beacon Standard IEEE Wireless RANs Date:

NPSTC is a federation of organizations whose mission is to improve public safety communications and interoperability through collaborative leadership.

Cognitive Radio Networks

Testing for wireless coexistence: Methods and tools

4.9 GHz National Plan Update

SPECTRUM SHARING IN COGNITIVE RADIO NETWORK

IEEE Status Liaison to ISO/IEC JTC1/SC6 January 2017

National Spectrum Managers Association

Cognitive Radio Based 5G Wireless Networks

User Interference Effect on Routing of Cognitive Radio Ad-Hoc Networks

A distributed spectrum monitoring system

CUBE vs WECA Michael Dydyk

On the Objectives and Scope of the WS Coexistence PAR

Federated Wireless Unlocking a Spectrum of Possibilities

Spectrum Agile Radio: Detecting Spectrum Opportunities

November Plenary Opening Report

Executive Committee Leadership Meeting Push to Bi-directional Spectrum Sharing Apurva N. Mody Chair, Working Group

Geolocation Database Interface

Presented by Mohamad Haidar, Ph.D. May 13, 2009 Moncton, NB, Canada

Critical Telecoms Issues for Grid Control

IEEE P Wireless RANs Date:

MHz FCC Action Date: Authors: March 2005

November Plenary Opening Report

Chair, National Spectrum Consortium Chair, WhiteSpace Alliance

Multicarrier Communication and Cognitive Radio

IEEE P Motions July Plenary EC Closing Meeting

An overview of the IEEE Standard

Summary of FCC’s Cognitive Radio Proceeding

IEEE Standards Coordinating Committee 41

IEEE P Wireless RANs Date:

FCC Spectrum Sharing in the 3.5GHz Band Comments Approval

July Plenary Closing Report

Security and the Protocol Reference Model Enhancements in IEEE

SENSING RANGE & ROBUSTNESS

COSC 416 NoSQL Databases Course Introduction

July Plenary Opening Report

NSF Workshop on Spectrum Measurements & Spectrum Management

IEEE P Wireless RANs Date:

March Plenary Opening Report

Satellite Harmful Interference: A U.S. Telecom Perspective

February 2010 Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission Title: [Initiative to enable to operate.

RR-TAG Liaison Report IEEE

March Plenary Closing Report

Discussion of Coexistence Scenarios

July Plenary Opening Report

Good Neighbors: How and When to Share Spectrum

Presentation transcript:

Chairman, National Spectrum Consortium Chairman, WhiteSpace Alliance Executive Committee Leadership Meeting Push to Bi-directional Spectrum Sharing Apurva N. Mody Chairman, National Spectrum Consortium Chairman, WhiteSpace Alliance apurva.mody@ieee.org apurva.mody@WhiteSpaceAlliance.org

What is Bi-directional Spectrum Sharing https://www.gao.gov/assets/650/648206.pdf

Federal to Commercial Bi-directional Spectrum Sharing

Commercial to Commercial Bi-directional Spectrum Sharing

New Technologies and Standards to make this happen Technologies that assist in improved electromagnetic spectrum awareness, sharing and use Spectrally efficient communications technologies Bi-directional spectrum sharing policy and enforcement Spectrum Access Systems or a spectrum database Automated Frequency/ Parameter Control (FCC 6 GHz NPRM) also known as Dynamic Spectrum Access New RF Spectrum Sensing Techniques Potential to work with licensed stake-holders (as Primary Users) and operate such that IEEE 802 technologies do not create interference to them while sharing the spectrum.

Why IEEE 802 should look into this Licensed eco-system is already looking into this. AWS-1 and AWS-3 spectrum will result in bi-directional spectrum sharing between LTE networks and Federal systems IEEE 802 has always thrived on disruption. We need a new disruptive paradigm and policy whose time has come ……….