Presentation is loading. Please wait.

Presentation is loading. Please wait.

Doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 1 Bell-Spike Power Doppler Spectrum Model Angelo Poloni.

Published byHortense Evans Modified over 9 years ago

Similar presentations

Presentation on theme: "Doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 1 Bell-Spike Power Doppler Spectrum Model Angelo Poloni."— Presentation transcript:

1 doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 1 Bell-Spike Power Doppler Spectrum Model Angelo Poloni and StefanoValle STMicroelectronics (angelo.poloni@st.com, stefano.valle@st.com)angelo.poloni@st.comstefano.valle@st.com

2 doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 2 Outline Topic: Bell-Spike Doppler Spectrum Model –The formula is missing in doc “11-03-0161” –Spike parameters should to be defined more explicitly in the document: spike position (vehicle speed); spike “bandwidth”; relative power between spike peak and bell shape.

3 doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 3 Bell-Spike Doppler Spectrum Model formula Bell-Spike Doppler Spectrum formula is presently missing in the doc “11-03-0161”. We propose the following:

4 doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 4 Spike position along the frequency axis Presently, f spike is set equal to 200Hz, independently of the carrier, but this approach does not have a physical justification. It is preferable to define f spike on the basis of the vehicle speed. Which is a reasonable vehicle speed? (41 or 90 km/h can be argued by assuming 200Hz @ 5.25 or 2.4 GHz respectively) Maximum Doppler Spread of Bell shape (f d ) could be defined on the basis of the speed as well. We note that a very slight inconsistency is present in the doc where 3 and 6 Hz are proposed for carriers @ 2.4 and 5.25 GHz; such values correspond to speed equal to 1.3500 km/h and 1.2343 km/h. Is it possible to define a unique speed for both carriers? In this case the formula should be written as follows:

5 doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 5 Spike “bandwidth” Spike “bandwidth” is set with the parameter C. We assume the bandwidth equal to  f spike where the amplitude is 10dB below the spike peak; by imposing then C = 36/    The best value for the parameter  should be chosen on the basis of the available channel measurements. As an example, the next slide shows the spike shapes for 0.02< 

6 doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 6 Spike “bandwidth”  =0.02  =0.1 B =10 f [normalized] S(f) [dB]

7 doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 7 Relative power between spike peak and bell shape B represents the relative power between the Bell Shape maximum and the Spike peak. The best value for the parameter B should be chosen on the basis of channel measurements. As an example, the next slide shows the spike shapes for 1dB<  10dB 

8 doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 8 Relative power between spike peak and bell shape 3 6 B = 10 B = 4 B = 2 B = 1  = 0.02 f [normalized] S(f) [dB]

9 doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 9 Conclusion A formula for the Bell-Spike Doppler Spectrum Model in doc “11-03-161” is needed. A formula is proposed. The formula parameters should be tuned to conform with the available channel measurements.

Download ppt "Doc.: IEEE 802.11-03/839r1 Submission November 2003 A. Poloni, S. Valle, STMicroelectronicsSlide 1 Bell-Spike Power Doppler Spectrum Model Angelo Poloni."

Similar presentations

Spectrum Sensing for DVB-T OFDM Systems Using Pilot Tones

Spectrum Sensing for DVB-T OFDM Systems Using Pilot Tones
Doc.: IEEE 802.22-08/122r0 Submission April 2008 Hou-Shin Chen and Wen Gao, Thomson Inc.Slide 1 Spectrum Sensing for DVB-T OFDM Systems IEEE P802.22 Wireless.

Doc.: IEEE /122r0 Submission April 2008 Hou-Shin Chen and Wen Gao, Thomson Inc.Slide 1 Spectrum Sensing for DVB-T OFDM Systems IEEE P Wireless.
Doc.: IEEE 802.11-10/0824r2 Submission July 2010 Carlos Cordeiro, Intel CorporationSlide 1 Response to ITU-R Liaison to IEEE on Multiple Gigabit Wireless.

Doc.: IEEE /0824r2 Submission July 2010 Carlos Cordeiro, Intel CorporationSlide 1 Response to ITU-R Liaison to IEEE on Multiple Gigabit Wireless.
Doc.: IEEE 802.11-10/1062r2 Submission Zhendong Luo, CATR September 2010 RF Feasibility of 120 MHz Channelization for China Date: 2010-09-14 Authors: Slide.

Doc.: IEEE /1062r2 Submission Zhendong Luo, CATR September 2010 RF Feasibility of 120 MHz Channelization for China Date: Authors: Slide.
Doc.: IEEE 802.11-01/404r0 Submission July 2001 Georg Dickmann, BridgeCo AG.Slide 1 AV Timing Limits BridgeCo AG Georg Dickmann

Doc.: IEEE /404r0 Submission July 2001 Georg Dickmann, BridgeCo AG.Slide 1 AV Timing Limits BridgeCo AG Georg Dickmann
Doc.: IEEE 802.11-13/1345r0 Submission November 2013 Jiamin Chen, HuaweiSlide 1 Dynamic Channel Transfer(DCT) Procedure for IEEE 802.11aj （ 60GHz New Technique.

Doc.: IEEE /1345r0 Submission November 2013 Jiamin Chen, HuaweiSlide 1 Dynamic Channel Transfer(DCT) Procedure for IEEE aj （ 60GHz New Technique.
November 2013 doc.: IEEE 802.11-13/1449r2 Tevfik Yucek, Qualcomm Inc.Slide 1Submission Authors: Date: 2013-11-13 Proposal for UNII-4 band coexistence.

November 2013 doc.: IEEE /1449r2 Tevfik Yucek, Qualcomm Inc.Slide 1Submission Authors: Date: Proposal for UNII-4 band coexistence.
Submission May 2012 Soo-Young Chang (CSUS) Slide 1 doc.: IEEE802.15-12-0249-00-004m May 2012 Soo-Young Chang (CSUS) Slide 1 Project: IEEE P802.15 Working.

Submission May 2012 Soo-Young Chang (CSUS) Slide 1 doc.: IEEE m May 2012 Soo-Young Chang (CSUS) Slide 1 Project: IEEE P Working.
Doc.: IEEE 802.11-11/0436r0 Submission February 2011 Mediatek Path Loss and Delay Spread Models for 11ah Date: 2011-03-14 Authors: Slide 1.

Doc.: IEEE /0436r0 Submission February 2011 Mediatek Path Loss and Delay Spread Models for 11ah Date: Authors: Slide 1.
Submission doc.: IEEE 802.11-14/1446r0 November 2014 Leif Wilhelmsson, EricssonSlide 1 Analysis of frequency and power requirements for UL-OFDMA Date:

Submission doc.: IEEE /1446r0 November 2014 Leif Wilhelmsson, EricssonSlide 1 Analysis of frequency and power requirements for UL-OFDMA Date:
Submission doc.: IEEE 802.11-14/1452r0 November 2014 Leif Wilhelmsson, EricssonSlide 1 Frequency selective scheduling in OFDMA Date: 2014-11-03 Authors:

Submission doc.: IEEE /1452r0 November 2014 Leif Wilhelmsson, EricssonSlide 1 Frequency selective scheduling in OFDMA Date: Authors:
Way forward on the SFN channel model CATT,…. R4-153130 3GPP TSG-RAN WG4 Meeting #75 Fukuoka, Japan, 25 – 29 May, 2015 Agenda Item: 9.2.1.

Way forward on the SFN channel model CATT,…. R GPP TSG-RAN WG4 Meeting #75 Fukuoka, Japan, 25 – 29 May, 2015 Agenda Item:
Doc.: IEEE 802.19-10/160r0 SubmissionSlide 1 Output power management for TVWS network coexistence Notice: This document has been prepared to assist IEEE.

Doc.: IEEE /160r0 SubmissionSlide 1 Output power management for TVWS network coexistence Notice: This document has been prepared to assist IEEE.
Doc.: IEEE 802.11-12/0111r1 SubmissionZander Lei, I2R SingaporeSlide 1 Singapore Sub 1GHz Frequency Bands and Channelization for IEEE 802.11ah Date: 2012-1-17.

Doc.: IEEE /0111r1 SubmissionZander Lei, I2R SingaporeSlide 1 Singapore Sub 1GHz Frequency Bands and Channelization for IEEE ah Date:
Doc.: IEEE 802.11-14/1399r0 Submission November 2014 Multi-Carrier Training Field for OFDM Transmission in 802.11aj (45GHz) Authors/contributors: Date:

Doc.: IEEE /1399r0 Submission November 2014 Multi-Carrier Training Field for OFDM Transmission in aj (45GHz) Authors/contributors: Date:
Doc.: IEEE 802.11-09/1152r0 Submission November 2009 Tian-Wei Huang, National Taiwan UniversitySlide 1 60-GHz Living-Room Channel Measurements Date: 2009-11-17.

Doc.: IEEE /1152r0 Submission November 2009 Tian-Wei Huang, National Taiwan UniversitySlide 1 60-GHz Living-Room Channel Measurements Date:
Doc.: IEEE 802. 15-09-0798-00-004g Submission November 18, 2009 John Geiger GE Digital Energy Slide 1 Project: IEEE P802.15 Working Group for Wireless.

Doc.: IEEE g Submission November 18, 2009 John Geiger GE Digital Energy Slide 1 Project: IEEE P Working Group for Wireless.
Doc.: IEEE 802.11-10/0090r0 SubmissionMartin Jacob, TU Braunschweig January 2010 Slide 1 Modeling the Dynamical Human Blockage for 60 GHz WLAN Channel.

Doc.: IEEE /0090r0 SubmissionMartin Jacob, TU Braunschweig January 2010 Slide 1 Modeling the Dynamical Human Blockage for 60 GHz WLAN Channel.
Doc.: IEEE 802.11-09/0161r1 Submission Doc.:IEEE 802.11-09/0537r0 May 11th, 2009 Slide 1 Measured Doppler Frequency in Indoor Office Environment Date:

Doc.: IEEE /0161r1 Submission Doc.:IEEE /0537r0 May 11th, 2009 Slide 1 Measured Doppler Frequency in Indoor Office Environment Date:
Doc.: IEEE 802.11-09/0553r1 Submission May 2009 Alexander Maltsev, Intel Corp.Slide 1 Path Loss Model Development for TGad Channel Models Date: 2009-05-11.

Doc.: IEEE /0553r1 Submission May 2009 Alexander Maltsev, Intel Corp.Slide 1 Path Loss Model Development for TGad Channel Models Date:

Similar presentations

Ads by Google