Doc.: IEEE 802.11-13/1360r0 Submission DSRC PER versus RSS Profiles Date: Nov. 8, 2013 November 2013 Slide 1 Authors: Brian Gallagher (Denso DIAM ), John.

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doc.: IEEE /1360r0 Submission DSRC PER versus RSS Profiles Date: Nov. 8, 2013 November 2013 Slide 1 Authors: Brian Gallagher (Denso DIAM ), John Kenney (Toyota ITC)

doc.: IEEE /1360r0 Submission Brian Gallagher (Denso DIAM ), John Kenney (Toyota ITC) DSRC PER versus RSS Profiles Line-of-Sight Vehicle-to-Vehicle Tests Borrego Springs, CA September 13,

doc.: IEEE /1360r0 Submission Purpose & Outline Purpose –Develop Packet Error Rate (PER) versus Receive Signal Strength (RSS) profiles from vehicle-to-vehicle (V2V) line-of-sight (LOS) tests –Use prototype DSRC radios from two radio suppliers Outline –Test Setup –Test Environment –PER and RSS Metrics –PER versus RSS Scatter Plots 3 Brian Gallagher (Denso DIAM ), John Kenney (Toyota ITC)

doc.: IEEE /1360r0 Submission Test Setup V2V tests performed on an open road September 13, 2013 In Borrego Springs, CA –1 mobile receiving (RX) vehicle Supplier 1 receiver Supplier 2 receiver Both receiving on 10 MHz channel 172 –1 static transmitting (TX) vehicle Reference transmitter Radio from supplier 1 10 MHz Channel 172 –Rooftop antennas 5.9 GHz DSRC band Omnidirectional Magnet-mount 4 Open road test site TX CAR RX CAR ZOOM VIEW: RX CAR Brian Gallagher (Denso DIAM ), John Kenney (Toyota ITC)

doc.: IEEE /1360r0 Submission Test Environment The RX vehicle –Moves outbound & inbound, away from and towards the TX vehicle –Travels at speeds approximately 35 to 40 mph The environment was line-of-sight throughout drive range –No obstructions between the TX and RX vehicles 5 Henderson Canyon Road in Borrego Springs, CA Number of passes: 6 total (3 outbound, 3 inbound) Henderson Canyon Road in Borrego Springs, CA Number of passes: 6 total (3 outbound, 3 inbound) Brian Gallagher (Denso DIAM ), John Kenney (Toyota ITC)

doc.: IEEE /1360r0 Submission PER and RSS Metrics PER –TX vehicle: Broadcasts ~1380 packets per second Each packet includes a sequence number PLCP length ~400 bytes –RX vehicle: Calculates PER every 100 ms Calculated over ~138 incoming packets Calculated based solely on the sequence numbers Calculated independently on each supplier’s radio RSS –RX vehicle: RSS is recorded from the last packet received in each 100 ms epoch Receive Logs –Captured on each supplier’s radio hardware –Updated every 100 ms –Contains: Calculated PER and Recorded RSS 6 Brian Gallagher (Denso DIAM ), John Kenney (Toyota ITC)

doc.: IEEE /1360r0 Submission Brian Gallagher (Denso DIAM ), John Kenney (Toyota ITC) PER versus RSS Scatter Plot: Supplier 1 7

doc.: IEEE /1360r0 Submission Brian Gallagher (Denso DIAM ), John Kenney (Toyota ITC) PER versus RSS Scatter Plot: Supplier 2 8