configured geolocation. These configuration tasks are expected to have a minor impact on installation costs. d) Consideration of operational costs (e.g., energy consumption). There are billions of WLAN systems in operation around the world. WLAN systems are recognized to provide a total cost of ownership (TCO) that provides a significant operation cost benefits. This amendment is not expected to change today’s operation costs. This amendment is targeting to maintain (or reduce) power consumed by devices executing the positioning protocol, as specified in the PAR. e) Other areas, as appropriate. None References Location In Retail: Where Is The Money?”, by ABI Research, March 2013 “Indoor Indoor Location Technologies”, by ABI Research, June 2013 “Smartphone Location Positioning Technology: Research, Start-ups and Predictions”, by “Indoor Grizzly Analytics Market Research, March 2013 Location Technology OEMS”, by ABI Research, Sep. 2013 “Indoor 11-13/72r1, by Erik Lindskog (CSR Technology) et al. “”, 11-14/1235r0, by Brian Hart (Cisco Systems) et al. “”, 11-12/1249r4, by Carlos Aldana (Qualcomm) et al. “”, 11-14/1464r2, by Jonathan Segev (Intel) et al. “”, 11-14/1263r2, by James Wang (MediaTek) et al. “”, 11-11/1033r0, by Russ Markovsky (Invisitrack) et al. “”, Generation Indoor Positioning System Based on WiFi Time of Flight”, by Leor “Next Banin, Uri Schatzberg, and Yuval Amizur, 26th International Technical Meeting of the Satellite Division of The Institute of Navigation, Nashville TN, September 16-20 2013 11-15/110r1, by Amichai Sanderovich (Qualcomm) et al. “”,
configured geolocation. These configuration tasks are expected to have a minor impact on installation costs. d) Consideration of operational costs (e.g., energy consumption). There are billions of WLAN systems in operation around the world. WLAN systems are recognized to provide a total cost of ownership (TCO) that provides a significant operation cost benefits. This amendment is not expected to change today’s operation costs. This amendment is targeting to maintain (or reduce) power consumed by devices executing the positioning protocol, as specified in the PAR. e) Other areas, as appropriate. None References “Indoor Location In Retail: Where Is The Money?”, by ABI Research, March 2013 “Smartphone Indoor Location Technologies”, by ABI Research, June 2013 “Indoor Location Positioning Technology: Research, Start-ups and Predictions”, by Grizzly Analytics Market Research, March 2013 “Indoor Location Technology OEMS”, by ABI Research, Sep. 2013 11-13/72r1, “”, by Erik Lindskog (CSR Technology) et al. 11-14/1235r0, “”, by Brian Hart (Cisco Systems) et al. 11-12/1249r4, “”, by Carlos Aldana (Qualcomm) et al. 11-14/1464r2, “”, by Jonathan Segev (Intel) et al. 11-14/1263r2, “”, by James Wang (MediaTek) et al. 11-11/1033r0, “”, by Russ Markovsky (Invisitrack) et al. “Next Generation Indoor Positioning System Based on WiFi Time of Flight”, by Leor Banin, Uri Schatzberg, and Yuval Amizur, 26th International Technical Meeting of the Satellite Division of The Institute of Navigation, Nashville TN, September 16-20 2013 11-15/110r1, “”, by Amichai Sanderovich (Qualcomm) et al.
ec-18-0003-00-ACSD-802-11az.docx