PPT-Snooze: Energy Management in 802.11n WLANs

KiYoung Jang Shuai Hao Anmol Sheth Ramesh Govindan Background 2 Evolution of WiFi Performance vs Energy Usage 8x speedup compared to 80211ag Mbps Background 3 80211n Features and Energy Usage. DATA SHEET ELESS RADIO CIFICATION2x2 MIMO with two spatial streams and up to 300 Mbps Supported frequency band (country-speci�c restrictions Available channels: Managed by Aruba Instant or DATA SHEET WIELESS RADIO ATIONSoftware-con�gurable dual radio supports 2.4 GHz and 2x2 MIMO with two spatial streams and up to 300 Mbps Supported frequency band (country-speci�c Vehicle-Mount Computer Powerful: 802.11n WLAN and 3.5G WWAN Radios: Field Proven Reliability:ruggedness test specications; dominates the Microsoft VX9-DS Rev B 06/12 July 2013. July 2013. Pat Thaler, IEEE 802.1 DCB task group chair. .. Slide . 1. 802.1Qcd. PAR. Does IETF provide any similar VLAN tag. ? . No, VLAN tags are defined in IEEE 802.1Q and was fundamental to the initial IEEE 802.1Q. VLAN tags carry . 802.11r, 802.11k, and 802.11w Deployment Guide, Cisco IOS-XE Release 3.3 1  IEEE-802.11 (. Hao. . Lian. ). Analysis of campus wireless network(. Ao. . Shen. ). Comparison between 3G and Wi-Fi(. Bichen. Wang, Chen . Chen. ). Standardization of Wireless Networks. Wireless networks are standardized by IEEE. Use case: . Snooze. Actors: . User. Description: . This use case begins when the user hits the snooze button. The alarm is turned off. Wait for snooze time, include use case ‘Make sound’.. Use case: . 3G VPN router . DWR-555 . WRPD, Amy Wang, 4. th. Oct., 2010 . D-Link Confidential . D-Link Confidential . DWR- 555 Business Analysis . . Model Description. ：. . DWR-555 is a 802.11n WiFi voice-supported HSUPA 3GVPN router, user can connect to . 19 . January 2016. Authors:. Name. Company. Phone. email. Karen Randall. Randall. Consulting. 1 609 240-3844. karen@randall-consulting.com. This provides responses to . comments on 802.1Xbx-2014 during FDIS . Chapter 5: LANs and WLANs. 2. Chapter Contents. Section A: Network Building Blocks. Section B: Wired Networks. Section C: Wireless Networks. Section D: Using LANs. Section E: Security Through Encryption. Ki-Young Jang, . Shuai. . Hao. , . Anmol. . Sheth. , . Ramesh . Govindan. Background. 2. Evolution of Wi-Fi. Performance vs. Energy Usage. 8x speedup compared to 802.11a/g. Mbps. Background. 3. 802.11n Features and Energy Usage. Date: 2016-11-08. Nikola Serafimovski, pureLiFi. Slide . 1. Authors:. It is proposed that a TIG or a SG be formed to consider LiFi standardization in 802.11 WG. The aim is to gauge the interest in starting a Topic Interest Group (TIG) or a Study Group (SG) for:. ISO/IEC JTC1/SC6. January 2017. Apurva Mody. IEEE . 802.22 . Working Group Chair. a. purva.mody@ieee.org. . DCN . 22. -17-0001-00-0000. 802.22 . Completed Projects. 802.22-2011- Flagship Standard on Cognitive Wireless Regional Area Networks – Commercial Name Wi-FAR®, Uses Television Band unused channels, so called . Hao. . Lian. ). Analysis of campus wireless network(. Ao. . Shen. ). Comparison between 3G and Wi-Fi(. Bichen. Wang, Chen . Chen. ). Standardization of Wireless Networks. Wireless networks are standardized by IEEE.