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 CIFICATIONSoftware-con�gurable dual radio supports 2.4 GHz 2x2 MIMO with two spatial streams and up to 300 Mbps 3x3 MIMO with three spatial streams and up to 450 Mbps 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. The Next “Last Mile Frontier”. Wireless Video and Advancements in HPNA and Whole House DVR. Gordon Caverly, RCDD. Ben Pidek, P.E.. Network Devices in the Home. More and more devices that. you find in the home are capable of connecting to the home data network and onto the web.. . MIMO-Aware. . 802.11n. . Rate. . Adaptation. Advanced. . Computer. . Networks. CS577-2014. . Fall. Presented. . by. . Tianyang. . Wang. Oct.28. th. ,. . 2014. (. Ioannis. . Pefkianakis. PHY and . MAC Frames. Milan . Simek. , . Jiri . Pokorny, . Miroslav . Botta, . and Lubomir . Mraz. Brno . University of Technology, Czech republic,. simek@feec.vutbr.cz. www.wislab.cz. 16.11.2012. Motivation. 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: . Powerline AV Wireless N Extender. Sales Guide. Product Position. DHP-W306AV is a . new D-Link . Powerline. solution features 802.11n wireless speeds of up to 300 megabits per second and . HomePlug. AV data transmission speeds of up to 200Mbps.. 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. networks. WLAN. . is a wireless network that links many devices within a limited area such as a home, school, university, or office building. . WLANs give users . the ability to move around within the local coverage area and still be connected to the network. . Date:. 2018-11-14. Author:. November. 2018. Antonio de la Oliva, IDCC, UC3M. IEEE 802.1CQ Scope. As defined in the PAR:. “This standard specifies protocols, procedures, and management. objects for locally-unique assignment of 48-bit and 64-bit addresses to ports in IEEE 802 networks”. - JCE) e - ISSN: 2278 - 0661,p - ISSN: 2278 - 8727, Volume 18, Issue 2, Ver. I (Mar - Apr. 2016), PP 81 - 84 www.iosrjournals.org DOI: 10.9790/0661 - 1821 8184 www.iosrjournals.org 81 | P 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 . Function. Date:. . 2014-07-13. Authors:. Abstract. A model is presented for the IEEE 802.11 Portal Convergence Function to appear in IEEE P802.1AC-REV Clause 12.2.1, now being balloted in the IEEE 802.1 Interworking Task Group.. TF Interspersing . express traffic (IET) . Ludwig Winkel, Siemens AG. and. . IEEE 802.1 Time sensitive Networking (TSN). Michael Johas Tenner, Broadcom. IEEE . 802.1 / IEEE . 802.3 . Tutorial #2, . March, 2015 .