University At Buffalo Capacity Of Ad-Hoc Networks Ajay Kumar.
Systems Change for Status Offenders in Connecticut Presented by: Kimberly Sokoloff Selvaggi April 12 & 13, 2011.
Explicit and Implicit Pipelining in Wireless MAC Nitin Vaidya University of Illinois at Urbana-Champaign [email protected] Joint work with Xue Yang, UIUC.
Duke Selfish MAC Layer Misbehavior in Wireless Networks Author: Pradeep Kyasanur and Nitin H. Vaidya Some slides are borrowed from the author and others.
Capitol Visitors Center Kiosks Project Presentation to Kansas Partnership for Accessible Technology Mary Madden, Director, Kansas Museum of History Matt.
1 Power Management in IEEE 802.11 Yu-Chee Tseng @CS.NCTU 1. Possible Access Sequences for a STA in PS Mode 2. PS in Infrastructure Network 3. PS in Ad.
1 Sensor MAC Design Requirements: Energy efficiency Simple operations Working with a large number of sensors Fair share of the channel among competing.
Challenging the assessment-driven course culture Paul Dennison Business School.
Performance Analysis of the IEEE 802.11 Distributed Coordination Function Giuseppe Bianchi IEEE Journal on Selected Areas in Communications March 2000.
Welfare Transition Automation One-Stop Service Tracking (OSST) Client Login and Client Screens – Part 1.
Capacity of Ad Hoc Networks Quality of Wireless links Physical Layer Issues The Channel Capacity Path Loss Model and Signal Degradation 802.11 MAC for.
Session Plan Chapter Nine: – Retail and Office properties as an investment alternative – Discuss two retail and two office cases – Mini-Case on the DCF.