PPT-TinyOS Applications Advanced Computer Networks

D12 TinyOS Applications Outline AntiTheft Example done in gradual pieces LEDs timer booting Sensing Example Light Sensor Wiring to AntiTheft Single Hop Networks Active Messages interface. Applications. Advanced Computer Networks. . TinyOS. Applications Outline. AntiTheft. Example . {done in gradual pieces}. LEDs, timer, booting. Sensing Example. Light Sensor. Wiring to . AntiTheft. Introduction. Advanced Computer Networks . TinyOS. Outline. Introduction to the Architecture of . TinyOS. and . nesC. Component Model. Components, interfaces, wiring. Commands and events; user and provider;. (Part 2). Data Encoding Techniques. Advanced Computer Networks. D. 12. . Interpreting Signals. DCC 9. th. Ed.. Stallings. Advanced Computer Networks . Data Encoding. 2. Data Encoding Techniques. Digital Data, Analog Signals . Rodrigo Fonseca (. rfonseca. ). http://www.cs.brown.edu/courses/cs168. Based partly on lecture notes by David . Mazières. , Phil Levis, John . Jannotti. , Peterson & Davie. Cast. Instructor: Rodrigo Fonseca (. (part 3) . Transmission Media. Advanced Computer Networks . Advanced Computer Networks . Transmission Media. 2. Transmission Media Choices. Twisted Pair. Coaxial Cable. Optical Fiber. Wireless Communications. (part 3) . Transmission Media. Advanced Computer Networks . Advanced Computer Networks . Transmission Media. 2. Transmission Media Choices. Twisted Pair. Coaxial Cable. Optical Fiber. Wireless Communications. Applications. Advanced Computer Networks . TinyOS. Applications Outline. AntiTheft. Example. LEDs, timer, booting. Sensing Example. Light Sensor. Wiring to . AntiTheft. Single Hop Networks. Active Messages interface. Networks. (S. ONET). Advanced Computer Networks . SONET Outline. Brief History. SONET Overview. SONET Rates. SONET Ring Architecture. Add/Drop Multiplexor (ADM). Section, Line and Path. Virtual Tributaries. RED. for Web Traffic. Mikkel Christiansen, Kevin Jeffay,. David Ott, Donelson Smith. UNC, Chapel Hill. SIGCOMM 2000, Stockholm. subsequently. IEEE/ACM Transactions on Networking. Vol. 9 ,  No. 3  (June 2001) pp 249 – 264.. Presenter – Bob Kinicki. Advanced Computer Networks : XCP paper. 2. Fairness in TCP Variants. n. s-2 dumbbell simulations. C = 1 . Gbps. Min RTT = 104 . ms.. Drop tail routers. 1500 byte packets. Buffer size = BDP. John . Jannotti. (. jj. ). http://www.cs.brown.edu/courses/cs168. Based partly on lecture notes by . Rodrigo Fonseca, David . Mazières. , Phil . Levis, . Peterson & Davie. Cast. Instructor: . John . (ATM). Advanced Computer . Networks . ATM Outline. ATM Introduction. Motivation for ATM Architecture. Design Assumptions. ATM Adaptation Layers. Old ATM Design. Revised ATM Design. AAL Details. MPLS. . Alexandre. Gerber. Z. Morley Mao . Subhabrata. . Sen. Oliver . Spatscheck. University of Michigan AT&T Labs - Research. Presented by Tianxiong Yang. Advanced Computer Networks. Fall 2014. (ATM). Advanced Computer . Networks . ATM Outline. ATM Introduction. Motivation for ATM Architecture. Design Assumptions. ATM Adaptation Layers. Old ATM Design. Revised ATM Design. AAL Details. MPLS.