PPT-Running a Global Massively Scalable Web Application on Wind

Andrew Westgarth DEVB341 Setting expectations and context Architecting for scale a web app journey to scalability Scaling realworld applications Agenda Why Architect for the cloud. 02201 GLOBAL INSTALLED WIND POWER CAPACITY 57375MW57374 57373 REGIONAL DISTRIBUTION End 2012 New 2013 Total End of 2013 AFRICA MIDDLE EAST Ethiopia 81 90 171 Egypt 550 550 Morocco 291 291 Tunisia 104 104 Iran 91 91 Chapter 2.2 Guided Notes. What is Weather?. Weather is the condition of Earth’s atmosphere at a particular time and place.. What is Wind. ?. Wind is air moving across the surface of the Earth. It can move horizontally or parallel to the ground..
\n \r\r !\r"$#%&(')*+!,-!%.%"%/01325476d981U I suddenly saw the four of them, standing . around the Human Jukebox. They were only a . half a block away from me, but they hadn’t seen . me. I could still run. I could still get away. But . any second now, one of them would look . Cisco Massively Scalable Data Center (MSDC)Design and Implementation Guide CHAPTERMSDC Scale CharacteristicsTraditional Data Center Design Overview1-2Design TenetsCustomer Architectural MotivationsTop GLOBAL INSTALLED WIND POWER CAPACITY MW  REGIONALISTRIBTIONNew 2012Total (End of 2012)AFRICAIDDLEASTTunisiaEthiopiaEgyptMoroccoIranCape VerdeOtherTotalSIAPR China**TaiwanSouth KoreaPakistanOtherTot Airborne Wind Turbine. What is it?. An airborne wind turbine is a wind power generator for harvesting power in a high altitude (sky). It has no tower and work similar like a kite. This give the benefit to easy adapt to flowing (rough vs. smooth).. Lauren . Bezek. , Nichole . Duden. , Alex Harrington, and Cody . Puzza. Mark Z. Jacobson, professor at Stanford University, and Mark A. Delucchi, research scientist at the University of California, developed a plan in 2009 to transfer 100% of world’s energy to renewable sources, such as wind, water, and solar, by the year 2030 and replace pre-existing nonrenewable sources by 2050 to eliminate climate change, pollution, and energy insecurity. The critical issues arise socially and politically, not technically and economically, because industries would need to change.. Earth/Space. S.W.B.A.T.. Explain why Earth receives different amounts of solar energy at different latitudes. Discuss the . Coriolis. effect. Identify and locate the doldrums, trade winds, prevailing . Why Air Moves. Wind is created by differences in air pressure. Bigger difference = faster wind. Caused by unequal heating of earth. Air. The air by the equator is warm and rises. Low pressure. The air by the poles is cold and dense. Why Air Moves. Wind is created by differences in air pressure. Bigger difference = faster wind. Caused by unequal heating of earth. Air. The air by the equator is warm and rises. Low pressure. The air by the poles is cold and dense. Chapter 2.2 Guided Notes. What is Weather?. Weather is the condition of Earth’s atmosphere at a particular time and place.. What is Wind. ?. Wind is air moving across the surface of the Earth. It can move horizontally or parallel to the ground.. Wind is the movement . of air caused by an uneven heating of the Earth’s . surface.. What HEATS EARTH’S SURFACE?. Heat from the sun heats the surface of the Earth.. This heat arrives to Earth in the form of radiation.. Reanalyses. and CMIP6 Model Simulations. Kaiqiang. . Deng. 1. , Cesar Azorin-Molina. 1. ,2. , . Lorenzo Minola. 1. , . Gangfeng. Zhang. 3. , & . Deliang. . Chen. 1. 1. Regional Climate Group, Department of Earth Sciences, University of .