PPT-Nanometer InP Electron Devices for VLSI and THz Application

2014 Device Research Conference June 2224 Santa Barbara CA MJW Rodwell UCSB S Lee CY Huang D Elias V Chobpattanna J Rode HW Chiang P Choudhary R Maurer AC Gossard . V Kamakoti Department of Computer Science and Engineering Indian Institute of Technology Madras Chennai 600 036 India Email kamacsiitmernetin CAD for VLSI DESIGN I CAD for VLSI Design I Course Starts Here All The Best CAD for VLSI DESIGN I Evo Colin Dixon. . (University of Washington). October 20. th. , 2010. Ratul . Mahajan. , Sharad . Agarwal. , A.J. Brush,. Bongshin. Lee, Stefan . Saroiu. , Victor . Bahl. (MSR Redmond). Huge amount of tech in homes. August. . 18. th. , . 201. 5. Carnegie Mellon University, Pittsburgh. MURI Meeting, 2015. Saransh Singh. Marc . De Graef. 2. Outline. Introduction to . Forward Models in Electron . Scattering. Electron . 493 Nanometer Thick Microplaty Hematite in Indi an Iron Ores: Its Implication on Washing Manoj K. Mohanta, Rajendra K. Rath, Shobhana Dey and Kalyan K. Bhattacharyya Mineral Processing Division, © 2011 Project Lead The Way, Inc.. Science of Technology . Nanotechnology. Nanotechnology deals with materials and machines on an incredibly tiny scale, less than one billionth of a meter.. How Nanotechnology Works. A basic definition: . Nanotechnology is the engineering of functional systems at the molecular scale. . This covers both current work and concepts that are more advanced. In its original sense, 'nanotechnology' refers to the projected ability to construct items . © 2011 Project Lead The Way, Inc.. Science of Technology . Nanotechnology. Nanotechnology deals with materials and machines on an incredibly tiny scale, less than one billionth of a meter.. How Nanotechnology Works. Very-large-scale integration.  (. VLSI. ) is the process of creating an . integrated circuit.  (IC) by combining thousands of . transistors.  into a single chip. .. . VLSI began . in the . 1970s when complex . Tufts University. Instructor: Joel . Grodstein. joel.grodstein@tufts.edu. Lecture 6: Discrete voltage and frequency switching. DVFS. What we’ll cover. DVFS: why we care. What is DVFS. Effects on clocking. Tufts University. Instructor: Joel . Grodstein. joel.grodstein@tufts.edu. Lecture 7: Dark silicon. Resources. The future of microprocessors. , . Shekhar. . Borkar. 2011. “The past 20 years were the ‘great old days’; the next 20 years will hopefully be the ‘pretty good new days’ ”. EE 194: Advanced VLSI Spring 2018 Tufts University Instructor: Joel Grodstein joel.grodstein@tufts.edu Verification What is verification? The design process (highly simplified) Talk to your customer EE 194 Advanced VLSI Spring 2018 Tufts University Instructor: Joel Grodstein joel.grodstein@tufts.edu Lecture 2: Moore's Law, Scaling and power Technology scaling Everyone has heard of Moore’s Law. It’s probably been mentioned in most newspapers at some point. But what does it really mean? EE 194 Advanced VLSI Spring 2018 Tufts University Instructor: Joel Grodstein joel.grodstein@tufts.edu Lecture 8: Biological computing Computers are made of… Transistors. Lots of them! How many transistors on an Nvidia Volta? Learning . Goal. Nanometer. -sized. things are very . small. . Students . can . understand relative sizes of different . small . things. How Scientists can interact with small . things. . Understand .