ABSTRACT Title of Thesis: FREE-SPACE OPTICAL COMMUNICAITONS THROUGH A FOREST CANOPY Clinton Lee Edwards‚ Master of Science‚ 2004 Thesis Directed By: Professor Christopher C. Davis‚ Department of Electrical and Computer Engineering This paper models the effects of the leaves of mature broadleaf trees on air-to-ground free-space optical (FSO) communication systems operating through the leaf canopy. Ecological radiation transfer models are considered and the concept of Leaf Area Index
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Europass Curriculum Vitae Personal information First name(s) / Surname(s) Address(es) Telephone(s) E-mail Nationality Date of birth Daniele MARIANI Via Augusto Sindici‚ 5 – 00155 Roma +39 062288549 daniele-mariani@hotmail.it Italian 20 SETTEMBRE 1985 Mobile: +39 3426467377 Work experience Dates Occupation or position held Name and address of employer Type of business or sector 2005 leaflets Gruppo Interclub – Via Plinio 44 - ROMA SRL Education and training Dates Title of qualification
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Teaching Statement My teaching experience goes back to the Fall 2014 when I was offered a GTA position for the Engineering Statics and the Mechanics of Materials. From then on‚ my department has designated me as the GTA for the same courses because I get positive feedback from students each semester. As the only GTA in both courses with more than one hundred students‚ my work load is more than average in my department. However‚ I have been absolutely enjoying the teaching experience as well as the
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without intervention from pilot. With the motto to get a clearer view of the research works being done in this field‚ I did a 7 months internship at ‘Defence Avionics Research Establishment’ and worked on simulation softwares like ‘Flight Gear’ and ‘MATLAB’. During my internship and the project work‚ I developed immense delight towards research. My zest for research has made me to work further to my academic project and get a deep insight of the subject with which‚ I have extended my project and published
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STATEMENT OF PURPOSE “Education is the most powerfu l weapon which you can use to change the world”- Nelson Mandela My avid interest in Science and Technology led me to pursue undergraduate study in Electronics and Communication Engineering in XXX Engineering College‚an institute of excellence reputation. This is a sincere attempt to explain my academic interests‚ future plans and career objectives. After weighting my interests and strengths carefully‚ I have opted to do my further
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Figure 1 below shows the change in magnitude of the steady state acceleration with time. This graph complies with Newton’s second law as the force applied is equal to 1 and the mass remains constant so and an acceleration of one is expected. I also tested this by changing the value of the force applied‚ to a value of 2‚ which in theory should give and equivalent change in the acceleration‚ to a value of 2. From Newton’s second law: it can be seen that as the force varies‚ provided moment of inertia
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of concepts of signal processing and microprocessors what got me more enthused in this area was when I learnt about microprocessors‚ that’s when I realized how the two fields could be merged along with the theory I was the only student working with MATLAB along with my theory subject digital signal processing‚ also being a member of the internationally acclaimed institute of
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General SOP- 13-8 I am currently working as an Optimization Engineer of a Glass Fibre manufacturing firm since the past 12 months after graduating from Manipal XXX in the summer of 2013. While pursuing my high school from Navrachana XXXXX‚ I was always curious to understand the technology that went behind the operations of various machines. The curiosity of wanting to create something tangible and useful led me to picking Mechanical Engineering as a major from one of the most reputed Private universities
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triggering of LEDS Testing 4.2 Image Acquisition Typical images acquired at R545 nm and R575 nm during clinical study in Oral and Maxillofacial Pathology Department of the Government Dental College (GDC)‚ Trivandrum. Algorithms are developed using MATLAB for the image analysis. Figure Typical images acquired at R545nm and at R575 nm respectively; 4.3 Image
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VIKRAM KUMAR ABM10014 SUJIT PATEL ABM10016 SUMAN PGP28388 DHWITI JHAVERI PGP29126 HARI KRISHNA PGP29127 RAGHAV BHAIA PGP29128 ANSHUMAN SHARMA PGP29146 DIVYA ANAND PGP29160 PAWAN XAXA PGP29174 INDIAN INSTITUTE OF MANAGEMENT LUCKNOW TABLE OF CONTENTS
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