《空中交通运输系统》(英文版)chapter 16 rayleopoldbio

The Jerome C Hunsaker Visiting Professor of Aerospace Systems Department of Aeronautical and Astronautical Engineering, Massachusetts Institute of Technology BIOGRAPHY Dr. Leopold had led the Arizona-based licensing and technology transfer business for Motorola Corporate Technology when he retired in 2003. He had previously served as the Chief Technology Officer(CTO) for the Global Telecom Solutions Sector($6B sales and 20,000 people in 2001), and prior to that assignment had served as the Cto for the Satellite Communications Group($1B sales and 3, 500 people in 1998). He is one of the three engineers who created the Iridium( System, the first realization of global, wireless, personal communications. The Iridium System integrates a packet-switched architecture within its globally deployed constellation of satellites together with the circuit-switched architecture of the public-switched telephone network. ( Today, Iridium Satellite LLC, Loudin County, Virginia, operates the Iridium System. He is known throughout the world for having presented keynote addresses and technical papers in many international forums, and for engaging in telecom regulatory activities. He has served for five years on both the Motorola Science Advisory board and the Motorola Technical Action Council dci belypold joined Motorola in 1987 after having spent a career in the U.S. Air Force where he a variety of technical and technical management positions. He directed the evelopment of communications systems at the Electronics Systems Division in Massachusetts. He served two tours in the Pentagon, one in the Office of the Secretary of Defense and one on the air Staff. He taught for over five years at the u.s. Air Force Academy in Colorado, and worked in research and development for four years at the Air Force Weapons Laboratory in Albuquerque. He was also an Adjunct Professor of Electrical Engineering at George Washington University, and he is currently a Senior Lecturer at MIT and chairs their Industry Advisory Board for the Aero/Astro Department. He has also lectured at Stanford University He earned three degrees in electrical engineering, a bachelor's degree from the United States Air Force Academy in 1967, a masters degree from North Carolina State University in 1968, and a Ph. D from the University of New Mexico in 1973. He was also honored with a Doctor of Telecommunications management Degree from South Dakota of mines and Technology in 1997. He has completed Executive Education courses at the Harvard Business School, MIT(Sloan), The University of California(Berkeley ), The Center for Creative Leadership, and The Defense Systems Management College Ray is an Aviation Week and Space Technology Laureate for Space(1996)and an inductee in their Hall of Fame at the National Air and Space Museum. He is a recipient of the IEee Third Millennium Medal, and a recipient of the American Institute of Aeronautics and Astronautics(AIAA)Biennial Communications Award for 1998. He has been named a Fellow of The Institute of Electrical and Electronics Engineers(IEEE), and has served on their Committee on engineering Accreditation Activities. He was named a motorola Distinguished Innovator in 1993. Motorola also conferred their highest technical honor the Title of Dan Noble Fellow, upon him in 1995. He was named a Master Innovator Motorola in 2001. He was named a Distinguished Alumnus of the University of Ne Mexico School of Engineering in 2003. He also served as a member of the engineering
Dr. Raymond J. Leopold The Jerome C. Hunsaker Visiting Professor of Aerospace Systems Department of Aeronautical and Astronautical Engineering, Massachusetts Institute of Technology BIOGRAPHY Dr. Leopold had led the Arizona-based licensing and technology transfer business for Motorola Corporate Technology when he retired in 2003. He had previously served as the Chief Technology Officer (CTO) for the Global Telecom Solutions Sector ($6B sales and 20,000 people in 2001), and prior to that assignment had served as the CTO for the Satellite Communications Group ($1B sales and 3,500 people in 1998). He is one of the three engineers who created the Iridium® System, the first realization of global, wireless, personal communications. The Iridium System integrates a packet-switched architecture within its globally deployed constellation of satellites together with the circuit-switched architecture of the public-switched telephone network. (Today, Iridium Satellite LLC, Loudin County, Virginia, operates the Iridium System.) He is known throughout the world for having presented keynote addresses and technical papers in many international forums, and for engaging in telecom regulatory activities. He has served for five years on both the Motorola Science Advisory Board and the Motorola Technical Action Council. Dr. Leopold joined Motorola in 1987 after having spent a career in the U.S. Air Force where he held a variety of technical and technical management positions. He directed the development of communications systems at the Electronics Systems Division in Massachusetts. He served two tours in the Pentagon, one in the Office of the Secretary of Defense and one on the Air Staff. He taught for over five years at the U.S. Air Force Academy in Colorado, and worked in research and development for four years at the Air Force Weapons Laboratory in Albuquerque. He was also an Adjunct Professor of Electrical Engineering at George Washington University, and he is currently a Senior Lecturer at MIT and chairs their Industry Advisory Board for the Aero/Astro Department. He has also lectured at Stanford University. He earned three degrees in electrical engineering, a bachelor’s degree from the United States Air Force Academy in 1967, a master’s degree from North Carolina State University in 1968, and a Ph.D. from the University of New Mexico in 1973. He was also honored with a Doctor of Telecommunications Management Degree from South Dakota of Mines and Technology in 1997. He has completed Executive Education courses at the Harvard Business School, MIT (Sloan), The University of California (Berkeley), The Center for Creative Leadership, and The Defense Systems Management College. Ray is an Aviation Week and Space Technology Laureate for Space (1996) and an inductee in their Hall of Fame at the National Air and Space Museum. He is a recipient of the IEEE Third Millennium Medal, and a recipient of the American Institute of Aeronautics and Astronautics (AIAA) Biennial Communications Award for 1998. He has been named a Fellow of The Institute of Electrical and Electronics Engineers (IEEE), and has served on their Committee on Engineering Accreditation Activities. He was named a Motorola Distinguished Innovator in 1993. Motorola also conferred their highest technical honor, the Title of Dan Noble Fellow, upon him in 1995. He was named a Master Innovator by Motorola in 2001. He was named a Distinguished Alumnus of the University of New Mexico School of Engineering in 2003. He also served as a member of the Engineering

Accreditation Commission of The Accreditation Board for Engineering and Technology (ABET). He has served both on a Defense Science Board study group and on a nASa advisory committee. He has been elected to Phi Kappa Phi, Tau Beta Pi, and Sigma Tau Ray holds 27 U.s. patents and more than 75 patents in other countries. He is married and has six children. He is active in Church and Community activities, having founded a new Cub Scout Pack, and serving as its Committee Chair, in Chandler, Arizona, and recentl stimulating the founding of a new Boy Scout Troop and serves on its Committee. He and is family are avid skiers and adventurers who can be found on the slopes of Big Mountain near Whitefish, Montana in the winter and in nearby Glacier National Park in the summers
Accreditation Commission of The Accreditation Board for Engineering and Technology (ABET). He has served both on a Defense Science Board study group and on a NASA advisory committee. He has been elected to Phi Kappa Phi, Tau Beta Pi, and Sigma Tau. Ray holds 27 U.S. patents and more than 75 patents in other countries. He is married and has six children. He is active in Church and Community activities, having founded a new Cub Scout Pack, and serving as its Committee Chair, in Chandler, Arizona, and recently stimulating the founding of a new Boy Scout Troop and serves on its Committee. He and his family are avid skiers and adventurers who can be found on the slopes of Big Mountain near Whitefish, Montana in the winter and in nearby Glacier National Park in the summers
按次数下载不扣除下载券;
注册用户24小时内重复下载只扣除一次;
顺序:VIP每日次数-->可用次数-->下载券;
- 《空中交通运输系统》(英文版)chapter 12 humanfactors rev4.pdf
- 《空中交通运输系统》(英文版)chapter 12 misycumngsbio.pdf
- 《空中交通运输系统》(英文版)chapter 8 cargopration 3.pdf
- 《空中交通运输系统》(英文版)chapter 9 architecting.pdf
- 《空中交通运输系统》(英文版)chapter 8 cargopration 2.pdf
- 《空中交通运输系统》(英文版)chapter 7 bkresumfornsf.pdf
- 《空中交通运输系统》(英文版)chapter 7 mitmiltry ndco.pdf
- 《空中交通运输系统》(英文版)chapter 6 cargo econmics.pdf
- 《空中交通运输系统》(英文版)chapter 8 cargopration1.pdf
- 《空中交通运输系统》(英文版)chapter 4 mcmanuslactur2.pdf
- 《空中交通运输系统》(英文版)chapter 4 mcmanuslactur1.pdf
- 《空中交通运输系统》(英文版)chapter 3 formtechspnt.pdf
- 《空中交通运输系统》(英文版)chapter 2 greg larson2.pdf
- 《空中交通运输系统》(英文版)chapter 2 greg larson1.pdf
- 《空中交通运输系统》(英文版)chapter 1 murman_intro.pdf
- 麻省理工学院:《System Safety》week 5 Subsystem Hazard Analysis(SSHA).pdf
- 麻省理工学院:《System Safety》week 4 System Hazard Analysis.pdf
- 麻省理工学院:《System Safety》week 8 Human-Computer Interaction.pdf
- 麻省理工学院:《System Safety》week 7 Design for Safety.pdf
- 麻省理工学院:《System Safety》week 2 Hazard log Information.pdf
- 《空中交通运输系统》(英文版)chapter 14 avionic cert2.pdf
- 《空中交通运输系统》(英文版)chapter 14 avionic cert1.pdf
- 《空中交通运输系统》(英文版)chapter 20 business case.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 1a: Mission Requirements for Space Propulsion.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 2: Mission Analysis for Low Thrust.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 3: Approximate ∆V for Low-Thrust Spiral Climb.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 1b: Review of Rocket Propulsion.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 4: Re-positioning in Orbits.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 7: Bipropellant Chemical Thrusters and Chemical Propulsion.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 5: Chemical Thrusters for In-Space Propulsion.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 6: Hydrazine Decomposition: Performance Estimates.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 9: Some Examples of Small Solid.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 10: Electric Propulsion - Some Generalities on Plasma (and Arcjet Engines).pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 13-14: Electrostatic Thrusters.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 11-12: SIMPLIFIED ANALYSIS OF ARCJET OPERATION.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 16: Ion Engine Performance. Brophy’s Theory DEFINITIONS:.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 15: Thrust Calculation (Single Grid, Single Potential).pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 17: NOTES ON HALL THRUSTERS.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 23-25: COLLOIDAL ENGINES.pdf
- 《航天推进 Space Propulsion》(英文版)Lecture 22: A Simple Model For MPD Performance-onset.pdf