Note: This class has been cancelled.
Satellite communications dominate current and planned military and government communications systems and make Net-Centric Warfare possible. This course provides a review of current and future military satellite communications. Internet protocol (IP) and IP over Satellite (IPoS) are addressed showing this protocol's strengths and weaknesses as a facilitator of Net-Centric warfare.
All of the current and future military and commercial satellite systems are described including MILSATCOM's evolution. The topics provide a perspective of satellite communications for military applications.
This course describes the fundamental aspects of satellite communication systems engineering with emphasis on the description of current and projected satellite networks in a net-centric and transitional communications environment.
WHO SHOULD ATTEND
The course is designed for military communications systems planners, engineers, managers, operators, system analysts, and decision makers who need a review of military satellite communications concepts and implementations. A general background in communications is recommended.
COURSE OUTLINE: Military Satellite Communications in a Net-Centric, Transitional Communications World.
Introduction and System Review
• Basic Principles of Satellite Communications, frequencies, orbits, design rationale
• Overview of Military Satellite Communications Systems, including UHF, SHF and EHF architectures
• Model of a satellite communications system
• Link calculation components
• Terminal View of Link Equations
• UHF, SHF and EHF Terminals
• Future Terminals Planned
UHF Military Satellite Systems
• Fleet Satellite Communications System
• UHF Follow-On System
• Mobile User Objective System
CDMA/AJ/IP over Satellite (IPoS)
• Code division multiple access and anti jam formulas
• IP, Transmission Control Protocol (TCP) & Universal Datagram Protocol (UDP)
• Performance Enhancement Protocols
• Net-Centric Warfare Workshop
• OSD Philosophy and Directions
• Impact of Technologies on Net-Centric Warfare
• Latency and Remote Access Exercises
CONOPS and Budgeting
• Concepts of Operations
• Budgets of Military Systems
• Budget Exercise
Mr. James A. Mazzei
Course Coordinator and Lecturer
Mr. James A. Mazzei provides consulting services to DoD and Intelligence Community customers under a contract with a Federally Funded Research & Development Center. His principal areas of expertise are DoD satellite systems, commercial satellite systems, satellite earth stations and distributed networks. He has over 30 years satellite communications experience in the Air Force and industry, in technical and management roles. He has held technical positions ranging from test engineer to Chief Technical Officer, and management positions ranging from Earth Station Manager to Senior Director & CIO. Mr. Mazzei's experience in industry includes employment with Harris Corporation, COMSAT Corporation and Booz-Allen & Hamilton, Inc., and encompasses testing and production of major systems as well as systems engineering and technical assistance. In addition to his consulting services, Mr. Mazzei has served as an Adjunct Professor for the University of Maryland, George Mason University and Johns Hopkins University graduate programs in the areas of satellite communications, data communications, computer networks, network management and executive programs.
Mr. Gary R Huckell provides consulting services to the Space and Naval Warfare Systems Center (SPAWAR, San Diego) through a contract with L3 Communications, supporting the JMINI, IW, and MUOS UHF MILSATCOM programs. Prior to this he worked for 41 years as a civilian at SPAWAR San Diego. Mr. Huckell received a B.S. in Physics in 1965 at San Diego State College and a M.S. in Electrical Engineering in 1967 at the University of California, Berkeley. In 1970 he designed the control hardware (ON-143(V)5) and software for the original SSIXS subscriber communication system. He was the principle contributor and writer for MIL-STD-188-183A and initiated the concept for the Integrated Waveform.