Mark Hamilton has a strong background in embedded systems development and electrical engineering. He was involved in the design, development, and deployment of several embedded real-time systems targeting the intelligence and U.S. Naval communities. His professional experience includes the design and development of high-speed digital system and circuit design, NTDS protocols, real-time simulations, and the design of a common re-usable real-time simulation framework. He is an expert at the design and development of complex embedded systems. In his current role, Mark is responsible for field engineering for the South East Region of the U.S. He’s actively involved in pre-sales technical activities and works closely with current and prospective customers. He’s written white papers and spoken at various conferences concerning the emerging OMG DDS specification and RTI Data Distribution Service.
ULITZER AUTHOR SINCE:
June 30, 2009
System architects and engineering teams are designing increasingly complex embedded systems in order to satisfy their customers' stringent functionality and performance requirements. In addition, within tactical systems, it's not uncommon to require deterministic real-time behavior while moving large quantities of information over non-deterministic network transports. Many of these systems must now face the challenge of interfacing or "bridging" to the Global Information Grid (GIG) in a seamless fashion in order to: a) communicate information with the broader electronic community while b) not negatively impacting high performance mission-critical functionality. As the Object Management Group's (OMG) Data Distribution Service (DDS) specification continues to gain market traction, particularly within the Department of Defense (DoD), the ability to seamlessly integrate ... (more)
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