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About Me
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E. Douglas Jensen is a Director level Consulting Engineer in the Information and Computing Division, of the
Innovation and Technology Directorate, of the Command and
Control Center, in the DoD
FFRDC, at the
MITRE
Corporation's Bedford, MA, headquarters.
MITRE is a non-profit, public service, corporation
charted to work in the public interest on problems of
strategic national importance. MITRE currently
operates
three federally funded research and development centers
("FFRDC's"). Since 1959 it has been an international
leader in the systems engineering of large, complex
information enterprises, especially (but not exclusively)
for: military BM/C2 and defense intelligence;
air traffic control; and modernization of federal government agencies. MITRE has over
6000 employees at approximately 70 locations in the U.S.
and seven foreign countries.
Doug is widely
recognized as one of the original pioneers and leading visionaries of distributed real-time computer systems.
For example, he performed and led the research (the Honeywell eXperimental Distributed Processor (HXDP) [Jensen 74, 75, 78]) and technology
transition leading to what is generally believed to have been the
world's first deployed commercial distributed real-time computer
control system product – Honeywell's H930 combat data system on Taiwan's
Yang (Wu Chin III) (ex-U.S. Gearing FRAM I) Class Frigates
in 1976. He was also a contributor to the world's first
distributed computer control system product for
industrial automation, the Honeywell TDC-2000. For his
seminal contributions to the field of real-time
computing systems, he was honored with Honeywell's
highest technical award by judges inside and outside
Honeywell.
Subsequently while on the CMU CS faculty, he contributed
as a consultant to the second distributed computer control
system product, the Westinghouse DCS.
His principal interest is conducting applied research,
advanced technology development, and technology transfer
-- especially (but not limited to) in the field of
dynamic, adaptive, time-critical distributed systems for
control applications at all levels of an enterprise. He
has been conducting MITRE-sponsored research projects
for 10 years. From 2006 through 2008 he and
his academic collaborating co-authors have published over a hundred
research papers
in professional society conference
proceedings and journals. Currently, he is also
examining how civilian and DoD contractor corporations
perform research and transition it to their business
units. His activities include:
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Consulting for, and transitioning dynamic distributed
real-time computing technologies to, next generation
large scale
systems
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Leading and performing research –
within MITRE and collaboratively with academia
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on time-critical adaptive resource management in
dynamic systems,
especially distributed ones |
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Contributing to real-time standards that are important
to dynamic and especially distributed real-time systems
–
e.g., leading the Distributed Real-Time Specification
for Java, co-authoring the OMG Real-Time CORBA 1.2 (ne'e
2.0) specification, contributing to the OMG Real-Time
CORBA 1 specification and the Real-Time Specification
for Java |
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Doug came to MITRE in 1998 from senior research and
technology leadership positions at Hewlett Packard
and Digital Equipment Corp. where he led development of
commercial distributed real-time products.
Prior to that, he was
on the faculty of the Computer Science Department at Carnegie Mellon
University.
There he created and led the largest real-time research
group of its time, one of whose achievements was the
uniquely innovative
Alpha distributed real-time operating
system kernel. Keystone concepts and technologies from
Alpha –
notably
time/utility function time constraints, utility
accrual scheduling optimality criteria, and
distributed threads –
have subsequently been incorporated in the OMG Real-Time
CORBA 1.2 specification and Sun's Distributed Real-Time
Specification for Java, and in MITRE experimental BM/C2
projects, and in several COTS operating systems, and in
research projects at various universities.
Before being invited to join the CMU CS faculty,
he was employed in the real-time computer industry, where
he engaged in research and advanced technology development
of distributed real-time computer systems, hardware, and
software for the defense and industrial automation domains.

Kudos
Managers are people who do things right,
and leaders are
people who do the right thing
"The literature has been clear and consistent about the
attributes, roles, and contributions of leaders. In this
formulation, relevant business and technical background and
expertise is necessary but not sufficient—the price of
admission, so to speak. It is leadership ability that is
the differentiator of who will make significant, lasting,
and transformational contributions to enterprises and
communities. While this does not mean that managers don’t
make important contributions, the sort of leadership that
we’re talking about is more an orientation and a way of
being than it is a set of skills or techniques. During his
professional career, Doug has consistently exhibited the
key attributes, roles, and contributions of transformational
leaders:
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Are visionary and mission oriented
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Use inspiration, charisma, and inherent excitement of the
vision to enroll and motivate others
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Are individually and developmentally oriented
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Look at old problems in new ways
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Stress and value intellectual ability, problem
exploration, experimentation
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Are future and change oriented
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Question existing culture, norms, values, and beliefs
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Are risk takers"
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For six years I have collaborated with Prof.
Binoy Ravindran and
his students, and been the external advisor for these students, at
Virginia Tech -- the most prolific site of research on my
time/utility functions
and utility accrual scheduling concepts.
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