Wu, Haisang, Ravindran, Binoy, Jensen, E. Douglas
We present an energy-efficient real-time scheduling algorithm called EUA*, for the unimodal arbitrary arrival model (or UAM). UAM embodies a "stronger" adversary than most arrival models. The...
Wu, Haisang, Ravindran, Binoy, Jensen, E. Douglas
We present an energy-efficient real-time scheduling algorithm called EUA*, for the unimodal arbitrary arrival model (or UAM). UAM embodies a "stronger" adversary than most arrival models. The...
Haisang Wu, Binoy Ravindran, E. Douglas Jensen, Peng Li
We present an energy-e#cient, utility accrual, real-time scheduling algorithm called the Resource-constrained EnergyE #cient Utility Accrual Algorithm (or ReUA). ReUA considers an application model...
A Time-Driven Scheduling Model for Real-Time Operating Systems (2003)
E. Douglas Jensen, C. Douglass Locke, Hideyuki Tokuda
Process scheduling in real-time systems has almost invariably used one or more of three algorithms: fixed priority, FIFO, or round robin. The reasons for these choices are simplicity and speed in the...
The Distributed Real-Time Specification for Java: Overview and Status (2002)
Ray Clark, E. Douglas Jensen, Doug Wells, Andy Wellings
Reference Writes Public Review Executive Committee DRTSJ Expert Group q Leader: Doug Jensen (MITRE) RTSJ experts .Greg Bollella (Sun), Doug Locke (TimeSys), David Hardin (aJile: RT Java products on a...
Raymond Clark, E. Douglas Jensen, Arkady Kanevsky, John Maurer, Thomas Wheeler, Yun Zhang, ...
This paper describes a United States Air Force Advanced Technology Demonstration (ATD) that applied value-based scheduling to produce an adaptive, distributed tracking component appropriate for...
The Distributed Real-Time Specification for Java (2002)
Work is beginning on the Distributed Real-Time Specification for Java, as part of Sun's Java Community Process. This paper summarizes some ideas about an initial approach to the specification. The...
An Adaptive, Distributed Airborne Tracking System (2002)
Raymond Clark, E. Douglas Jensen, Arkady Kanevsky, John Maurer, Paul Wallace, Thomas Wheeler, ...
This paper describes a United States Air Force Advanced Technology Demonstration (ATD) that applied value-based scheduling to produce an adaptive, distributed tracking component appropriate for...
Jensen, E. Douglas, Marshall, George D., Helmbrecht, Wallace F., White, James A.
This report explores the implications of fiber optic interconnections and intelligent (i.e., microprocessor-based) communication interface units on the architecture of distributed processing systems...
Decentralized Resource Management in Distributed Computer Systems. (1998)
Applewhite,Hugh L., Garg,Roli, Jensen,E. Douglas, Northcutt,J. Duane, Sha,Lui
This is the first technical report from The Archons project, which is performing research in the science and engineering of 'distributed computers'. By this we mean a computer having highly...
Adaptive Fault-Resistant Systems (1998)
Jack Goldberg, Li Gong, Ira Greenberg, Raymond Clark, E. Douglas Jensen, Kane Kim
A research team led by SRI International has completed a 1.5 year period of work in adaptive, distributed, fault-resistant systems. This research has been motivated by the increasingly complex and...
Adaptive Fault-Resistant Systems (1998)
Jack Goldberg, Li Gong, Ira Greenberg, Raymond Clark, E. Douglas Jensen, Kane Kim
A research team led by SRI International has completed a 1.5 year period of work in adaptive, distributed, fault-resistant systems. This research has been motivated by the increasingly complex and...
Adaptive Fault-Resistant Systems (1998)
Jack Goldberg, Li Gong, Ira Greenberg, Raymond Clark, E. Douglas Jensen, Kane Kim
A research team led by SRI International has completed a 1.5 year period of work in adaptive, distributed, fault-resistant systems. This research has been motivated by the increasingly complex and...