John Lehoczky | Author Profile, CMU Software Engineering Institute
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John Lehoczky (Carnegie Mellon University)
John Lehoczky (Carnegie Mellon University)
Carnegie Mellon University
J. Lehoczky is an SEI alumni employee.
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Assurance Evidence of Continuously Evolving Real-Time Systems (ASERT) Workshop 2024
November 15, 2024
•
Special Report
By
Dionisio de Niz
,
Bjorn Andersson
,
Mark H. Klein
,
Hyoseung Kim (University of California, Riverside)
,
John Lehoczky (Carnegie Mellon University)
,
George Romanski (Federal Aviation Administration)
,
Jonathan Preston (Lockheed Martin Corporation)
,
Daniel Shapiro (Institute of Defense Analysis)
,
Floyd Fazi (Lockheed Martin Corporation)
,
Ronald Koontz (Boeing Company)
Encoding Verification Arguments to Analyze High-Level Design Certification Claims: Experiment Zero (E0)
January 18, 2024
•
White Paper
By
Dionisio de Niz
,
Bjorn Andersson
,
Mark H. Klein
,
John Lehoczky (Carnegie Mellon University)
,
Hyoseung Kim (University of California, Riverside)
,
George Romanski (Federal Aviation Administration)
,
Jonathan Preston (Lockheed Martin Corporation)
,
Daniel Shapiro (Institute of Defense Analysis)
,
Floyd Fazi (Lockheed Martin Corporation)
,
Douglas Schmidt (Vanderbilt University)
,
David Tate (Institute of Defense Analysis)
,
Gordon Putsche (The Boeing Company)
,
Ronald Koontz (Boeing Company)
Mixed-Trust Computing for Real-Time Systems
October 16, 2023
•
Conference Paper
By
Dionisio de Niz
,
Bjorn Andersson
,
John Lehoczky (Carnegie Mellon University)
,
Amit Vasudevan
,
Hyoseung Kim (University of California, Riverside)
,
Gabriel Moreno
Formal Verification of a Mixed-Trust Synchronization Protocol
July 22, 2021
•
Conference Paper
By
Ruben Martins
,
Mike McCall
,
Dionisio de Niz
,
Amit Vasudevan
,
Bjorn Andersson
,
Mark H. Klein
,
John Lehoczky (Carnegie Mellon University)
,
Hyoseung Kim (University of California, Riverside)
Deriving the Average-case Performance of Bandwidth-like Interfaces for Tasksets with Infinite Minimum Inter-Arrival Time, Equal Task Density, Uniformly Distributed Deadlines, and Infinite Number of Tasks
November 29, 2016
•
Presentation
By
Bjorn Andersson
,
Hyoseung Kim (University of California, Riverside)
,
John Lehoczky (Carnegie Mellon University)
,
Dionisio de Niz
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