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M. Timmerman, F. Gielen, and P. Lambix. A knowledge-based approach for the debugging of real-time multiprocessor systems. In IEEE Workshop on Real-Time Applications, pages 23--28, 1993.

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Static Cache Simulation and its Applications - Mueller (1994)   (10 citations)  (Correct)

....The issue of debugging real time applications has received little attention in the past. Yet, in the process of building real time applications, debugging is commonly performed just as often as in the development of non real time software and may account for up to 50 of the development time [66]. The debugging tools used for real time applications are often ordinary debuggers that do not cater to specific needs of real time systems listed below. Time distortion: The notion of real time is central to real time applications. Hardware timers are commonly used to inquire timing information ....

....The instrumentation code is a permanent part of the application. It will never be removed to prevent alteration of the timing. Debugging is limited to forced suspension and resumption of entities, viewing and alteration of variables, and monitoring of communication messages. The DARTS system [66] approaches the debugging problem in two stages. It first generates a program trace and then allows for debugging based on the trace data that is timestamped to address the time distortion problem. The debugging is limited to a restricted set of events that is extracted from the control flow. This ....

M. Timmerman, F. Gielen, and P. Lambix. A knowledge-based approach for the debugging of real-time multiprocessor systems. In IEEE Workshop on Real-Time Applications, pages 23--28, 1993.


On Debugging Real-Time Applications - Mueller, Whalley (1994)   (3 citations)  (Correct)

....Introduction The issue of debugging real time applications has received little attention in the past. Yet, in the process of building real time applications, debugging is commonly performed just as in the development of nonreal time software and may account for up to 50 of the development time [16]. The debugging tools used for real time applications are often ordinary debuggers which do not cater to specific needs of real time systems listed below. This work was supported in part by the Office of Naval Research under contract # N00014 94 1 0006 Time distortion: The notion of real time ....

....The instrumentation code is a permanent part of the application. It will never removed to prevent alteration of the timing. Debugging is limited to forced suspension and resumption of entities, viewing and alteration of variables, and monitoring of communication messages. The DARTS system [16] approaches the debugging problem in two stages. It first generates a program trace and then allows for debugging based on the trace data which is time stamped to address the time distortion problem. The debugging is limited to a restricted set of events which is extracted from the control flow. ....

M. Timmerman, F. Gielen, and P. Lambix. A knowledge-based approach for the debugging of real-time multiprocessor systems. In IEEE Workshop on Real-Time Applications, pages 23--28, 1993.


Real-Time Debugging by Minimal Hardware Simulation - Mueller, Whalley, Harmon (1994)   (Correct)

....of the timing. Debugging is limited to forced suspension and resumption of entities, viewing and alteration of variables, and monitoring of communication messages. DARTS provides remote debugging by replaying portions of a time stamped program trace, which is produced during program execution [17]. The debugging is limited to a restricted set of events and only supports a subset of the functionality of common debuggers, e.g. excluding data queries. The high volume of trace information and the associated overhead of trace generation may also limit its application to programs with short ....

M. Timmerman, F. Gielen, and P. Lambix. A knowledge-based approach for the debugging of real-time multiprocessor systems. In IEEE Workshop on Real-Time Applications, pages 23--28, 1993.

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