Most existing research on Mixed-Criticality (MC) scheduling (see [1] for a review) has focused on dealing with different WCET estimations of a single piece of code. This is typically a consequence of different tools for determining worst case execution time (WCET) bounds being more or less conservative than each other. This narrative is now being repeated with respect to processor speeds. Modern powerful and energy-efficient processors are yielding innovations that result in varying speed during run-time. For example, [2] describes a mechanism such that late signals can be recovered by delaying the next clock tick, so that logical faults do not propagate to higher (i.e., the software) levels. In a Globally Asynchronous Locally Synchronous (...
Much existing research on Mixed-Criticality (MC) scheduling (see [7] for a review) has focused on de...
Timing guarantee is critical to ensure the correctness of embedded software systems that interact wi...
Abstract—The functional consolidation induced by the cost-reduction trends in embedded systems can f...
Most prior work on mixed-criticality (MC) scheduling has focused on a model in which multiple WCET p...
An increasing trend in embedded computing is the moving towards mixed-criticality (MC) systems, in w...
A mixed criticality (MC) workload consists of components of varying degrees of importance (or criti...
A varying-speed processor is characterized by two execution speeds: a normal speed and a degraded sp...
A varying-speed processor is characterized by two execution speeds: a normal speed and a degraded sp...
While traditional real-time systems analysis requires single pessimistic estimates to represent syst...
As modern cyber-physical systems (CPS) are often mobile, their operating environments varies during ...
<p>A mixed criticality (MC) workload consists of components of varying degrees of importance (or "cr...
A mixed criticality (MC) workload consists of com-ponents of varying degrees of importance (or “crit...
Scheduling Mixed-Criticality (MC) workload is a challenging problem in real-time computing. Earliest...
In conventional real-time systems analysis, each system parameter is specified by a single estimate,...
In mixed-criticality systems, functionalities of different degrees of importance (or criticalities) ...
Much existing research on Mixed-Criticality (MC) scheduling (see [7] for a review) has focused on de...
Timing guarantee is critical to ensure the correctness of embedded software systems that interact wi...
Abstract—The functional consolidation induced by the cost-reduction trends in embedded systems can f...
Most prior work on mixed-criticality (MC) scheduling has focused on a model in which multiple WCET p...
An increasing trend in embedded computing is the moving towards mixed-criticality (MC) systems, in w...
A mixed criticality (MC) workload consists of components of varying degrees of importance (or criti...
A varying-speed processor is characterized by two execution speeds: a normal speed and a degraded sp...
A varying-speed processor is characterized by two execution speeds: a normal speed and a degraded sp...
While traditional real-time systems analysis requires single pessimistic estimates to represent syst...
As modern cyber-physical systems (CPS) are often mobile, their operating environments varies during ...
<p>A mixed criticality (MC) workload consists of components of varying degrees of importance (or "cr...
A mixed criticality (MC) workload consists of com-ponents of varying degrees of importance (or “crit...
Scheduling Mixed-Criticality (MC) workload is a challenging problem in real-time computing. Earliest...
In conventional real-time systems analysis, each system parameter is specified by a single estimate,...
In mixed-criticality systems, functionalities of different degrees of importance (or criticalities) ...
Much existing research on Mixed-Criticality (MC) scheduling (see [7] for a review) has focused on de...
Timing guarantee is critical to ensure the correctness of embedded software systems that interact wi...
Abstract—The functional consolidation induced by the cost-reduction trends in embedded systems can f...