Titlebook: Reliable Software Technologies – Ada-Europe 2018; 23rd Ada-Europe Inte António Casimiro,Pedro M. Ferreira Conference proceedings 2018 Sprin

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Safe Dynamic Memory Management in Ada and SPARKges used for critical software development such as Ada, which supports formal verification with its SPARK subset, face challenges regarding any use of pointers due to potential pointer aliasing. In this work, we introduce an extension to the Ada language, and to its SPARK subset, to provide pointer

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On the Effect of Protected Entry Servicing Policies on the Response Time of Ada Tasksete tasking model providing time predictability, especially when restricted by the Ravenscar profile. A fundamental element of this tasking model is inter-task communication by means of protected objects. The definition of resource locking policies with bounded priority inversion is a fundamental as

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Improved Cache-Related Preemption Delay Estimation for Fixed Preemption Point Schedulinghe system schedulability. In order to reduce the cumulative CRPD, Limited Preemptive Scheduling (LPS) has emerged as a scheduling approach which limits the maximum number of preemptions encountered by real-time tasks, thus decreasing CRPD compared to fully preemptive scheduling. Furthermore, an inst

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Combined Scheduling of Time-Triggered and Priority-Based Task Sets in Ravenscar is superior in the general case. While time-triggered schedules excel at determinism and jitter control, they are hard to design and lack flexibility. Priority-based scheduling, on the other hand, keeps the logical and timing aspects of real-time applications conveniently separated from each other,

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Microservice-Based Agile Architectures: An Opportunity for Specialized Niche Technologiesation and message-/stream-oriented communication. Albeit foreign to traditional high-integrity systems, these architectural characteristics are making rapid headway into large-scale mission-critical and business-critical software infrastructures, thus becoming candidate solutions for the design of r

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Safe Dynamic Memory Management in Ada and SPARKr formal verification, including both information flow analysis and proof of safety and correctness properties. In this paper, we present this proposal (which has been submitted for inclusion in the next version of Ada), and explain how we are able to incorporate these pointers into formal analyses.

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