As Ada compilation systems with specific support for the Ravenscar Profile become available, users have the opportunity to assess the expressive power of the profile and the effectiveness of the relevant technology. User feedback in both respects may significantly contribute to furthering the maturity of the profile and the confidence of the user community. This paper provides some such feedback discussing the lessons learned on the port of a space application to GNAT/ORK, an open-source implementation of the profile
The Ravenscar Profile provides support for deterministic, multi-tasking programming as an integral p...
We promote a model-driven software development that centres on component-orientation. In keeping wit...
Abstract: The Ravenscar Profile defines a simple subset of the tasking features of Ada in order to s...
The GNAT/ORK cross-compilation system was designed to support the Ravenscar profile semantics in a s...
The Ravenscar Profile emerged in 1997 as a most promising approach to bringing mature, predictable a...
The Ravenscar Profile emerged in 1997 as a most promising approach to bringing mature, predictable a...
Abstract. This paper describes the design and implementation of GNAT Pro for ERC32, a flexible cross...
The Ravenscar profile is described. All its features and restrictions are noted. Also, the means of ...
Industrial developers have started to use the Ravenscar Profile in challenging application domains. ...
Abstract. This paper proposes an environment intended for the development of fault-tolerant real-tim...
This paper discusses different approaches for implementing an EEPROM memory driver which is part of ...
The Ravenscar profile defines a subset of Ada tasking that can be statically analysable for real-tim...
Most of the session was focused on discussing the opportunity to define a new Ada profile by adding ...
This paper discusses different approaches for implementing an EEPROM memory driver which is part of ...
The ARINC-653 standard is often used to build mixed-criticality systems, using a partitioned archit...
The Ravenscar Profile provides support for deterministic, multi-tasking programming as an integral p...
We promote a model-driven software development that centres on component-orientation. In keeping wit...
Abstract: The Ravenscar Profile defines a simple subset of the tasking features of Ada in order to s...
The GNAT/ORK cross-compilation system was designed to support the Ravenscar profile semantics in a s...
The Ravenscar Profile emerged in 1997 as a most promising approach to bringing mature, predictable a...
The Ravenscar Profile emerged in 1997 as a most promising approach to bringing mature, predictable a...
Abstract. This paper describes the design and implementation of GNAT Pro for ERC32, a flexible cross...
The Ravenscar profile is described. All its features and restrictions are noted. Also, the means of ...
Industrial developers have started to use the Ravenscar Profile in challenging application domains. ...
Abstract. This paper proposes an environment intended for the development of fault-tolerant real-tim...
This paper discusses different approaches for implementing an EEPROM memory driver which is part of ...
The Ravenscar profile defines a subset of Ada tasking that can be statically analysable for real-tim...
Most of the session was focused on discussing the opportunity to define a new Ada profile by adding ...
This paper discusses different approaches for implementing an EEPROM memory driver which is part of ...
The ARINC-653 standard is often used to build mixed-criticality systems, using a partitioned archit...
The Ravenscar Profile provides support for deterministic, multi-tasking programming as an integral p...
We promote a model-driven software development that centres on component-orientation. In keeping wit...
Abstract: The Ravenscar Profile defines a simple subset of the tasking features of Ada in order to s...