Downloads

Public Downloads

The following downloads are available to everybody. Please log-in to gain access to members-only downloads and white papers.


Brochure: RVS (Rapita Verification Suite)	The single RVS package featuring RapiTime and RapiCover provides a streamlined and cost-effective way to conduct on-target timing verification, optimization and code coverage. Find out more in this brochure.	RVS_3.0_brochure_web.pdf
Case Study: Alenia Aermacchi M-346	Describes how Alenia Aermacchi used RapiTime to measure and improve the overall execution time of the flight control system on the M-346 Master.	CaseStudy_Aermacchi.pdf
Case Study: BAE Systems Hawk Mission Computer	Identifying major worst-case execution time (WCET) optimizations for the Mission Control Computer on the Hawk Trainer with RapiTime.	CaseStudy_BaE_Hawk.pdf
Case Study: Wide Body Jet Flight Control System	Using RapiTime improved early detection and resolution of timing problems on a flight control system of a wide body jet while reducing development effort.	CaseStudy_FlightControlSystem.pdf
MERASA	MERASA: multi-core execution of hard real-time applications supporting analyzability	Merasa_article.pdf
Product Brief: DO-178B Tool Qualification for RVS	If your project requires qualification of RapiTime or RapiCover for DO-178B projects, Rapita can help you. This product brief describes how.	ProductBrief_RVS_DO178B_Qualification.pdf
Product Brief: ISO 26262 Tool Qualification for RVS	This product brief describes Rapita's tool qualification support to facilitate your use of RapiTime or RapiCover within a project requiring ISO26262 certification.	ProductBrief_RVS_ISO26262_Qualification.pdf
Product Brief: RTBx Data Logger	The RTBx Data Logger is a cost-effective and easy-to-use approach to collecting timing and coverage data from output ports on target hardware. This product brief describes key benefits and provides product specifications.	RTBx_Product_brief.pdf
Product Brief: Zero Overhead Instrumentation with RapiTime	This product brief describes how, for certain development environments, it is possible to instrument source code without additional instructions being added into the object code - zero overhead instrumentation.	ProductBrief_ZeroOverheadInstrumentation.pdf
Technical Note: Integrating RapiTime timing analysis with SymTA/S scheduling analysis	This technical note describes the integration of RapiTime with Symtavision’s scheduling analysis toolset - SymTA/S. Used together they enable the automated use of timing trace and WCET data in high-level scheduling analysis and schedule visualization.	TechnicalNote_RapiTimeWithSymTA_S.pdf
Technical Note: RapiTime trace capture using iSYSTEM trace-enabled debuggers	A particularly efficient integration of RapiTime can be achieved using the iSYSTEM ic3000GT with the iTRACE GT as the mechanism for collecting the trace of instrumentation points. This technical note describes the implementation of this mechanism.	TechnicalNote_RapiTimeWith_iSYSTEM.pdf
Technical Note: RapiTime trace capture using Lauterbach TRACE-32 PowerTrace	Lauterbach PowerTrace provides a powerful mechanism of collecting a trace of instrumentation points for RapiTime analysis. This technical note describes how this mechanism can be implemented.	TechnicalNote_RapiTimeWithPowerTrace.pdf
Technical note: Using RapiTime with VxWorks to verify real-time performance	To show that your application meets hard real-time requirements, you need to know the worst-case response time of time-critical threads within the application. This can be achieved by using RapiTime to determine the worst-case execution time of VxWorks with real-time processes (RTPs). This technical note describes how this can be achieved.	TechnicalNote_RapiTimeForVxWorks.pdf
White Paper: RapiTime Explained	This paper demonstrates how automated performance measurement aids targeted optimization of existing/new code and analysis using the most current worst case execution time techniques.	RapiTime_Explained_White_Paper.pdf