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| ASCMO | ASCMO | FAQ / Use Case | Use Case: A simple approach to solving transient problems with ETAS ASCMO
In engine calibration, DoE (Design of Experiments) is a widely used method for solving multi-parameter problems with conflicting goals. The models typically used with this method are limited to stationary problems and are unable to represent transient characteristics of dynamic systems. Although highly accurate models exist and are available with tools like ETAS ASCMO-DYNAMIC, the high complexity of the transient DoE process comes with a much … | 01/21/2017 |
| ASCET | ASCET V6.4, ASCET-MD, ASCET-SE, ES581, INCA V7.2 | FAQ / Use Case | Use Case: Integrating an XCP driver in ASCET build environment
Integrating an XCP driver in ASCET build environment
Setting up real time hardware with ASCET (II)
Do you know this challenge?
In the last paper “Integrating evalboardhardware in ASCET build environment –Setting up real time hardware with ASCET (I)” we showed how to integrate hardware specific initialization and drivers (CAN) as external c code into the ASCET build environment, which allows to attach the EVB … | 01/21/2017 |
| INTECRIO | ASCET-RP, ES910, INTECRIO-RLINK | FAQ / Use Case | Use Case: Optimizing Service Based Bypass (SBB)
Service Based Bypass is the bypass method best used when the bypass needs to exactly define at which point in the ECU’s data flow data shall be sampled and/or a bypass shall be triggered fully synchronously to a ECU function and raster delay shall be avoided.
As a consequence, each bypassed function requires its own ECU trigger, which can be a limiting factor in some ECU projects. This paper describes how the available ETK resources … | 01/21/2017 |
| ASCET | ASCET-MD, ASCET-SE, ES910, INCA V7.2, INTECRIO | FAQ / Use Case | Use Case: Setting up XCPonCANbypass in ASCET build environment
Setting up XCPonCANbypass in ASCET build environment
Setting up real time hardware with ASCET (III)
Do you know this challenge?
In the last paper ”Integrating an XCP driver in ASCET build environment –Setting up real time hardware with ASCET (II)” you learned how to integrate an XCP driver into the ASCET build environment and make ASCET generate an A2L file. With this, it is possible to measure and calibrate … | 01/21/2017 |
| ISOLAR | ISOLAR-EVE | FAQ / Use Case | Use case: Using APACHE ANT for automation in ISOLAR-EVE
Using APACHE ANT for automation in ISOLAR-EVE
There are a lot of time consuming, repeating standard tasks during building of and working with virtual AUTOSAR ECUs. ISOLAR-EVE can easily be automated by employing the power of the integrated Apache ANT. This not only saves time and allows focus on the core task at hand, e.g. the validation of an AUTOSAR System using a virtual ECU, it also guarantees a higher quality by avoiding errors … | 01/11/2017 |
| ISOLAR | ISOLAR-A | FAQ / Use Case | Use Case: Using APACHE ANT for automation in ISOLAR-A
Using APACHE ANT for automation in ISOLAR-A
There are a lot of time consuming, repeating standard tasks in the modeling of AUTOSAR Systems. ISOLAR-A can easily be automated by employing the power of the integrated Apache ANT. This saves time and frees brain power for the core task at hand: The modeling of the System. It also guarantees higher quality results by avoiding errors during repetitive chores. | 01/10/2017 |
| Consulting, SCODE | RTA Engineering Services, SCODE-ANALYZER | Flyer / Brochure / White Paper | Whitepaper SCODE Essential Analysis
SCODE Essential Analysis
Describe and Verify Complex Control Systems
The SCODE (System CO DEsign) methodology allows to describe and verify complex interrelationships of embedded software systems in a clear manner, by applying the idea of an Essential Analysis. During the analysis, redundancies will be shown and can be removed. This is particularly beneficial when the software has many … | 12/24/2016 |
| INTECRIO | INTECRIO, INTECRIO-RLINK | FAQ / Use Case | Use Case: Rapid Prototyping of AUTOSAR Software Components
Rapid Prototyping of AUTOSAR Software Components
Do you know this challenge?
As of today, more and more vehicle functions are developed based on AUTOSAR Software Components (SWC). Several functional areas such as pollution and combustion functions, ADAS or hydride functions are covered by compositions of several AUTOSAR SWCs.
To validate their functional design, a validation is required which takes place after … | 12/23/2016 |
| ASCET | ASCET V6.4 | Manual / Technical Documentation | ASCET V6.4.1 OSS Attributions
Open Source Software Attributions for ASCET V6.4.1 | 12/22/2016 |
| ASCET | ASCET V7.2 | Manual / Technical Documentation | ASCET V7.2 Getting Started
| 12/22/2016 |
| ASCET | ASCET V7.2 | Manual / Technical Documentation | ASCET V7.2.0 OSS Attributions
Open Source Software Attributions for ASCET V7.2.0 | 12/22/2016 |
