e-book Veranstaltungstechnik: Grundlagen von Veranstaltungen (German Edition)

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Enlarge cover. Error rating book. Refresh and try again. Open Preview See a Problem? Details if other :. Thanks for telling us about the problem. Return to Book Page. Preview — Events professionell managen by Melanie von Graeve. Events professionell managen by Melanie von Graeve. Dabei stehen die Veranstalter unter hohem Erfolgsdruck.

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Be the first to ask a question about Events professionell managen. Lists with This Book. This book is not yet featured on Listopia. Your ambition is to program a perfectly functioning software package.

Your working relationship with others, even new team members in training, runs smoothly. And you can show everyone involved in your projects the challenges that you face and overcome, day in day out. From a one-stop shop, the customisable Axivion Bauhaus Suite gives you all the tools you need to produce easy to maintain software, as well as providing you with the key facts for management reports and allowing you scope for new developments. Your software architecture is the backbone of the device software. With our support, developers gain a better understanding and greater acceptance of your architecture.

Thanks to good communications with the development team, you gain more time for your core remit: the development of new versions and products. Your figures speak for themselves: Productivity goes up and production costs go down, as do your error correction and recall action costs.


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Your development investments are safeguarded thanks to extended product life cycles. At product level, you can respond flexibly to market and customer requirements. Braun Melsungen AG. TRUMPF is a technology and market leader when it comes to machine tools for flexible sheet metal processing and industrial lasers. The code, on which the various systems are based, has been continuously refined over a period of years and in ever shorter innovation cycles — for greater functionality and a wider product range. During this process, the overall complexity of the software and its variants has also increased.

Keeping all of this manageable represents a continuous challenge for developers.

This is coupled with increasing quality requirements in the industrial sector, which have to be met — right down to code level. Therefore, the aim is to automate the code and architecture verification process as far as possible. However, having a growing workforce does create additional challenges.

With an ever-increasing number of programmers, including new colleagues, working together on a common code base and adding a steady stream of new program sections to the software, the challenge is to ensure that the joint coding standards are maintained at all times and, above all, the software architecture is understood and rigorously implemented.

The Axivion Bauhaus Suite seeks out style violations and metric violations in the programming in a targeted way, while also localizing clones and dead code. The affected code locations are marked, and displayed for developers for further systematic processing, both directly in the IDE and through transparent reporting processes. The Axivion Bauhaus Suite also offers active support with the ongoing creation of product-specific software architecture.

This immediately flags up any failure to meet specifications correctly. In this way, developers are not only able to correct possible violations immediately, but can also benefit from a personal learning effect in terms of correct implementation of the specified software architecture.

The development teams are provided with personal training, which enables them to incorporate the Axivion Bauhaus Suite into their daily working practices without any great delay. Another reason for using the tool suite is that it also displays potentially problematic coding, which could never be detected by manual means.

Swift feedback means that the architecture is clear and easy for individual users to understand, and can be implemented correctly and immediately, with increasing frequency, thanks to the automatic learning process. Moreover, the architecture documentation can be much more precisely formulated and kept up to date without any great effort. Thanks to the regular automated feedback from the tools, they pick up and internalize the coding standards and architecture models in no time at all, so that they can be relied upon to integrate them into their programming work. Reducing workload for the TRUMPF development team at Schramberg via the automated code and architecture analysis process frees up capacity and thus allows the personnel to focus once again on the content of their software implementations.

The time saved in this way also allows the software architects to concentrate more on conceptual software planning. For TRUMPF Laser, this guarantees long-term development success in an environment marked by high performance and quality requirements over ever shorter innovation and product cycles. It is driving digital connectivity in manufacturing industry through consulting, platform and software offers.

TRUMPF is the world technological and market leader for machine tools used in flexible sheet metal processing, and also for industrial lasers.

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With over 70 subsidiaries, it is represented in nearly all the countries of Europe, North and South America, and Asia. TR-Electronic in Trossingen specialises in sensors and actuators for industrial applications in automation technology. Its product portfolio includes rotary encoders, linear encoders, intelligent compact drives, as well as control and measuring modules. Now, TR-Electronic is about to ensure that custom requirements are implemented consistently and that demanding security standards are met by introducing a new static code analysis function as part of the Axivion Bauhaus Suite.


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In this way, the company ensures that the different firmware variants remain manageable and that secure further development is possible in the long term. The only way to ensure strict compliance with the models created by the software architects is to adopt a consistent, tool-based approach to architecture analysis. The software tool used for this purpose had to be seamlessly integrated into the development process. As well as checking that the code conforms to the existing architecture models for the firmware, the tool needed to provide feedback on the design so that the architects could use this to further optimise their models.

In these areas, technical safety standards are becoming ever stricter in an effort to protect networked production units from malicious software and unauthorised access. The new suite of tools was also intended to replace, as seamlessly as possible, the previous static code analysis tool that was being used to check compliance with MISRA C coding guidelines. The Axivion Bauhaus Suite fitted the bill exactly thanks to its precise analyses and straightforward integration into the existing TR-Electronic toolchain and development workflows. The tool suite will be used to analyse the code developed using C programming language.

As part of the architecture verification, the existing Enterprise Architect UML models will be automatically imported and their code checked for compliance. TR-Electronic already had test tools in place for automated checking of the external firmware quality, such as functional suitability, efficiency etc. With the introduction of the Axivion Bauhaus Suite, it now also possesses an efficient tool for automatically checking the internal quality of its software as well.

The tool suite will be responsible for automated checking of the firmware code and architecture after every single build. The architecture verification ensures that interface requirements are consistently upheld, thereby supporting encapsulation into modules. The short feedback cycles, particularly in the case of architecture violations during ongoing code development, soon had a positive impact on the programming quality. Not least because the regular and meaningful feedback enables prompt corrections to coding, but also because it facilitated rapid learning for the developers.

Overall, TR-Electronic has significantly reduced the level of human effort required in verifying and validating software architectures and codes. TR-Electronic develops, manufactures and sells sensors and actuators for industrial applications in automation technology. Products in the Rotary Encoders Business Unit with optical or magnetic scanning are required to detect the angular movement of a rotating shaft.

Magnetostrictive linear encoders measure the position of a linear movement without contact, for example in a hydraulic cylinder. Intelligent compact drives from the Motion Business Unit are used as actuators or process drives.

Customized control and measuring modules in combination with special know-how in pressing and punching processes complete the product portfolio. The Components Business Unit supplies automation components. The development services provided by the Automation Business Unit bring press lines to new levels of performance and enable with smart metering solutions an efficient energy utilization, the remote monitoring of water supply networks or intelligent heating automation. In addition to the primary location of Trossingen, subsidiaries and technical sales partners in Europe, the USA, Canada, Brazil and Asia offer professional advice and project planning and ensure worldwide access to the TR product range.

More information about TR-Electronic at www. With its automatic architecture analysis, the Axivion Bauhaus Suite supports the management of variants and efficient further development of products. The Software Engineering — Operational Support Systems department is responsible for software development for operational planning and support systems for airborne weapon systems for all types of helicopters. Operational support systems allow the customer to prepare for and implement deployments both tactically and technically.

This presents a significant challenge for the variant management for the system, as the many individual versions result in a constantly growing number of variants, which must be efficiently managed and further developed by the company. Consistent compliance with this must be ensured. This concerns all product variants and the entire life cycle of each individual product. To ensure systematic, uniform and correct implementation of the planned structures by the software, compliance with the architecture must be checked — a task which involves significant manual effort.

Since , these previously manual checks have been automated with the Axivion Bauhaus Suite. Continuous comparison of the product implementation in the source code with the specified product-line architecture means that deviations are immediately visible to the architects and developers and the relevant responsible persons are kept informed. Continuous analysis during development ensures that the architecture is implemented consistently and as planned. Whenever the Axivion Bauhaus Suite identifies deviations from the plan, it informs the architects and developers of the cause of the deviations in a targeted manner.

This means that troubleshooting can be started immediately and either the developer can modify the code accordingly, or the architect can refine the architecture. Hidden dependencies are completely eliminated from the development process and no longer cause planning and maintenance difficulties in later development phases. Continual reviews are rid of repetitive ballast, run considerably more efficiently and allow architects and developers to fully concentrate on the main, constructional aspects. Thanks to architecture monitoring, the development team is now always in a position to make safe plans and can determine the necessary time frame for changes.

This is in part due to the fact that the architecture specifications and complex UML models are now more comprehensible with regard to their implementation as code: If the Axivion Bauhaus Suite detects a deviation, it issues targeted feedback immediately. The analysis immediately detects misunderstandings.