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DAY 1 TuesDAY 09 April 2024 embedded world – the official daily 2024 The official daily Nürnberg Germany 9 – 11 4 2024 supported by Continued on page 3 Today’s evenTs embedded world Conference Free admission Keynote Salil Raje AMD AI on the Edge Unlocking the Potential of AI Applications 10 00 NCC Ost Room Tokyo clevel@embeddedworld Thomas Böhm SVP GM Microcontroller Infineon Shannon Poulin COO Altera an Intel Company Dr Jeff Torrance SVP GM Qualcomm 13 30 Exhibitor‘s forum 5-210 Ausstellerforum Halle 5 Stand 5-210 13 30 – 14 30 Uhr Expert Talk EU Cyber Resilience Act 11 30 Exhibitor‘s Forum 3-561 Ausstellerforum Halle 3 Stand 3-561 YOUR VISION IS OUR DRIVE Meet us in Hall 5 Booth 5-121 Customized Electronics Solutions Heitec Ad 47x90 2024 V04 indd 1 20 03 24 17 2 Welcome from the exhibition committee Connect and communicate In the electronics industry achieving success is seldom a solitary pursuit In fact connectivity sits at the very heart of the industry both in the way we operate and in the technologies we produce To succeed necessitates cultivating meaningful connections with fellow professionals and in 2024 this emphasis on collaboration is reflected in the devices we develop where interoperability holds immense significance in an increasingly connected world Rather fittingly that is why we are all here today — to connect and communicate The electronics industry relies on trade shows like embedded world where engineers manufacturers and distributors can explore the latest technologies firsthand and form valuable working relationships Similarly just as we need effective communication for success so do many modern electronic products In the 20 years since the first Wi-Fi devices hit the market wireless communication modules have become an integral part of electronic devices Initiatives like Matter have removed countless technical barriers even as continuous developments worked to reduced module size power consumption and costs while increasing network coverage and interoperability From just about any room in your house you can live proof of integrated technology – smart appliances speakers thermostats and lighting can now all Mark Patrick Mouser Electronics Image Mouser Measuring code coverage is a requirement for certification to evaluate the completeness of test cases and to demonstrate that there is no unintended functionality The execution of linear code is easy to understand but loops conditions decisions and function calls represent branches where execution jumps to another part of the code and it becomes more difficult to understand what part of the code has already been executed and if all possible branches have been tested at least once Code coverage checks the percentage of code executed during a given test run Another problem is when the program gets stuck in an unwanted infinite loop that was not called during a test run These unanticipated scenarios reduce test quality because they no longer guarantee controlled execution of the application Historically code coverage is a best practice that has become a mandatory part of safetyrelated projects and is required by several safety standards such as ISO 26262 automotive DO-178 Cavionics IEC 62304 medical and IEC 61508 industrial Live code coverage measurements The original Snake game is the most famous and popular singleplayer skill game of all time The first version of these games was released as an arcade game in 1976 The premise of Snake games is simple you control a snake and must eat food to grow However you must not hit walls or your own body otherwise the game is over In the case of the Lauterbach Code Coverage Challenge however the snake is not fed with fruit but with bugs acting as a kind of debugger During the game which was reprogrammed by Lauterbach the current code coverage of the individual functions is constantly measured and cumulated to an overall value in percent The player with the highest code coverage at the end of each day will receive a surprise prize – but no player will go home emptyhanded Realtime measurement of code coverage is limited or impossible in integration and system tests with conventional test tools In contrast tracebased code coverage measurements with Lauterbach‘s “TRACE32” tools allow even complex coverage criteria to be measured noninvasively In addition when playing Snake coverage data must be determined on the fly a form of coverage data analysis that is only possible with Lauterbach‘s unique tracebased technology and can bring benefits to most other embedded applications besides Snake Tobias Schlichtmeier Lauterbach Hall 4 Stand 210 At Lauterbach‘s booth visitors can play a Snake game and learn about Code Coverage and debugging Image Lauterbach When certifying safetycritical systems it must be proven that all code has been tested Lauterbach’s Code Coverage Challenge brings the topic to life Software engineering Code Coverage Challenge