Read more about solving development challenges with dSPACE
April 27, 2021: Continuous integration has enabled many customers to develop, test, and build software faster and more efficiently. This blog post shows you the first steps to using the production code generator TargetLink’s strengths in a continuous integration workflow as part of your model-based development environment.Successfully Applying Continuous Integration for HIL Simulation
April 6, 2021: The introduction of continuous integration processes for model development and integration in HIL applications is already a key to making HIL testing even more productive. dSPACE’s tools experience can help to manage the transition from classic processes to a highly flexible and automated model production and delivery process.Smart Data Logging - Part I: Reducing Redundancy
February 15, 2021: Data logging in the automotive industry has been transitioning to a new form due to challenges arising from new E/E architectures, including ADAS/AD functions. In this blog post, we will give you some tips and recommendations on how you can optimize data logging and make it more efficient by using the right tools and methods.Ensuring Safety in the Era of Autonomous Driving: An Outlook on Data Replay HIL Stations and HIL Scalability
December 14, 2020: Arguing for safe autonomous vehicles is an ongoing challenge, requiring a cooperative effort between the automotive industry and legislations. Data Replay is a centerpiece in the AD safety argumentation because it ensures high confidence levels in autonomous vehicles. However, Data Replay testing brings about challenges at the HIL station level and in the scalability of HIL clusters as well as efficient cloud-backbone connectivity.With TargetLink into the Adaptive Future of Model-Based Development
November 20, 2020: Adaptive AUTOSAR, the new standard of the AUTOSAR Consortium, is intended to cover a wide range of applications, including autonomous driving and networked cars. It's architecture, however, changes some fundamental development paradigms. Learn how TargetLink enables development of Adaptive AUTOSAR compliant control functions and their validation.Surmounting Steep Challenges in Training and Validating Automated Driving Functions
November 02, 2020: The technical challenges associated with advanced driver assistance systems (ADAS) and autonomous driving functions are steep. Engineering teams have to tackle an exorbitant number of development tasks with an extremely high level of confidence.Simulation Model for Ultrasonic Sensors
September 15, 2020: dSPACE offers a testing system, the Ultrasonic Sensor Test System (Lab), to stimulate the ultrasonic sensors over-the-air that doesn’t require any parts to move during runtime. The system is device-under-test (DUT) agnostic and can be coupled with the virtual dSPACE ASM Ultrasonic sensor model which uses rays to detect obstacles in a virtual environment.Real-Time Performance for HIL Testing – Outdated or Outstanding?
June 24, 2020: In the early years of hardware-in-the-loop (HIL) simulation, about 20 years ago, everything was about real-time simulation. Today, HIL simulation and testing is much more than just real-time simulation. It is about distributed model development and integration processes, managing HIL farms, automated testing and ensuring functional safety. So, is real-time a relic from the early years, or is it still a critical factor?Efficient Continuous Testing with dSPACE
June 01, 2020: When it comes to agile software development in the automotive industry, including additional integration levels and test stages from SIL into HIL in agile processes remains a major challenge. To tackle this, the dSPACE tool chain enables agile continuous processes by bringing the automation to the required level.Mobile Test System for Ultrasonic Sensor Technology in the Vehicle for Vehicle-in-the-Loop Applications
May 08, 2020: How great would it be to test object detection with ultrasonic parking sensors directly in the vehicle? Without any movement, neither by the vehicle itself nor any object in front or behind the vehicle. At dSPACE, we can offer this kind of test system – the Mobile Ultrasonic Sensor Test System.Time... Why You Punish Me!
February 6, 2020: As engineers, we often use the time domain as the main method to analyze the signals of our application. However, there are situations where using the time domain is not suitable, for example when attempting to analyze signal mixtures. In this case it’s essential to use the frequency domain and a method known as FFT, which can be implemented using ControlDesk.How Do You Keep Safety-Critical Systems ‘Safe’ in the Era of the Self-Driving Car?
November 11, 2019: The adoption of sophisticated technologies for autonomous vehicles, advanced driver assistance systems (ADAS) and electrification are accelerating the implementation of new software at an unprecedented pace.Over-the-Air Simulation of Echoes for Automotive Radar Sensors
September 11, 2019: Over-the-Air testing of radar sensors that enable ADAS and highly autonomous driving functionality.Is this Real-Life? – The Latest in Testing Autonomous Systems Through Realistic Simulation
August 29, 2019: Onboard sensors are critical for autonomous vehicles to navigate the open road, but the real environment is full of obstacles. Everyday interferences such reflective surfaces, whiteout conditions, fog, rain, traffic congestion, and objects (i.e. pedestrians, parked vehicles, buildings, signs) clutter the atmosphere and can result in sensor misreads or false targets.The Integrated Approach
June 13, 2019: Insider knowledge for your competitive edge in development. Read the blog article on the newest, ready-to-use integrated approach to tackle any challenge ahead with ease.How Is Autonomous Driving Transforming dSPACE?
June 4, 2019: André Rolfsmeier, Lead Product Manager, Advanced Applications and Technologies at dSPACE GmbH, shared insights on how dSPACE is evolving to meet the requirements of autonomous driving at a recent dSPACE Tech Day event held in Novi, Michigan, USA.Happy birthday, TargetLink – 20 years and still so many plans
February 15, 2019: Since 1999, TargetLink and the TargetLink team at dSPACE have been helping our customers worldwide to take highly efficient code into series production safely and quickly. In 2019, we have a special reason to celebrate: TargetLink is turning 20 years.Creating Interchangeable Test Cases
February 11, 2019: Wouldn’t it be great if test cases could be freely exchanged during different development stages not only between different departments but also between companies or suppliers?Cloning the Driver
December 13, 2018: Are you in the race towards engineering the automotive future by cloning the driver function? Now, you can accelerate your autonomous driving development and testing efforts in a well-thought-out, high-performance hardware and software environment.Getting Started with dSPACE – Guiding you Into a New Territory
November 13, 2018: You have acquired your first dSPACE system or have been tasked with using one and have little to no clue on how to get started? You are looking at this box with dSPACE written on it and you’re probably thinking: “Now what?”
This blog is intended to help you accelerate your learning curve when operating a dSPACE real-time system (for all systems after dSPACE Release 2017-B).How to Simulate Adaptive AUTOSAR V-ECUs in VEOS
October 30, 2018: Version R18-10, the next specification of the AUTOSAR Adaptive Platform with a significantly extended range of functions, will be released at the end of October. For our customers, this poses the question how an adaptive control unit can be developed and validated in combination with classic ECUs and environment models.Carrying Out Test Cases Just Got Faster and Easier
October 15, 2018: dSPACE has developed a solution that simplifies the way you use AutomationDesk and allows you to author test cases and test steps faster and easier. The basis of this solution is the introduction of a standard test authoring framework (TAF).How Adaptive AUTOSAR Enables Autonomous Driving
October 1, 2018: In the context of autonomous driving, everyone is talking about adaptive AUTOSAR, or the AUTOSAR Adaptive Platform. So expectations are high and they perfectly matched the eagerness with which dSPACE colleagues are already working to support “adaptive” in our software-in-the-loop tool chain.Achieving Safer Autonomy with ISO 26262 and Simulation-Based Testing
September 19, 2018: One of the most critical steps to achieving full autonomy is ensuring the functional safety of the vehicle’s systems for automated driving. In an “eyes off, hands off” scenario, there is no tolerance for error. But when it comes to autonomous operation, how will safety requirements be validated?What Are Virtual ECUs?
August 21, 2018: With highly automated and autonomous driving as an ever-present topic, a new measure of validation has emerged: the number of kilometers, or miles, driven during test drives. In software-in-the-loop simulation, virtual ECUs (V-ECUs) have increasingly come up as devices under test in discussions of SIL experts during the last 18 months.A Million Reasons to Choose Virtual Test Drives
June 30, 2017: You will have to drive your autonomous prototype vehicle hundreds of millions of miles to test it against the seemingly endless number of traffic scenarios and requirements that are possible. Trying to accomplish that level of testing on the road is not realistic, but there is a better solution.
dSPACE offers a complete solution for creating virtual test drives.ControlDesk Tool Automation … Taking It to the Next Level!
May 29, 2017: ControlDesk is a powerful front-end tool that is used to interface the host PC to your dSPACE platform. At the task level, ControlDesk is primarily used to register your platform and create projects and experiments. Among its many benefits is a ready-to-go instrument library with built-in features that can be used very quickly to create custom experiments.Resolving Sensor Interface Challenges for Autonomous Applications
April 25, 2017: In recent years, the demand for advanced driver assistance systems (ADAS) and active safety systems has reached an unprecedented high. As companies in the automotive industry look to break into the autonomous vehicle market, engineers are spending much time and effort trying to integrate the large number of available sensors in a real-time manner.Will Your ECU Software Still Function Correctly After Migrating to AUTOSAR?
November 2, 2016: AUTOSAR is becoming increasingly popular in the North American automotive market. As a result, many companies are working on migrating their existing electronic control unit (ECU) software to AUTOSAR. This can often involve reworking much of the structure and rewriting the code in order to make it compliant to the standard. All of these changes need to be tested thoroughly and efficiently to guarantee that the code still functions the same as it previously did.A New Solution for Managing Multiple Bus Communication Interfaces
October 12, 2016: As a dSPACE applications engineer, I have worked on projects that utilize many buses, including CAN, CAN FD, J1939, LIN, FlexRay, and any number of Ethernet variations, just to name a few. Embedded control systems are getting more and more complex, so distributed networks like these help modularize the systems and reduce in-vehicle wiring. Each of these networks has its own set of pros and cons, from data redundancy, bus speed, and bandwidth to reliability and cost. As a result, a combination of the buses can be found on any vehicle platform.
dSPACE has recently introduced a new tool to help manage the challenge of differing bus interfaces.New Solutions for Avionics Testing
September 12, 2016: Avionic software testing is among the most stringently mandated of all the domains within the embedded systems industry. As electrification and newer requirements for distance and comfort increase, the complexity of the aircraft increases. Consequently, the complexity of testing the related components increases tremendously.
Among the various methods of validating avionics software, hardware-in-the-loop (HIL) is generally recognized as the standard for reliable, flexible, and cost-efficient development. HIL is now commonplace for testing embedded systems across the industries, including the aerospace, automotive, and commercial vehicle industries.Speeding Up the Development of ADAS Systems with Model-Based Development
July 5, 2016: How do you speed up the development of electronic systems that are becoming ever more complex?
Advanced driver assistance systems (ADAS) have the potential to significantly reduce the number of road accidents by enhancing vehicle systems for safety. The ADAS market has developed from comfort systems designed for high speed highway driving to safety systems designed to operate in complex urban environments. This also leads to growing system complexity.Autonomous Technology Is Disrupting Conventional Automotive Development – Are You Prepared?
May 17, 2016: The big transition to ADAS and autonomous vehicles is influencing everyone in the automotive industry. While we still continue to work on challenges in powertrains, electrification, battery systems and many other technologies, ADAS and Autonomous Vehicles seem to be at the center of attention.Data Visualization – Why Seeing Is Believing
April 4, 2016: The oscilloscope has been an instrument of choice for engineers for a long time. However, with ever evolving technology and requirements, experimentation software such as dSPACE ControlDesk are providing visualization tools that are more capable and flexible.MicroLabBox – Exciting New Options for Universities
February 12, 2016: As the Academic Sales Representative for North America at dSPACE, Inc. I am empathetic to the same series of issues from my customers who are seeking the best products on a limited budget: price, functionality and endurance.
For over a decade, the solution was the dSPACE DS1103 controls prototyping system. In developing a new system, we took to heart some of the most desired upgrades, such as physical features, ease of connectivity, simplicity in connection to the host PC/laptop, documentation, etc., and brought to the market a brand new solution – the MicroLabBox (released in 2015).Get the Most Out of Your dSPACE System with Training
January 5, 2016: At dSPACE, we offer training for all the tools we provide ... for all levels of engineers – from new to highly experienced engineers. Our training classes are designed to give users that unique learning experience that shortens their learning curve significantly.Assuring High Quality Development for Power Electronics
November 16, 2015: Power electronics are present almost everywhere, in electronic devices like personal computers, cell phone chargers and many more.Ethernet in Modern Mechatronic Applications
September 14, 2015: Ethernet offers a standard, cost-effective, high-speed technology to network devices like sensors and ECUs.Anatomy of a Successful MBD Implementation for ECU Software
July 30, 2015: Model-based software development allows for the simulation of models on the host PC at an early stage and shorter development times. There are some preconditions that need to be met to generate a successful project.SYNECT – Little Footprint, Big Power!
June 3, 2015: SYNECT is a relatively new product in the dSPACE toolchain. It was introduced in 2012 and has been growing and developing in many ways since then. The concept of a global database to store items that are used for the Model-Based Development (MBD) process is not new , but there are relatively few tools out there today that do this in the MBD workspace. SYNECT is one of those tools … and more.I Sort of Know What CAN Is, but What’s CAN FD?
May 6, 2015: This article is not written for those who have a detailed knowledge of CAN clear down to stuff bits, termination, and physical layer topology. I’ve written this blog at a higher level and it is my hope that readers will be able to nod their heads with confidence and go “uh-huh” in a meeting where CAN and CAN FD are mentioned.Simulating GPS Signals in Real-Time – What Can You Do with It?
Can simulation be better than real-world vehicle testing? What is all this GPS simulation stuff and what can I do with it?
April 14, 2015: I used to read Bob Pease articles and he would always start with, “What’s All This Stuff, Anyhow?” Bob was an analog guru and he worked on the first reasonably, cost-effective, operational amplifier made for mass production. I start my blog with this title to pay tribute to Bob who was a legend in his own time. I bring this up because Bob died in a car accident in 2011 and the vision of the automotive industry eliminating cars from crashing into each other is starting to become a reality. It has moved from a futurist concept to real work being done in that direction in R&D labs around the world today.Troubleshooting Common Tech Support Issues
March 06, 2015: In the Technical Support team at dSPACE Inc., we interact with customers on a daily basis to help them get up to speed with the many different products dSPACE makes and to provide solutions for any issues that might be encountered along the way.HIL Testing for Off-Highway Vehicles
November 13, 2014: Hardware-in-the-loop (HIL) test systems are increasingly being used in the development and testing of embedded software in new construction and agricultural vehicles. These off-highway vehicles are just as complex, if not more so, as their automotive counterparts. This is due to the increasing amount of embedded software used on-board the vehicle for the safe and reliable performance of these machines working in very demanding environments.High Quality … Or In Other Words ‘Being Proud’
August 8, 2014: It seems everyone in today’s market is praising their high-quality products, but what does this actually mean? Is it a matter of great functionality? The fastest processor or the most features? Or is it simply people taking pride in what they are designing, building and delivering − because that ensures all the best ingredients for success.Developing Electric Actuators with Model-Based Design
July 1, 2014: Model-based design (MBD) has proven to be the technology to manage complexity in system design. The advantages of using MBD to increase efficiency in development and reduce costs are quite well known. Combining the advantages of MBD together with advances in powerful semiconductor technology with flexible, fast-computing Field Programmable Gate Arrays (FPGA) open up a new field of possibilities, with very fast execution speeds leading to precision controls, for engineers to explore.Verification and Validation of Networked Embedded Systems in the Aerospace and Defense Industry
June 4, 2014: The existence of system networks in airframes, satellites and other avionic implements have long included smart serialized communication between multiple components and systems. These systems started out with simple peer-to-peer serialized exchanges and have evolved into much more complex and high-speed multipoint networks.Developing Advanced Driver Assistance Systems with Peace of Mind
February 28, 2014: With the development in robust and increasingly inexpensive GPS, video and proximity sensing technology, along with the growth in computing performance of automotive grade microcontrollers, a new class of vehicle electronics has been made possible: one that makes it possible to reduce the reliance on the driver to execute the task of driving.
Virtual Validation of AUTOSAR Software – A New Paradigm in Embedded Controls Development
February 03, 2014: If you’re familiar with AUTOSAR, you’re probably aware of its benefits, such as maximizing code re-use, using off-the-shelf software stacks, and creating hardware-independent applications. But there may be one secret benefit of migrating to AUTOSAR that you aren’t familiar with − virtual validation.
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