Green Hills Software is the world’s largest independent supplier of safety and security certified software products and services for the embedded and IoT marketplace. For over 30 years Green Hills has helped clients solve the most difficult design challenges by delivering unmatched knowledge, cross industry expertise, a proven portfolio of ISO 26262 ASIL qualified products and unequaled cyber security products and expertise to the automotive market.
Next generation ADAS designs will fuse data from multiple sensors to feed critical decision engines that execute a wide range of ADAS applications like lane departure, traffic sign recognition and pedestrian detection. This sensor fusion is ripe for consolidation on powerful multicore SoC’s in single ECU’s that may also incorporate adaptive driver HMI functionality like cluster, HUD, center console and extend to connected car V2x/C2C services. In addition to being designed for safety/freedom from interference, these complex platforms must also be designed with the utmost of security to thwart the growing number of vehicle cyber-attacks.
Leveraging Green Hills expertise in the design of highly available, highly secure, reliable and certifiable “mixed criticality”, products, ADAS architects can develop and deploy next generation ADAS systems with confidence while reducing cost and complexity.
As an innovation driver for virtual test driving, the company is a leading global provider of software and hardware products for the automotive and supplier industry. With the areas Simulation Software, Real-time Hardware, Test Systems and Engineering Services, IPG Automotive supports its customers in creating innovations and shaping their development process efficiently.
The innovative solutions CarMaker, TruckMaker, and MotorcycleMaker, as open integration and test platforms, facilitate great savings in time and cost for customers, in a continuous development process of Model-, Software- and Hardware-in-the-Loop, all the way to the Vehicle-in-the-Loop method. The application ranges from the vehicle dynamics simulation, developing and testing of chassis control systems, to interconnected systems such as chassis, powertrain and steering. One of the biggest strengths of IPG Automotive is the integration and testing of all kinds of advanced driver assistance systems within IPG’s future-oriented solutions.
Samasource is your trusted partner for the creation and annotation of high quality training data for AI machine learning algorithms. With their experienced workforce, consultative project management, and innovative technology they support R&D departments and Data Scientist teams with structured data for their deep learning algorithms. Samasource works on computer vision and natural language processing for applications such as self driving cars, facial recognition, satellite image analysis, chatbots, and everything in between.
understand.ai provides the high-quality training and validation data to enable mobility companies to develop with confidence computer vision and machine learning models that reliably and safely power autonomous vehicles. Our advanced capabilities include segmentation and bounding box annotations for LiDAR and video, with specific meta-attributes and instance IDs for object tracking. By applying specialized AI technology and continuous quality improvement to accurately and quickly annotate millions of images, we accelerate production of the ground-truth required to make autonomous driving a reality. understand.ai is headquartered in Karlsruhe, Germany and has offices in Berlin and San Francisco. Our engineers have relevant experience gained at innovative companies such as BMW, Google, Mercedes-Benz.
We are reinventing the relationship between people and technology.
At Nuance, we believe in the power of intelligent systems, and quite specifically what that power can do for you. Our innovations in voice, natural language understanding, reasoning and systems integration come together to create more human technology.
We make technology fluent in all things human.
What we make frees people from having to constantly learn the lingo of technology, and instead just lets them communicate in the language of people. No more memorizing commands, sifting through endless menus of mediocre applications, or investing more time, money and energy into trying to make the systems actually do what you need instead of what they want.
Technology should work in service of people, and adapt to the way people communicate instead of forcing people to adapt to the machines. We are pioneers in making technology fluent in all things human: from understanding spoken words and extracting their meaning to adaptively and seamlessly interpreting the swipe of a fingertip. Every interaction can finally be understood to deliver exactly what a person needs. And we continuously evolve the ability to perceive the nuance of words, actions and meaning—to fit seamlessly into your life, your business and your world.
rFpro focuses on driving simulation for engineering development of vehicle dynamics and the control systems that affect vehicle dynamics, ADAS and Autonomous Driving. rFpro allows the training and testing of the entire ADAS / Autonomous toolchain. From deep learning, training AI, to testing detection algorithms, validation against ground truth and validation with or without a human driver. rFpro’s high quality 3D digital models of public roads enable an accelerated offline development and testing process. Driving simulation for vehicle dynamics is all about closing the loop through the driver and the vehicle model as quickly as possible while delivering a high quality and immersive environment. rFpro is proven in the demanding motorsport categories of F1, NASCAR, WEC, Indy, Super GT, IMSA and Formula E as well as being used by most of the top 10 road car OEMs and Tier-1s for chassis, powertrain and control system engineering.
Ready to move beyond pilot tests to mass deployment of your autonomous vehicles? Seeking reduced time to market and increased ROI? Better safety guarantees? Optimization and future-proofing for compute-hardware on-vehicle? Tensyr Inc. amps up your ML/AI R&D while delivering tightly orchestrated and optimized on-vehicle deployment in the field.
Utilizing a dataflow-graph framework, Tensyr’s EDGE™ production software platform allows developers to explicitly map their whole software stack and easily manipulate it via scripting/GUI. The framework can interconnect real-world or synthetic data along with existing ML/AI models, code and sensor inputs as nodes within the graph; optimize for accelerators on-server/in-cloud during R&D; then optimize and orchestrate for on-vehicle hardware via Tensyr’s HALO™ runtime. Exactly the same graph is carried across from data-scientist to cloud developers to vehicle, assuring functional equivalence and safety at all times.
Renesas Electronics, headquartered in Japan, is one of the leading supplier for the global automotive industry and number one supplier of automotive microcontrollers (MCUs) worldwide with advanced semiconductor solutions, including system-on-chip (SoC). With Renesas autonomyTM, an open, innovative, and trusted platform for assisted and automated driving, Renesas Electronics gives customers the choice to decide the future of driving will look like.
Renesas Electronics is dedicated to support big ideas both locally and globally with its subsidiaries in 20 countries worldwide. More information is available at www.renesas.com.
iMerit is a technology services company, delivering data and digital services for some of the most innovative companies in machine learning, eCommerce and computer vision. iMerit’s ‘ humans in the loop’ AI services are recognized globally to enable advanced computing capabilities. It does so while effecting positive social and economic change by empowering marginalized youth and young women. Our work powers transformative technologies such as helping driverless cars understand their environment, advancing cancer cell research, improving crop-yield through the analysis of geo-spatial data and delivery of on demand financial information.
Hamamatsu Photonics is a leading manufacturer of devices for the generation and measurement of visible, infrared, and ultraviolet light. These devices include photomultipliers, photodiodes, infrared detectors, image sensors, scientific cameras, and light sources. We also offer x-ray detectors and sources, as well as specialized photometric systems for semiconductor manufacturing, pharmaceutical development, nondestructive inspection, and academic research. Hamamatsu is dedicated to the betterment of life through light-based technologies. Based on this corporate philosophy, we conduct basic research on the fundamental properties of light, while also making extensive R&D efforts in the development of new products. Our devices are used in scientific, industrial, and commercial applications around the world. We have a global network of operations. In Japan: Global headquarters, manufacturing, and research facilities are located in Hamamatsu, Japan. Here we have four primary manufacturing divisions: Electron Tube Division (for products such as photomultiplier tubes, scintillators, light sources, and x-ray sources); Solid State Division (photodiodes, silicon photomultipliers, image sensors, infrared detectors, x-ray detectors, MEMS devices); Systems Division (scientific cameras, photometric systems); and Laser Group (laser diodes, quantum cascade lasers). Tokyo Stock Exchange, TYO: 6965. In the Americas: Hamamatsu Corporation is the North American subsidiary of Hamamatsu Photonics. We have technical experts in our New Jersey headquarters ready to help with customer projects. Sales offices in Boston, Chicago, San Diego, and San Jose. In Europe: Hamamatsu Photonics Europe GmbH is the regional headquarters. Primary sales offices are located in Germany, France, Italy, Sweden, and the United Kingdom. Satellite sales offices in several other countries. In Asia: Hamamatsu Photonics (China) Co., Ltd. in Shanghai provides primary sales support in China.
As a trusted partner, MSC Software helps companies improve quality, save time and reduce costs associated with design and test of manufactured products. Our products accurately and reliably predict how products will behave in the real world to help engineers design more innovative products – quickly and cost effectively.
MSC Software’s technology is used by leading manufacturers for linear and nonlinear finite element analysis (FEA), acoustics, fluid-structure interaction (FSI), multi-physics, optimization, fatigue and durability, multi-body dynamics, and control systems simulation.
MSC pioneered many of the technologies that are now relied upon by industry to analyze and predict stress and strain, vibration & dynamics, acoustics, and thermal analysis in our flagship product, MSC Nastran.
dSPACE develops and distributes tools for the development of electronic control units (ECUs) and mechatronic systems worldwide. dSPACE was one of the companies that created this market segment over 25 years ago, and continues to shape it to this day. Our systems enable you to reduce development times and costs dramatically when you design ECUs and controllers, which systematically increases your productivity. The reason is our optimal mix of standard solutions for rapid-control-prototyping, automatic production code generation and hardware-in-the-loop simulation. Moreover, we offer comprehensive services from on-site user training to customer-specific system engineering such as turn-key HIL test systems. Whether they’re working on electronically controlled diesel injection, fuel cell vehicles or hybrid electrical car – virtually all international car makers and many of their suppliers rely on dSPACE hardware and software in their current development projects. And our products are used not only in the automotive industry, but also in aerospace, drives technology, medical technology, industrial automation, and other fields. Dedicated employees are the basis of our success. There are now more than 1,200 dSPACE employees worldwide. dSPACE systems are distributed by the headquarters in Paderborn, subsidiaries in the USA, France, the UK, Japan, and in China.
Mighty AI delivers training data to companies that build computer vision models for autonomous vehicles. Our platform combines quality with scale and expertise, thanks to our full stack of annotation software, consulting services, proprietary machine learning, and global community of pre-qualified annotators.
Visit www.mty.ai to learn more, and follow us at @mighty_ai.
We provide a suite of Intellectual Property, Algorithms and Engineering services to achieve mobile autonomy, advanced 3D perception and situation awareness. Based in Paris, the company was created in 2015 by Raul Bravo and Olivier Garcia in order to extend to new application fields the result of 15 years of world-class know-how and field experience working on GPS-denied and infrastructure-less navigation. The Dibotics’ technology is used as a core component of some of the most advanced products and companies in mobile robotics, operating in both indoor and outdoor environments.