CARIAD’s Post

🚗 Exciting news from #genai and #Volkswagen! 🚀 Volkswagen's cutting-edge AI lab catapults the company to the forefront of AI technology, showcasing its unwavering commitment to innovation and its daring pursuit of #automotiveindustry breakthroughs. This strategic maneuver in the automotive realm ignites excitement, highlighting Volkswagen's dedication to pushing the boundaries of what's possible. As a frontrunner in AI integration, Volkswagen is set to revolutionize vehicle capabilities and redefine customer experiences like never before. 🚀🔥 Get ready for Volkswagen's AI lab: 🌐 Leading AI-driven product development globally. 🤝 Partnering with tech leaders for fresh concepts. 🔍 Enhancing vehicles with AI for top-notch customer satisfaction. 🔧 Revolutionizing mobility for an unparalleled driving experience. Exciting times ahead! 🚗🚀 #Volkswagen #AI #Innovation #Mobility🌟 #Volkswagen #AI #Innovation #Mobility #Technology_ADVancement #OEM #automotive #Car #autoconciencia #germany #ahk

⚠️Breaking 𝐍𝐞𝐰𝐬 ⚠️ Volkswagen Group launches its own AI lab, joining the automotive industry's AI trend. The lab aims to develop tech innovations for vehicles, with a focus on AI integration to enhance intelligence and value for customers. CEO Oliver Blume emphasizes collaboration with tech firms for future growth. This move aligns with industry trends, with other automakers also investing in AI, like DS Automobiles and Mercedes-Benz AG . You can find out more : 🔗👉https://lnkd.in/eXHNpmNh #pentabell #news #breakingnews #ai #Volkswagen #automobile #industry #technology #VolkswagenAI #AutomotiveAI #TechInnovation #AIIntegration #CustomerValue #OliverBlume #TechCollaboration #IndustryTrends #DSAutomobiles #MercedesBenzAG #Germany #Technology #Pentabell #News

It’s not really humanly possible to inspect every single car. … The production numbers just wouldn’t meet the global demand. As part of industry-wide trend, the BMW Group is now shifting gears to rely more heavily on AI to create a leaner and more efficient manufacturing process. Lets read how AI technology is already being infused into vehicle production at BMW

Quality intelligence is shaping automotive evolution, driving the shift from traditional mechanics to software-defined vehicles, says Suraj Jadhav, BU Head – Auto & Consumer Practice, in our latest blog post. He discusses the pivotal role of quality engineering in shaping the future of transportation and shares key insights from the world of software-defined vehicles and use of AI in testing. Click here to read the post: https://lnkd.in/dw3jFHaX #AutomotiveInnovation #QualityIntelligence

🚗 Volkswagen's Global Network: A Drive Towards Innovation! 🌟 Discover the expansive network of Volkswagen: each thread in this network represents a collaboration with other organisations around the world 🌐. Here is an example: Volkswagen coordinated the project "Piloting Automated Driving on European Roads" promoted and funded by the European Commission with 45M€, with over 39 organisations participating, among which AUDI AG, Toyota Motor Corporation, Renault, Ford Motor Company. Curious about these collaborative projects? Drop your questions below 👇 🔍 Network insights powered by cutting-edge AI & Machine Learning from SCOUT (MAPEGY) #Volkswagen #FutureOfMobility #Sustainability #TechnologyInnovation #GlobalNetwork #MAPEGY #SCOUT

Explore the evolving landscape of in-car experiences with our latest blog by Peter Wang! Discover how #GenAI revolutionizes in-car experiences, offering personalized assistance and seamless interaction. Delve into the future of #automotive technology: https://bit.ly/43ZJshe. #FluidicEnterprise

🔬 Collaboration between Stanford's Dynamic Design Lab and Toyota has resulted in an impressive first - a self-drifting GR Supra. This innovation aims to redefine road safety and how we envision vehicle automation. The teams are delving deeper into an intriguing question: Can we empower all drivers with the reflexes of a professional racer and the predictive capabilities of a supercomputer? 💡 The project's fundamental purpose is to explore the blending of AI with racing instincts in the domain of automated driving. The hope is that the resultant technology not only advances driver and passenger safety but sets a new industry standard, raising the bar in vehicle automation quality and capability. 🚗 The self-drifting Supra is not just an innovative spectacle. It's a crucible for testing advanced safety technologies that could be widely adopted by the automotive industry. Exciting times ahead, as engineering continues to break barriers, turning the dream of fully automated driving into a reality! #Toyota #AI #VehicleAutomation #RoadSafety #EngineeringInnovation.

Why TDD is more common in 5G-High Band In 5G, Time Division Duplex (TDD) is often recommended for high-frequency bands over Frequency Division Duplex (FDD) for several reasons: 1. Spectrum Flexibility: TDD allows for more flexible spectrum allocation, as it enables dynamic adjustment of the ratio between uplink and downlink transmission. This flexibility is valuable in high-frequency bands where the available spectrum may be fragmented or limited. 2. Efficient Use of Spectrum: High-frequency bands (millimeter-wave and above) have a large amount of available spectrum. TDD can adapt to the specific needs of the network by dynamically allocating more spectrum to either the uplink or downlink, optimizing spectrum utilization. 3. Lower Latency: TDD can achieve lower latency compared to FDD because it allows for faster switching between uplink and downlink transmission. Low latency is crucial for applications like augmented reality, virtual reality, and autonomous vehicles, which are key use cases for 5G. 4. Beamforming: High-frequency 5G deployments often rely on beamforming technology to improve signal quality. TDD is better suited to beamforming because it enables rapid switching between uplink and downlink, aligning the transmission with the location of the user or device. 5. Scalability: TDD is more scalable and adaptable to varying network demands, making it well-suited for the diverse range of applications and services that 5G aims to support, particularly in high-frequency bands. 6. Coexistence with Other Services: In high-frequency bands, TDD can be more compatible with existing services and systems, as it allows for flexible time slot configurations that can be adjusted to minimize interference. That said, FDD still has its place in 5G, especially in lower-frequency bands where the spectrum is more abundant and less fragmented. FDD provides a more balanced and consistent allocation of spectrum between uplink and downlink, which is useful in certain deployment scenarios. Ultimately, the choice between TDD and FDD in 5G deployment depends on the specific frequency band, network requirements, and the use cases the network aims to support. Both TDD and FDD have their advantages, and network operators will select the most appropriate duplexing method based on their needs and the regulatory environment in a given region.

Toyota's collaboration with Stanford's Dynamic Design Lab has unveiled the world's first self-drifting GR Supra, a groundbreaking fusion of professional racing instincts and artificial intelligence (AI) aimed at revolutionizing road safety. Developed in partnership with Toyota Racing Development and Stanford University, the self-drifting Supra is a testbed for advanced safety technology. The objective is to enhance human driving abilities through sophisticated control algorithms, potentially influencing widespread adoption within the automotive industry. Gill Pratt, CEO of Toyota Research Institute, emphasizes the project's focus on learning from skilled drivers worldwide to elevate safety standards. The operational mechanism of the self-drifting GR Supra involves integrating machine-learning technology with algorithms inspired by professional drifters' driving styles. Engineers strive to create an advanced level of active safety technology capable of effectively managing challenging driving scenarios. Equipped with a Pandem riveted widebody kit and boasting 650bhp, the self-drifting Supra is a technological spectacle, showcasing AI's ability to execute drifts and navigate intricate driving situations autonomously. Toyota envisions a future where AI acts as a driving mentor, augmenting driver skills rather than replacing them, extending beyond full autonomy. #toyota #AI #cars #selfdriving

🚀Absolutely thrilled to be participating in the Ford Demo day happening at the Ford World Headquarters today. Great job by the Industry 4.0 Accelerator organizing this incredible event. Can't wait to demonstrate how #AssemblyCopilot and #KaizenCopilot can optimize automotive assembly processes. Ford Motor Company #industry40 #AI #manufacturingtechnologies #kaizen #generativeAI #leanmanufacturing #industrialengineering #automotive.