WSI的动态

TAS GmbH stands at the forefront of automotive innovation, playing a pivotal role in the industry with its expert precision in metal surface finishing. This expertise is especially crucial for the production of battery compartment covers that securely encase high-voltage batteries in electric vehicles. However, the company faces challenges such as ensuring a precise finish for every component through a meticulous process and meeting the automotive industry's high-quality standards. To meet these expectations, TAS GmbH collaborated with Zebra and its partner, ID ENGINEERING. Watch to see how Zebra’s Aurora Vision Studio?, equipped with deep learning technology, helped the company enhance quality control of electric vehicle battery tray covers. #MachineVision #MachineLearning #Manufacturing #DeepLearning #Technology

E4S Tech GmbH: Inventions with potential The E4S Tech GmbH has developed three inventions that have applied for patent and aim to make vehicle inspection more efficient and cost-effective. One of the inventions enables us to implement Service Level Agreements (#SLA) in our two-tiered sales process, thereby providing our direct sales partners with secure and additional income. Another invention makes it possible to capture and utilize data effectively. The third invention ensures a 99.9% availability of the devices. During our search for investors, we came across investors who, while (still) not a fit for us, we have an offer for 'ALL OTHERS' … Nevertheless, and perhaps vice versa, we are also still looking for capital: E4S Tech GmbH ?? https://www.e4s.tech/en ?? ?? #Investment #Opportunity #E4STech #E4S #Automotive #VehicleInspection #Innovation #Technology #Inventions

It's not a coincidence that aiWare became the world's first ASIL B-certified NPU hardware IP, as it was designed to comply with functional safety requirements from the beginning. The main takeaway from Mustafa Imran Ali's new blog is that our approach to FuSa can help customers cut costs while gaining efficiency – which is a game changer! Read more below: #aiMotive #Semiconductor #FunctionalSafety #Automotive #Technology #GameChanger

Emobi and Autocrypt Introduce Groundbreaking US-Based Plug & Charge Ecosystem Enhanced by AI Emobi and AUTOCRYPT have unveiled the inaugural US-based Plug & Charge ecosystem, poised to revolutionize electric vehicle (EV) charging through the integration of artificial intelligence (AI). This collaboration, initiated in June 2023, between Autocrypt, a global leader in automotive cybersecurity, and Emobi, a prominent US e-mobility hub, aims to establish a secure communication framework for EVs and charging stations based on ISO 15118-2 and ISO 15118-20 standards. Central to their innovation is a robust Public Key Infrastructure (PKI) powered by advanced AI and machine learning models, designed to rectify errors and data inconsistencies inherent in conventional Plug & Charge systems. https://is.gd/sQaAe8 #ai #artificialintelligence #autocrypt #automotive #emobi #llm #machinelearning

?? SES AI Corporation has secured $10?million in contracts with two major global automotive #OEMs to develop AI-enhanced #electrolytematerials for Li-Metal and Li-ion batteries. This milestone advances the commercial application of AI in battery material discovery, driving innovation in the electric vehicle industry. Read more: https://lnkd.in/eBgySXSm #BatteryTech #ElectricVehicles #AIDriven

The right approach to functional safety in the semiconductor IP industry is essential – it not only helps with efficiency but can also cut system-level costs. Read Mustafa Imran Ali's latest blog about how aiWare, the world's first ASIL B-certified NPU hardware IP, was designed ground-up for FuSa compliance! https://ow.ly/ekQw50Rm6Fh #aiMotive #aiWare #FunctionalSafety #Semiconductor #AI #Technology

TAS GmbH stands at the forefront of automotive innovation, playing a pivotal role in the industry with its expert precision in metal surface finishing. This expertise is especially crucial for the production of battery compartment covers that securely encase high-voltage batteries in electric vehicles. However, the company faces challenges such as ensuring a precise finish for every component through a meticulous process and meeting the automotive industry's high-quality standards. To meet these expectations, TAS GmbH collaborated with Zebra and its partner, ID Engineering. Learn how Zebra’s Aurora Vision Studio?, equipped with deep learning technology, helped the company enhance quality control of electric vehicle battery tray covers. https://lnkd.in/erT3EH6t

Automotive is experimenting a transformation like never before, where traditional assembly line roles need new technical, technological and digital skills. With the EU's commitment to green engine design, the industry is undergoing a monumental shift towards electric vehicle (EV) production and now, more than ever, we need talent versed in cybersecurity, AI, and software development to drive this green revolution forward. Barbara Bruno in a recent article shared insights on how to understand these changes and the new skills required to revolutionise the Automotive industry: Read the article: https://lnkd.in/euyrQypK Download the 2024 Automotive Global HR Trends here: https://lnkd.in/ePg2Hpb6 #GiGroup #YourJobOurWork #AutomotiveGlobalHRTrends #Automotive #HumanResources

TAS GmbH stands at the forefront of automotive innovation, playing a pivotal role in the industry with its expert precision in metal surface finishing. This expertise is especially crucial for the production of battery compartment covers that securely encase high-voltage batteries in electric vehicles. However, the company faces challenges such as ensuring a precise finish for every component through a meticulous process and meeting the automotive industry's high-quality standards. To meet these expectations, TAS GmbH collaborated with Zebra and its partner, ID Engineering. Learn how Zebra’s Aurora Vision Studio?, equipped with deep learning technology, helped the company enhance quality control of electric vehicle battery tray covers. https://lnkd.in/eGJnZ5wc

?? NVIDIA cuOpt in Action: Revolutionizing Rail Maintenance with AI ??? Following my previous post about NVIDIA cuOpt, I'm excited to share a compelling case study showcasing its real-world impact. ?? Kawasaki Heavy Industries, a global leader in railway technology, faced a challenge: optimizing maintenance scheduling for vast rail networks. ?? Traditional methods were time-consuming and inefficient, hindering their ability to ensure timely repairs and maximize safety. ?? Enter cuOpt! ? By integrating this powerful optimization engine, Kawasaki achieved more than remarkable results: Reduced scheduling time from hours to minutes: cuOpt's lightning-fast performance enabled maintenance managers to generate optimized schedules in a fraction of the time previously required. ?? Enhanced safety and efficiency: Optimized routes and improved scheduling ensured timely repairs, minimizing downtime and enhancing the safety of rail lines for both freight and passenger transport. ?? Increased agility and responsiveness: cuOpt's ability to handle dynamic updates allowed Kawasaki to adapt to real-time changes, such as track closures, technician availability, and shifting priorities. ?? This case study demonstrates how cuOpt empowers organizations to transform their operations, optimize resource allocation, and achieve significant efficiency gains. ?? Dive deeper into the Kawasaki case study on the NVIDIA website!?? #Nvidia #cuOpt #RouteOptimization #RailMaintenance #Efficiency #CaseStudy