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The #automotive industry is facing a major shift in the focus of its products and the SDV - software-defined vehicle - is changing car design, production and operation. Check out this interesting article to learn how we can build a better vehicle with software 👇

Discover the future of technology at #DesignCon. Attend the 14-track conference created by engineers for engineers featuring technical paper sessions, tutorials, and industry panels covering all aspects of chip, board, & systems design. https://bit.ly/37VeRs5 Use promo code EDESIGN for 15% off conference passes or a free expo pass. #ElectronicDesign #TechRevolution

Discover how the #SDV is revolutionizing the auto industry! With the rise of the software-defined vehicle, car design, production, and operation are being completely transformed. Read this article to find out more about this exciting development!

I'm pleased to share that I recently completed my graduation project on embedded systems. 🚘 Advanced Autonomous Parking and Exiting 🚘 This project was a rewarding experience that allowed me to apply my skills in new and innovative ways. This system features user-friendly buttons for parking or exiting. When parking is selected, it automatically finds a spot using ultrasonic sensors, then uses a special algorithm based on equations to smoothly park the vehicle. It adjusts servo and DC motors for parallel or perpendicular parking. Exiting works similarly, with ultrasonic sensors helping find a clear path, and the system guiding the vehicle out using the same algorithm for parallel or perpendicular exiting.

Happy to share my views on the Global Automotive Ethernet Market. "NXP, Broadcom and Marvell are the leading companies in the automotive Ethernet market, according to data that RationalStat collected and published in October, Ujjwal Parwal, co-founder and director of RationalStat, told EE Times." “Marvell is one [of] the prominent companies in the market with some phenomenal developments: First with automotive secured switch, first with 1-gigabit Ethernet PHY, and first with 10-gigabit Ethernet PHY,” he said. “Major OEM adopters of automotive Ethernet are the customers of Marvell.” More details can be procured from RationalStat's exclusive market report on #Automotive #Ethernet. #marvell #broadcom #NXP Broadcom Marvell Technology NXP Semiconductors VECTOR Informatik Siemens Cadence Design Systems Ethernovia

I'm pleased to share that I recently completed my graduation project on embedded systems. 🚘 Advanced Autonomous Parking and Exiting 🚘 This project was a rewarding experience that allowed me to apply my skills in new and innovative ways. This system features user-friendly buttons for parking or exiting. When parking is selected, it automatically finds a spot using ultrasonic sensors, then uses a special algorithm based on equations to smoothly park the vehicle. It adjusts servo and DC motors for parallel or perpendicular parking. Exiting works similarly, with ultrasonic sensors helping find a clear path, and the system guiding the vehicle out using the same algorithm for parallel or perpendicular exiting.

The #automotive industry is facing a major shift in the focus of its products and the SDV - software-defined vehicle - is changing car design, production and operation. Check out this interesting article to learn how we can build a better vehicle with software 👇

Modular Tech-Rich Motorcycles: … different, so the conceptual BMW Motorrad x NVIDIA electric … we could see. The motorcycle is imagined as a … enhanced customization. The conceptual BMW Motorrad x NVIDIA electric … NVIDIA and more. The motorcycle concept identifies how personal transportation … #motorcycle #motorcycles #motorbike

I'm happy to share my Embedded system Project a Traffic light system using PIC18F4620. - project description:- At the start, cars' green LED and pedestrians' red LED are turned on to allow cars to move for 20 seconds. Then yellow LEDs are turned on for 5 seconds. After that cars' red LED and pedestrians' green LED are off and cars' red LED and pedestrians' green LED are turned on, which is known as cars mode. if the pedestrians press the button while cars' green LED is on the cars' red LED and the pedestrian's green LED are turned on to allow pedestrians to move for 20 seconds. if pedestrians press the button while yellow LEDs are blinking to switch to cars mode the cars red LED and pedestrians' green LED are turned on to allow pedestrians to move for 20 seconds, which is known as pedestrians mode. - Software Architecture Layers . Application : Application.c . MCAL Layer : GPIO , Interrupt , Timer0 . ECU Layer : 7-Segment - LCD - LED Source Code : https://lnkd.in/dnkmBK_b All Thanks and the appreciation Goes to the Instructor and the mentor in my journey Ahmed Abd El-Ghafar Mohammed #EmbeddedC #EmbeddedSystems #EmbeddedSoftware #Electronics #Microcontrollers #PIC18F4620 #embeddedsoftware

On 17 July, Bernhard Rill from Arm and Robert Moran from NXP Semiconductors and will be talking about how the industry can transform Vehicle Architectures. These changes allow manufacturers to structure their vehicle hardware for standardised software solutions, cut complexity, cut cost, introduce new Autonomous features and ultimately deliver Software-Defined Vehicles. This is a fascinating discussion from two immensely knowledgable experts and completely free! Here is the link to join https://lnkd.in/euSMrczh