#autonomousdriving

[papasmithcustom]

Foxconn finds EVs are harder to build than iPhones - Autoblog Over the past decade, Foxconn has built Apple iPhones. So far, though, trucks, tractors and cars are turning out to be a tougher slog than gadgets. https://www.autoblog.com/2023/03/18/foxconn-lordstown-evs-hard-to-build/ #tesla #electriccars #electriccar #evs #ev #fullselfdriving #autonomous #autonomousdriving #autonomy #selfdriving #selfdrivingcar #selfdrivingcars #fsd #drivercars #goforadrive #driverscar #nocontrol #manualgearbox #savethemanuals #teslafanboys #teslafanbois #teslafanboy #teslafanboi #evfanatics #evfanatic #evfanatical #autonomousdrive #onetrickpony #noskillrequired (at Papa Smith Custom) https://www.instagram.com/p/CqBgbz_vFmB/?igshid=NGJjMDIxMWI=

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[dorleco]

Advancing VCUs In Electric And Hybrid Vehicles

April 29, 2024

by dorleco

with no comment

Autonomous Vehicle Technology

Introduction

As the world gradually moves toward a greener and more sustainable future, VCUs in electric and hybrid vehicles have emerged as a potential means of combating climate change and reducing our dependency on fossil fuels. The Vehicle Control Unit (VCU) is a crucial component enabling the sophisticated technology that powers these state-of-the-art, environmentally friendly cars.

This blog explores the revolutionary effects, utility, and significance of VCUs on modern mobility, with particular reference to their application in electric and hybrid vehicles.

1. The Advancement of Hybrid and Electric Vehicles

Before we get into VCUs in Electric and Hybrid Vehicles, let’s take a quick look at the context in which these vehicles have gained popularity. Fears about pollution, climate change, and the depletion of fossil fuel resources have the auto industry searching for substitute propulsion methods. In terms of fuel efficiency and carbon emissions reduction, hybrid and electric vehicles present an alluring substitute for traditional internal combustion engine vehicles due to their ability to run on electricity.

2. Understanding the Vehicle Control Unit (VCU)

The brains of electric and hybrid cars are called vehicle control units, or VCUs. It is a powerful on-board computer that manages and arranges several essential functions to ensure a smooth and efficient driving experience. In addition to providing vital safety features, VCUs are crucial for maintaining battery health, optimizing energy consumption, and enhancing vehicle performance.

3. VCUs in Electric and Hybrid Vehicles: Features and Functions

Battery Management System (BMS): One of the primary responsibilities of the VCU is to oversee the Battery Management System. Monitoring the battery’s voltage, temperature, and charge level is necessary to maintain optimal performance and avoid overcharging or discharging, which may reduce the battery pack’s lifespan.

Powertrain Control: The energy flow from the battery to the internal combustion engine or electric motor is coordinated by the VCU, which also manages the powertrain. The management of torque, speed, and gear ratios is necessary to achieve optimal efficacy and performance.

Regenerative Braking: VCUs enable regenerative braking, which is the process of recovering kinetic energy during braking and converting it back into electrical energy to recharge the battery. The car’s range is extended, and its total energy efficiency is raised.

Driving Modes: VCUs offer a range of driving modes, such as eco, sport, and normal, allowing the user to adapt the vehicle’s performance to their preferences and road conditions.

Fault Detection and Diagnostics: VCUs continuously scan various car parts, identifying issues or malfunctions and providing diagnostic information to the driver or maintenance personnel so they can take immediate action.

4. How VCUs Work in Autonomous Driving

As we get closer to fully autonomous vehicles, VCUs are essential to ensuring safety and enhancing autonomous driving abilities. VCUs analyze data from several sensors, like cameras, radar, and LiDAR, to give real-time information on the surroundings of the vehicle. This information is necessary to implement advanced driver assistance systems (ADAS) and make features like adaptive cruise control, automated emergency braking, and lane-keeping possible.

5. Improvements at VCUs

Adapt to changes in technology. The efficiency and functionality of VCUs in electric and hybrid vehicles are continuously being improved by manufacturers, allowing for smoother integration with other vehicle systems. Modern algorithms and artificial intelligence enable the capacity to learn from driving behaviors, maximize energy consumption, and personalize the driving experience.

The physical size and weight of these components are being decreased by VCU manufacturers to make these units lighter and more suited to different vehicle architectures. Integration with cloud services and vehicle-to-vehicle (V2V) connectivity, which facilitates data exchange between automobiles and infrastructure for more intelligent mobility solutions, further improves VCU’s capabilities.

6. Challenges and Opportunities

Conclusion

VCUs in electric and hybrid vehicles have a bright future ahead of them. In the years to come, VCUs in electric and hybrid vehicles will be widely used due to the continuing advancements in energy efficiency, driving range, and safety regulations.

Although the technology for VCUs in electric and hybrid vehicles has advanced impressively, there are still certain issues to resolve. Standardization of VCU interfaces and communication protocols is required to guarantee interoperability with various car models and manufacturers. Cyber security is also a major issue because VCUs handle private information and regulate vital automotive systems. Strong cyber security measures must be put in place to thwart such threats.

VCUs have a bright future ahead of them in hybrid and electric cars. In the upcoming years, the broad adoption of VCUs in electric and hybrid vehicles will be facilitated by ongoing research and development that will raise safety requirements, driving range, and energy economy.

To review our excellent VCU products and services and to find out more about our software development capabilities for battery-specific applications, send an email to [email protected].

#VCU #CANBus #FutureOfMobility #AutonomousDriving #VCUSupplier #VCUManufacturer #Dorleco

[usnewsper-business]

Apple's Revenue Decline: Challenges, Innovation, and Future Prospects #AppStore #Apple #AppleMusic #AppleTV #artificialintelligence #augmentedreality #autonomousdriving #BounceBack #challenges #competition #competitive #COVID19pandemic #diversification #diversificationefforts #emergingtechnologies #futureprospects #growing #Huawei #Innovation #Investments #iPhonesales #market #newtechnologies #productionorders #resilient. #revenuedecline #samsung #servicessegment #smartphonemanufacturers #supplychaindisruptions

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[otiskeene]

Aptiv Named One Of The Worlds Most Ethical Companies For The 12th Consecutive Year

Aptiv PLC, which is traded on the New York Stock Exchange under the symbol APTV, has once again been acknowledged by Ethisphere, a renowned authority in establishing and promoting ethical business standards, as one of the World's Most Ethical Companies for the twelfth consecutive year. This recognition serves as a testament to Aptiv's unwavering dedication to conducting business with integrity, as evidenced by its comprehensive ethics, compliance, and governance initiatives.

With a global workforce of 200,000 employees, Aptiv remains committed to embodying its values in its day-to-day operations, benefiting not only the company itself but also its customers, stakeholders, and communities. According to Kevin Clark, Chairman and Chief Executive Officer of Aptiv, the company's unwavering focus on doing what is right, in the right manner, has fostered an inclusive and high-performing culture. This commitment has also empowered Aptiv to deliver exceptional, industry-leading solutions that are developed, manufactured, and delivered responsibly.

Aptiv is a leading global technology company that spearheads the development of safer, more environmentally friendly, and interconnected solutions for a sustainable future of mobility. Through its innovative approach and ethical business practices, Aptiv continues to drive positive transformation within the mobility industry and beyond.

Read More - https://www.techdogs.com/tech-news/business-wire/aptiv-named-one-of-the-worlds-most-ethical-companies-for-the-12th-consecutive-year

#Aptiv #MotorVehicleManufacturing #World'sMostEthicalCompanies #AutonomousDriving #VehicleElectrification

[magnificenttimetravelfart]

Top 5 Best Carplay AI Box Adapters-2024

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[fullyfundedscholarships]

AI in Autonomous Vehicles

#AIandTransportation #AIinAutonomousVehicles #AutonomousDriving #AutonomousVehicleTechnology #SelfDrivingCars

[futurride]

#AD #ADAS #advanceddriver-assistancesystems #AI #AIprocessor #artificialintelligence #automateddriving #autonomousdriving #domaincontroller #edgeAI #Futurride #Hailo #Hailo-8 #iMotion #iMotioniDCHigh #RenesasR-CarV4H #SoC #sustainablemobility #systemonchip

[nighttoday3-blog-blog]

#AutonomousDriving

[neuailabs]

#AutomotiveInnovation #EmbeddedSoftware #FutureOfDriving #SmartVehicles #AutonomousDriving #Electriccar #ADASTechnology #SoftwareSolutions #DrivingTheFuture #NextGenVehicles #Innovation #neuailabs

[gardarandotcom]

(via Lexus LF-30 Electrified Concept: A Preview of the Future of Luxury Electric Vehicles)

#lexuslf30 #lexus #electricvehicle #luxuryvehicle #futureoftransportation #autonomousdriving #sustainable #ai #conceptcar #automotive #cardesign

[papasmithcustom]

Electric shock: A new study found that EVs were more expensive to fuel than gas-powered cars at the end of 2022 — here are 3 easy ways to save cash no matter what you drive Is it time to pull the plug? https://ca.sports.yahoo.com/news/electric-shock-study-found-evs-150000536.html?src=rss #tesla #electriccars #electriccar #evs #ev #fullselfdriving #autonomous #autonomousdriving #autonomy #selfdriving #selfdrivingcar #selfdrivingcars #fsd #drivercars #goforadrive #driverscar #nocontrol #manualgearbox #savethemanuals #teslafanboys #teslafanbois #teslafanboy #teslafanboi #evfanatics #evfanatic #evfanatical #autonomousdrive #onetrickpony #noskillrequired (at Papa Smith Custom) https://www.instagram.com/p/CqBeBLMPydC/?igshid=NGJjMDIxMWI=

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[dorleco]

CAN Bus in Industrial Automation

April 26, 2024

by dorleco

with no comment

Autonomous Vehicle Technology

Introduction to CAN Bus in Industrial Automation

As a fundamental technology, the Controller Area Network (CAN) bus has changed how machines and devices function and communicate in industrial automation, where precision, dependability, and efficient communication are essential. Industrial automation makes extensive use of the CAN Bus, which was originally developed for the automotive industry. It provides a dependable and flexible means of connecting various components of complex systems.

This introduction details the fundamental concepts, benefits, and applications of the CAN bus in industrial automation.

The Essential Building Blocks of Communication:

The foundation of industrial automation is the requirement for seamless communication between various pieces of machinery and control systems. The CAN bus, which facilitates real-time data and command transfer between sensors, actuators, controllers, and human-machine interfaces, is the backbone of this communication network.

1. Robust and reliable:

Industrial environments can be problematic, with factors like temperature fluctuations, loud noises, and electromagnetic interference posing major challenges. Because the CAN Bus in industrial automation is designed to withstand such conditions, it is very dependable. Its distinct signaling and error-checking algorithms allow for maintaining data transmission accuracy even in noisy environments.

2. Real-time data transmission:

Industrial automation relies heavily on timing. Owing to its exceptional real-time data transmission capabilities, applications that require precise synchronization and low latency should opt for the CAN bus. This ability is critical to manufacturing, robotics, and control system processes.

3. Adaptability and expandability

The scale and complexity of industrial automation systems vary widely. The outstanding scalability of the CAN bus allows for the addition of additional components and devices without requiring a major overhaul of the communication architecture. Because of its versatility and ease of integration, it is a well-liked choice across a range of industries, including aerospace and auto manufacturing.

Benefits of the CAN Bus for Industrial Automation:

1. Optimal Bandwidth Utilization

The CAN bus makes efficient use of its bandwidth by only transmitting relevant data when it is needed. This optimization ensures that urgent information is provided promptly and decreases data congestion, even in networks with several linked devices.

2. Standardized procedure

Standardized communication protocols are used by the CAN bus to enable the integration of hardware made by multiple manufacturers into a single network. Interoperability facilitates system design and maintenance.

3. Lower upkeep costs:

The reliability of CAN bus in industrial automation networks reduces the need for frequent maintenance and troubleshooting. Both labor and downtime costs decrease as a result.

4. Efficiency of energy

The CAN bus’s energy efficiency is one of its main advantages, which is important in circumstances where power consumption is an issue. Networked devices can go into low-power states when they are not actively delivering or receiving data.

5. Various Applications

Many industrial automation applications, such as manufacturing, process control, robotics, vehicle control, and more, can benefit from the flexibility and suitability of the CAN bus. Its adaptability makes it a helpful technology in many different sectors.

6. Data Accuracy:

Data integrity is safeguarded by the use of CAN bus technology’s error-checking techniques. For industrial applications where precision and safety depend on correct data, this functionality is essential.

7. The ability to tolerate faults

In industrial settings, system failures could lead to costly downtime. CAN bus networks are fault-tolerant, meaning that even if one component fails, they can still operate normally. This redundancy reduces the effects of breakdowns and ensures system reliability.

Drawbacks of the CAN Bus for Industrial Automation

The use of the Controller Area Network (CAN) bus in complex industrial systems should take into account its limitations and drawbacks, even though it offers many benefits in the field of industrial automation. The CAN bus has the following drawbacks when it comes to industrial automation:

1. Restricted Bandwidth:

Applications needing high data throughput may have problems because of the CAN bus’s limited bandwidth, particularly when working with a large number of linked devices. This limitation could affect how responsive the network is, especially for apps that need a lot of data.

2. Distance Restrictions:

The purpose of the CAN bus is to facilitate communication across short distances, typically a few meters. Applications that require longer-distance communication may need additional hardware, such as repeaters or converters, which would increase the complexity and cost of the network.

3. Diminished Rates of Data Transfer

The CAN bus may have lower data transfer rates than other, more modern communication protocols. This could be a limitation for applications that need fast data transmission, like sophisticated robots or high-speed production systems.

4. Using determinism in timing

The CAN bus allows for real-time communication; however, it may not offer as much deterministic timing as some other industrial networking technologies. This nondeterminism could be harmful for applications that have tight deadlines.

5. Maximum Message Size:

The amount of data that can be transferred in a single message frame may be restricted by the maximum message size on the map bus. When large data volumes need to be communicated, message fragmentation and reassembly can get complex and slow down transmission.

6. Identification and Intricate Configuration:

Setting up and configuring a CAN bus network can be difficult, particularly for large-scale equipment. Additionally, specialized tools and expertise may be required to diagnose and fix network issues.

7. Inadequate built-in security features

Because security was not considered during the early design phase, the CAN bus does not have any built-in security features. Today’s networked industrial systems make cyber security risks a serious concern, which leaves them exposed.

Conclusion:

In summary, the Controller Area Network (CAN) bus has revolutionized industrial automation with its many benefits, including resilience, scalability, real-time connectivity, and affordability. It now serves as a vital part in facilitating the smooth transfer of control orders and data across devices in intricate industrial systems.

It’s crucial to understand that there are some restrictions on the use of the CAN bus in industrial automation. These constraints include poorer data transfer rates in comparison to more recent protocols, restricted bandwidth, distance constraints, difficulties with deterministic timing, and message size limitations. Moreover, the necessity for extra security precautions while utilizing CAN bus technology in industrial applications has been brought to light by the changing cybersecurity landscape.

The CAN Bus in industrial automation is still an essential tool for many industrial automation applications, despite these disadvantages. Its dependability and versatility keep it a top option across a range of industries, including robotics, vehicle control, manufacturing, and process control.

The CAN bus’s viability for industrial automation ultimately comes down to the particular needs of each application. While taking into account the particular requirements of their projects, system designers and engineers must carefully weigh the trade-offs between their benefits and drawbacks. The CAN bus will probably keep developing as industrial technology advances, resolving some of its shortcomings and continuing to be an important communication platform for industrial automation systems.

Send an email to [email protected] to examine our top-notch VCU products and services and to learn more about our software development capabilities for battery-specific applications.

#VCU #CANBus #FutureOfMobility #AutonomousDriving #VCUSupplier #VCUManufacturer #Dorleco

[usnewsper-business]

NVIDIA's AI Technology Fuels Growth in Gaming and Robotics, Boosting Stock Price #AIandcomputedemand #AItechnology. #AmazonWebServices #autonomousdriving #AWSpartnership #cloudcomputingmarket #earningsgrowth #GPUsales #graphicsprocessingunits #MellanoxTechnologiesacquisition #NVDA #nvidia #pricetoearningsratio #robotics #stockprice

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[industryview]

The Evolving Landscape of the Automotive Industry: Trends and Challenges

#AutoTechRevolution #CarIndustryChallenges #FutureOfAutomotive #ElectricVehicles #ConnectedCars #AutonomousDriving #SustainableMobility #AutomotiveInnovation

[van-squad]

🚘 Tesla's latest innovation is set to revolutionize family transportation with its new mini van. 🌟 The electric vehicle manufacturer has always been at the forefront of innovation, and this latest offering is no exception. 🌎 With its sleek design, cutting-edge technology, and eco-friendly features, the Tesla mini van is set to become the go-to choice for families looking for a reliable and sustainable mode of transportation. 🔋 The Tesla mini van is powered by the latest lithium-ion battery technology, which offers a range of up to 300 miles on a single charge. 💡 The van also comes equipped with a range of advanced features, including autopilot, which allows for hands-free driving on highways and other well-marked roads. 📱 The van's touchscreen display provides access to a range of features, including climate control, entertainment, and navigation. 👨‍👩‍👧‍👦 Designed with families in mind, the Tesla mini van offers plenty of space and comfort for passengers. 🛋️ The van's interior is spacious and luxurious, with ample legroom and comfortable seating for up to seven passengers. 🎶 The van also comes equipped with a premium sound system, making it the perfect vehicle for long road trips and family vacations.1. 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#Uncategorised #AutonomousDriving #ElectricVehicles #FamilyTransportation #SustainableMobility #TeslaMiniVan #aiomatic_0

[magnificenttimetravelfart]

Top 5 Best Carplay AI Box Adapters-2024

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