Lessons From the Past for a Future in Smart Cars

Not that air bags were perfect. They were initially designed with 165-pound adults in mind. That made smaller people, especially children, vulnerable to injury from the explosive force of the air bag’s opening. In the 1990s, 175 people died in this manner, more than 100 of them children, according to the National Highway Traffic Safety Administration. Terrible as that toll was, it lay in the balance against nearly 6,400 lives said to have been saved by air bags in that decade. Later improvements corrected many of the one-size-doesn’t-fit-all shortcomings, though problems remained. A New York Times investigation, its results published on Friday, found that exploding air bags produced by a Japanese supplier were linked to two deaths and dozens of injuries in vehicles from Honda and other automakers. Slowly across the past decade, millions of potentially troubled vehicles have been recalled.

Retro Report takes the discussion to another level by studying the possibility, even the likelihood, that the old fuss over air bags will someday seem as quaint as safety concerns about blacksmith shops. Will future vehicles even need these gadgets? Cars are becoming marvels of artificial intelligence, able to avert accidents entirely with sensors that, for instance, can warn a motorist that he or she is veering perilously into someone else’s lane or getting too close to the vehicle up ahead.

The grail — it will be left to others to decide if it qualifies as holy — would be to remove the greatest threat of all to road safety: the driver. Human error is believed to be responsible for 90 percent of automobile crashes, making it the leading cause of the 33,000 motor vehicle deaths a year in the United States. (That toll is significantly down from an annual 50,000 or more in the late 1960s and early ‘70s, pre-air bags and mandatory seatbelts. Still, even these days, about as many Americans die on the road over a typical three-year period as were killed in all of the country’s wars since World War II.)

Google and some major auto manufacturers — not averse to change this time — are busily experimenting with autonomous cars, meaning driverless. Robots, the thinking goes, will sense lurking danger and take corrective action. A robot’s judgment is not clouded the way a human’s can be. It does not have one too many at a favorite bar. It does not nod off at the wheel. It does not succumb to road rage, at least not yet as best as anyone can tell.

ICT Innovations in Future Smart Cars

Information communication technology (ICT) is a key technology for developing smart cars, its usage in current vehicles is steadily progressing, and the related research issues are very popular and challenging, especially for future smart cars. Hence, we invite investigators to contribute original research articles as well as review articles that will stimulate the continuing efforts to understand the ICT used in future smart cars. We are particularly interested in articles describing novel services or innovational technologies for future smart cars from sensor networks, electronic control units, vehicle safety systems, vehicle-to-infrastructure communications, vehicle-to-vehicle communications, on-board diagnostics, head-up display, and location-aware services. Potential topics include, but are not limited to:

Sensors and vehicular networks for smart cars

Embedded systems for smart cars

Intelligent vehicle safety systems

Dedicated short-range communications (DSRCs)

Wireless access in vehicular environments (WAVEs)

Geographic information systems for transportations

Intelligent applications for on-board diagnostics

Augmented reality for smart cars

Before submission authors should carefully read over the journal's Author Guidelines, which are located at Prospective authors should submit an electronic copy of their complete manuscript through the journal Manuscript Tracking System at according to the following timetable:

The Future of Smart Cars: Advancements in smart cars and their features

In the past, cars were designed to be safe and reliable, but they didn’t offer a whole lot in terms of convenience or entertainment. Now, we can get from point A to point B in a car that has all the features of a luxury hotel room on wheels. These cars are equipped with everything from climate control and heated seats to Wi-Fi, GPS, entertainment systems, and even self-driving capabilities.

The ability to control your car remotely is one of the most exciting developments in smart car technology. With this feature, you can start your car from anywhere using an app on your phone or computer. You can also lock and unlock it remotely so that no one else can get into it when it’s parked outside of your home or office building. This makes it much less likely that someone will steal your vehicle while it’s sitting unattended.

Another great feature that many smart cars have is built-in cameras so that you can see what’s going on inside them at any time through an app on your phone or computer screen—even if you’re not near them right now! This means no more worrying about whether or not someone has broken into your car while you were waiting in line somewhere

The Future of Smart Cars: Advancements in smart cars and their features

Brain to Vehicle Technology

The brain-to-vehicle technology is a computer that uses the brain signals of a car driver to make the car perform certain actions. The B2V technology has been developed by Toyota. It is used in Toyota’s autonomous vehicles and Lexus LS sedan.

The brain-to-vehicle technology uses electroencephalography (EEG) sensors that are placed on the scalp of a driver to read his/her brain waves. The EEG sensor converts these brain waves into commands that are sent to the car’s computer so that it can perform certain functions such as accelerating, braking and turning right or left.

Battery Charging and Self-driving Smart Cars

The world of smart cars is growing by leaps and bounds. The industry has seen many advances in the past year, from autonomous driving technology to battery charging innovations.

The biggest advancement in the industry was the introduction of self-driving cars. These cars are programmed to drive themselves, which means that drivers don’t have to be constantly paying attention to their surroundings. This technology has been around for several years now, but there have been some glitches with it recently due to human error or other issues with infrastructure like roads not being built with autonomous cars in mind.

Another important advancement is battery charging technology. With more people using electric cars, it’s become even more important for them to be able to charge their batteries quickly so they can get back on the road again as soon as possible.

Car Cams and Face Recognition

The days of getting into your car and forgetting to lock the doors are over. Car cams are now able to recognize the faces of passengers, and can lock or unlock the doors depending on who is inside. This feature is especially useful for parents who want their children to be able to get into the car without needing them to use a key fob.

This feature also works with face recognition software that can allow you to unlock your car only when it recognizes your face, preventing strangers from being able to open it.

These systems can recognize your face and make certain functions of your car available to you, based on your identity. For example, if it’s nighttime and you’re driving home from work, your car might automatically turn on your headlights for you. Or if you’re driving with a friend who is blind, their phone might be able to unlock your car door so they can get in without needing to take out their phone.

Car-to-Car Communication.

Car-to-car communication is a feature that allows cars to communicate with each other and their surroundings. This allows them to send and receive data from one another, as well as from traffic lights, road signs, and other vehicles.

The first use of car-to-car communication was in 1997, when the U.S. Federal Communications Commission auctioned off a section of the radio spectrum for use by wireless communications between cars.

The technology has been implemented in many different ways over the years, but today it’s most commonly used by Advanced Driver Assistance Systems (ADAS), which allow cars to communicate with each other and their surroundings. The technology has been implemented in many different ways over the years.

Car Sharing Services

Car sharing services have become popular in the past few years. These services allow you to rent a car for a few hours or days at a time. This can be especially useful if you need to go somewhere out of town and don’t own a car, or if you want to try out a different car than the one you have.

One of the most popular car sharing services is Zipcar, which offers both hourly rentals and long-term rentals (up to 30 days). You can rent any vehicle type as long as it’s available on their fleet, including cars, trucks, vans, minivans, SUVs and hybrids. When renting from Zipcar, you’ll be able to select from vehicles that are parked near where you live or work so that pickup is easy.

Another popular service is Getaround, which allows users to rent their own cars through an online marketplace. When you sign up for Getaround, all you need to provide is your credit card information and personal identification number (PIN). Once signed up and logged in, renters will be able to view available cars near them on a map interface before booking one for themselves using the app’s calendar feature which allows users to reserve specific times when they’d like their vehicle reserved ahead of time without having

The rise of car sharing services, like Uber and Bolt, has been a boon for the automotive industry. These services allow people who don’t own cars to get around without having to shell out thousands of dollars on a vehicle that they’re only going to use once in a while.

This also means that more people are driving than ever before, which means that the demand for smart cars is higher than ever before as well.

As a result, new advances are being made in this area all the time. The latest innovation has been the introduction of self-driving cars, which are slowly being rolled out by several companies around the world.

These cars have improved safety features such as automatic braking systems and lane assist technology built into them so that they can help you stay safe while you’re on the road.

Vehicle Monitoring Sensors

Vehicle monitoring sensors are the perfect addition to any smart car. These sensors provide you with accurate and up-to-date information about your vehicle’s health, allowing you to stay on top of potential issues before they become major problems.

Smart cars are equipped with many different types of vehicle monitoring sensors, including:

-Engine performance sensors, which monitor the engine’s performance and allow for real-time diagnostics.

-Fuel level sensors, which alert drivers when their fuel is running low so that they can refill their tank before it runs empty.

-Tire pressure sensors, which alert drivers when their tires are low on air pressure so that they can correct this problem before it becomes dangerous.

Vehicle monitoring sensors help keep drivers informed and aware of what’s happening inside their vehicles at all times so that they can avoid any potential problems before they become serious issues that could cause damage or injury.

Smart Parking Technology.

The fact that smart cars can do a lot more than just park themselves is pretty exciting, but it’s the parking technology that’s really starting to blow our minds. Smart parking systems are capable of reading street signs and detecting other vehicles, which means they can help you avoid getting in an accident while you’re looking for a spot.

They also have sensors that will let them know if there’s room for your car to fit into the space next to you, which is great news for people who are afraid of parallel parking.

Advantages of Smart Cars

Connected cars are all about connecting you to your car. You can connect through your smart phone, but also through the car itself. This is a great way to stay connected with your vehicle and make sure that you’re getting the most out of it without having to do much work on your end. You’ll have access to everything from GPS navigation to music playback and more.

As we get more and more connected, it’s only natural that our cars should follow suit.

Smart cars are safer, and they can even help you save money. That’s right—your smart car might just be saving you money without you even knowing it!

For one thing, smart cars have built-in sensors that can detect when your tires are low on air or if there’s a crack in the windshield or a leak in the radiator. They’ll let you know so that you can replace them before they cause an accident.

And because smart cars are connected to the internet, they can also monitor traffic patterns and tell you which routes will be less congested at certain times of day—you may even be able to find directions for alternate routes if necessary!

You might also be able to use your smart car to find cheaper gas stations nearby, track how much fuel is left in your tank , and even automate payments at pumps so that every time someone drives your car it automatically gets filled up with gas.

Improved Performance

One of the biggest benefits of smart cars is their ability to improve performance. Many people are looking for ways to reduce the amount of fuel they use, and this is especially important for those who live in areas where gas prices are high.

Smart cars help you do this by allowing you to give your car just as much power as it needs and no more. This reduces the amount of fuel needed to run the car, which means that you will be able to save money on gas while also reducing your carbon footprint.

Interactive and Immersive Experiences

Being able to use your car as a platform for interactive and immersive experiences is a huge advantage that smart cars have over traditional vehicles.

There are many ways to do this, one of which is to use the car’s display screen to play games. This can be done by connecting the screen to a smartphone or tablet. Another way is through the use of virtual reality, which allows you to put on a headset and play games that appear on the screen in front of you! This might sound like it’s more suited for children than adults, but there are plenty of games that are designed for adults.

Another way smart cars can provide an immersive experience is through augmented reality. This involves overlaying graphics onto real-world environments, such as when Pokémon Go players see digital creatures on their phone screens as they walk around town looking for them. You can also use augmented reality in your car! For example, if you’re driving down the road and see an animal run across the street in front of you, you could pull out your phone and scan it with your camera so it appears on your vehicle’s display screen as well!