AUTONOMOUS CARS: THE FUTURE OF TRANSPORT

AUTONOMOUS CARS: THE FUTURE OF TRANSPORT

Many of us constantly wonder about the future of humanity. What will it look like? How will it work? Although we always hope to fill these questions with more fiction than reality, the truth is that science and technology is catching up with the futuristic, dystopian life we once imagined.

Thus, we are currently encountering projects such as this one: a fully autonomous taxi.

 

WHAT WILL HAPPEN TO CARS?

Let’s talk about cars and how the youth, the future society of tomorrow, perceives them. What once seemed like the greatest achievement of a financially independent individual, today seems more of a vanity than a necessity.

According to a 2019 report by AECOC (Asociación de Empresas de Fabricantes y Distribuidores), 64% of digital natives say they do not want or need a car of their own xnxx. Their preferences lean towards smarter and more technological means of transport, especially when it comes to apps.

This visualisation of tomorrow’s needs coexists with the emergence and rise of electric cars, which now have a structure and functions that are perfectly adapted to this new transport model offered by autonomous taxis.

 

ROBOTIC TAXI?

Imagine this. You are a busy professional, and your job is worth a lot of money. You get paid by the hour, and today you have to travel to a place about an hour and a half away. What if you could use all that time to make money? Or entertain yourself? Or create something new? Autonomous taxi projects are designed for people like this.

Designed for big cities, they are the high stakes of urban transport engineers, who are looking to free capitals and metropolises from the crushing traffic of everyday life. Not to mention the environmental pollution that mass automobiles consume.

Zoox Inc, a company owned by Amazon, is working on a proposal. Its team managed to design a robotic prototype, capable of travelling at 120 km/h without a driver. Zoox, as it was named, is a fully autonomous machine that can guarantee efficient, two-way driving. This allows it to manoeuvre on winding and challenging city roads without the need to reverse.

ROBOTIC TAXI?

With the slogan ‘built for riders, not drivers’, the company designed its design with a 100% dedicated focus on passengers: their comfort, safety and convenience. It also proposes a safe and friendly system for the environment and other passers-by (by car or on foot) on public roads.

It is proposed as a small machine, which will be able to transport up to 4 people in a spacious cabin, which will have large and comfortable seats, points for recharging mobile phones and, in addition, a system that gives the user the possibility of monitoring their journey in real time, making very precise calculations of the time of arrival at the agreed point, based on speed and trajectory of movement. Less importantly, you could even define the music you listen to along the way.

Like Zoox Inc. there are already a number of companies around the world that are part of this innovation race. In the UK, the ‘New Car for London’ project also already has a similar prototype.

We suppose, then, that it is only a matter of time before we see it implemented in the big cities of the first world. Do you think that this alternative is an opportunity to improve the way public transport currently works?

 

NOTICE IN VIDEO

 

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Consequences of Urbanization

Consequences of Urbanization

The promise of employment opportunities, prosperity, and better life, among other factors, lures many to relocate to towns and cities. Today, half of the world’s population lives in urban regions, with expectations that the statistics will rise to two-thirds by 2050. Urbanization comes with its consequences.

 

 

Urbanization has positive effects

1. Positive Consequences

Urbanization has positive effects, especially when urban regions develop within appropriate limits. Some of the positive effects of urbanization include jobs opportunities and advancements in technology and infrastructure. Other positive aspects of urbanization include improved medical amenities, transportation, communication, education, and better living standards. However, poorly managed urbanization often leads to adverse effects, as listed below.

 

2. Housing Shortage

Urbanization attracts many people to towns and cities. The rise in the population of city dwellers often leads to a scarcity of houses in urban centers. Housing problems occur due to insufficient land space for building houses and public utilities, unemployment, and poverty porno français. Another contributing factor is the high cost of construction materials afforded by a few.

 

3. Development of Slums

The high cost of living in towns and cities, random and unexpected growth, and unemployment leads to the development of unlawful settlements characterized by slums and squatters. Rapid industrialization, an influx of rural immigrants to the urban centers, lack of land for housing, and high cost of land beyond afford by the urban poor further fuel the growth of slums.

 

4. Water and Sanitation Challenges

Water and Sanitation Challenges

Overpopulation and rapid population growth in urban centers often lead to inadequate sewage amenities. Local governments and municipalities often experience serious resource crises in the running of sewerage services. Consequently, there is poor sanitation and chaotic sewage flow that often drains into nearby water sources like streams, rivers, and other water bodies. Slums often experience water scarcity, as the supply cannot meet the water demands of the rising population.

 

5. Poor Health and Diseases

The social, economic, and dwelling conditions characteristic of urban areas affect access and use of public health care services. Shantytowns, in particular, experience inadequate water supply and poor sanitation, which puts slum dwellers at risk of communicable diseases. Environmental problems like pollution lead to health issues like allergies, food, asthma, infertility, cancer, and premature mortalities.

 

6. Unemployment

The problem of unemployment is highest in urban settlements, particularly among educated people. Estimates show that over half of unemployed youth across the world live in metropolitan cities. While the income in cities is high, the high cost of living makes the wages seem extremely low. The constant migration of persons from rural to urban areas is a key factor in urban unemployment.

 

7. Urban Crime

Unemployment, poverty, overcrowding, and lack of resources, education, and social services contribute to various social problems like drug abuse, violence, and other crimes. Urban areas and their vicinities often report a high number of crimes like theft, burglary, assault, kidnapping, murder, and hijacking. Poverty-related crimes are common in rapid-growing urban areas.

 

8. Overcrowding

Overcrowding

Overcrowding occurs when a large number of people thrive in a small space. Congestion is typical in urban centers due to overpopulation. The problem increases by the day as more immigrants move to towns and cities in pursuit of a better life.

 

9. Traffic Congestion

The relocation of more people to urban regions often poses a challenge to the transport system. More people lead to more number of automobiles, which translates to traffic congestion as well as vehicular pollution. Many people in the cities drive to work, and this leads to traffic snarls, particularly during rush hours.

 

10. Food Challenges

Population movement piles pressure on the supply and distribution of food. City dwellers purchase instead of growing their crops, and this often leads to fluctuations in food prices. Furthermore, rising populations increase the demand for land and water, causing difficulties in sustainable food production. The growth of urban regions coupled with diminishing agricultural land exerts more pressure on rural inhabitants to produce more food for the growing urban population.

 

 

 

Artificial Intelligence: How It Works and What It Is Used For

Artificial Intelligence: How It Works and What It Is Used For

Artificial intelligence is a broad branch of computer science and engineering concerned with developing computers and machines capable of performing tasks that require human intelligence. It entails the development of systems that can simulate human intellectual processes like the capacity to reason, discern meaning, generalize, and learn from experiences. Today, humans program computers to perform very complex tasks (like playing chess) efficiently.

 

How Artificial Intelligence Works

Artificial intelligence works on the principle that researchers and engineers can define human intelligence so that computer systems can easily mimic and perform tasks – ranging from simple to more complex. AI systems depend on specialized hardware and software for coding and implementing machine learning algorithms. AI systems work by taking in large amounts of training data and analyzing the data to draw patterns and correlations. The system then uses the patterns to predict future states or rationalize and perform actions that are likely to attain a specific goal porno français

Part of the aim of artificial intelligence is to mimic human cognitive activities. Researchers and engineers are making surprisingly rapid achievements in AI representation of cognitive activities like learning, perception, and reasoning. AI is constantly progressing to support many different industries.

 

Applications of Artificial Intelligence

There are endless applications of AI. The technology is widely used in various sectors and industries. Here are a few examples.

How Artificial Intelligence Works

Healthcare

The goal of AI in healthcare is to improve patient outcomes and reduce costs by making beter and quicker diagnoses than humans. They are also used for dosing patients’ medication and treatments and surgical procedures in operating theatres. Some healthcare centers deploy AI as online virtual health assistants or chatbots to aid patients and healthcare clients in scheduling appointments, getting medical information, and performing other administrative tasks.

Bank fraud departments use AI to avert financial fraud. The systems can detect and flag suspicious activities in the banking and finance sectors. For example, the system can flag unusual large account deposits and credit card usage. AI is also streamlining and making trading easier by making it easier to estimate the supply, demand, and pricing of securities.

 

Agriculture

AI is being used in agriculture to detect defects and the soil’s nutrient deficiencies. It accomplishes this by using robotics, computer vision, and machine learning applications. The AI system can also analyze the farm areas affected by weed growth. Additionally, AI machines can aid in harvesting crops at a higher pace and volume than human laborers.

 

Automobile Industry

AI is the factor that is enabling self-driving vehicles. For these cars, the computer uses external data from the vehicle’s camera, cloud services, GPS, radar, and control signals to operate the vehicle and prevent collisions and accidents. Furthermore, AI can enhance the in-vehicle experience and offer additional emergency braking, driver-assistant steering, and blind-spot monitoring systems.

 

Financial Industry

 

Marketing

AI can analyze behavior, recognize patterns, and help marketers deliver targeted and personalized adverts. It can also help retarget the right audiences at the right time to enhance results and minimize feelings of annoyance and distrust. Additionally, AI can handle routine tasks like campaign reports, performance, etc.

 

 

 

The Revolution in The Use of Technologies in Transport

The Revolution in The Use of Technologies in Transport

Transport is critical for the survival of businesses and interactions – it connects people and companies, thus enabling the economy to thrive. Transport services like aviation, railway, and road transport are increasing by the day to help support the growing demand from consumers. Consequently, there is a swelling need to drive growth, reduce costs, and improve the quality of services. Using key technologies could help solve these needs. 

 

How Technology Has Revolutionized the Transport Sector

The transportation sector is amidst a revolution. Here are the key technologies that are changing the industry by storm porno

 

Autonomous Vehicles 

The Revolution in The Use of Technologies in Transport

A few decades ago, autonomous cars seemed only like a dream. However, with the introduction of self-driving cars by Tesla and Google, the idea becomes a reality. Several states have started passing laws to regulate technology and encourage its development. However, the acceptance and safety of these vehicles have been spiked public interest. There was a series of car accidents in the summer of 2016, which further increased the debate regarding the safety of autonomous vehicles. 

With continuous research and development, autonomous cars are likely to be a safe alternative to human drivers in the future. The technology also comes with economic and environmental benefits. Excluding human control from vehicles will go a long way in ensuring cars attain their designed fuel economy, resulting in lower gas consumption and decreased cost of car ownership. 

 

The Internet Of Things 

The internet of things works under the philosophy that all items and people can be interconnected through networks. The linkage of networks may potentially influence several aspects of driving:

Route planning – Vehicle sensors send messages to the GPS device to determine the best route. The result is then displayed for the driver to follow the recommended course easily. 

Safety – A series of sensors in the seat belt could be used to track the driver’s physiological elements and gauge whether they are intoxicated or fatigued. If the driver doesn’t pass the tests performed by these sensors, the car shuts down and becomes inoperable. 

Accident prevention – Sensors are used to alert the drivers about the position of other cars on the road to avert collisions. The cars can even take over the driver controls. 

 

On-Demand Cab Services

When Uber, Lyft, and other cab services came into the scene, they changed the mode of transportation for people in large cities. Riders could use the apps to summon a vehicle to their pick-up point at their desired time and location. The services have helped decrease DUI rates in many cities and, to an extent, reduce the profits of cab companies. 

Unfortunately, innovation has had its disadvantages. For instance, the drivers are considered contract earners and not employees, which is a considerable concern for the government. It leaves the drivers with a huge tax burden but only a few benefits. On the other hand, the drivers enjoy greater flexibility and more customers. 

 

Lightweight Car Materials

Automobile manufacturers have been forced to deliver high-performance cars with outstanding efficiency. Research shows that reducing the vehicle’s weight by as little as 10% can increase the fuel efficiency by 6%. So, if only 25% of cars used lighter-weight materials, the country could consume five billion gallons of gas fewer every year. 

The focus of lightweight materials research is eradicating steel and cast iron. Magnesium-aluminum alloys and carbon fibers are the leading candidates in the new models. The only concern is to ensure that the new materials can hold up the pressure of highway accidents and be cost-effective.