In 1968, Volkswagen was the first company to use a computer chip to work a car. They introduced a fuel injection computer to their Type 3 automobiles. The chip was incredibly advanced for the time; it made on the spot calculations to determine the best amount of fuel to inject into the engine.

From that moment onwards, cars and computers were developed in tandem. Today, all new build cars have several complex computer systems controlling fuel injection, diagnostics, mapping, media, safety, and many other functions. Automobile design is aided by software, and aerodynamic modelling is done digitally before a car reaches the wind tunnel.

Car industry designers now come from less traditional educational backgrounds, reflecting the proliferation of digital technology in the automotive industry.

Automotive designers had had to retrain to incorporate computing into their skillset. Many retrain while on the job or take courses like online masters in computer science while keeping their contracts at design and automobile firms.

It is worth considering how many ways computers have found their way into our cars genuinely appreciate how much of a design shift has been caused by computer technology. Here are some of the unique niches computers have been employed to fill. That is by no power an exhaustive list. Cars are stuffed full of decision making computer technology.

1. Diagnostics

One of the most useful functions of onboard computer technology is telling what is wrong with your car when it malfunctions. On-Board Diagnostics (or OBD as these systems are regularly called) were first developed in the 1980s by General Motors but were relatively basic.

Modern OBD systems are required by law in many countries. Essentially, they are a diagnostic nerve centre. Sensors like thermostats, tire pressure readers, and voltmeters all send the information they collect to a diagnostic computer. In genuinely modern cars, the OBD system will give detailed reports to the driver regarding the source of any issues.

This is extremely useful. They find the source of the problem used to be one of the most time-consuming parts of any vehicle repair cycle. The proliferation of OBD systems has caused some upset despite this.

Old school petrol heads often contend that complex diagnostic systems make it hard to fix your vehicle – most amateur mechanics would be unable to program code or wrangle with a computer system when selecting their care.

Section of the pleasure of having a car, they say, was the satisfaction of working out what was wrong and fixing the problem yourself.

2. Fuel Economy

As discussed in this article’s introduction, Volkswagen was the first to insert a computer chip into a car’s design with its fuel injection computers in the 1960s.

Fuel injection computers revolutionized how companies developed efficient vehicles. By calculating the correct amount of fuel in any given situation, a car can ensure that it is not burning excess fuel and reducing efficiency.

When designing a non-computerized fuel injection system, a designer would have to decide to prioritize efficiency or available energy but could not keep both optimal. Computerized fuel injection means that cars can be designed with both economy and power in mind without compromise.

3. Safety

By 2022, computerized safety systems will be legally required in all new build cars in the United States. Computerized safety systems come in many forms. Sensors can warn drivers when they stray out of their lanes, automatic camera systems that monitor the rear of a vehicle, and collision detection computers can sense oncoming people or cars.

The latest computerized safety systems to be fitted to cars are automatic braking systems tied to collision sensors. In theory, these sensors predict a collision and stop the vehicle without driver input. This technology could save thousands of lives.

It could also help prevent cars’ use as weapons, which has become a worrying trend over the last few years. A recent article in the Smithsonian Magazine detailed the anti-attack utility of computerized safety systems.

A car could theoretically stop automatically if it senses a collision with people is imminent. This would, in theory, prevent the use of the vehicle as a weapon.

4. Media

Computer systems play a crucial role in the media playback of modern cars. Bluetooth connectivity, smart equalizers, and voice activation modes are all relatively standard in recently designed vehicles. Departed do the times of searching through the glove compartment for cassette tapes.

No longer will drivers be forced to listen repeatedly to the same copy of Sabbath Bloody Sabbath as the magnetic tape slowly wears down and warps.

Voice activation technology – which was coincidentally developed for fighter jets – can help drivers control means externally taking their eyes off the road.

5. Mapping

Many of us would be lost (literally) without our vehicle’s onboard mapping functionality. An internal computer controls the GPS location of a car and the generation of optimal routes.

Incredibly, the first digital mapping computer debuted 14 years before the launch of GPS. The Honda Electro Gyrocator was released in 1981.

It used data from a car’s inertial positioning and mileage to calculate the location of the vehicle. A truly magnificent bit of 1980s computing, it is now considered a milestone device in engineering circles.

These days, mapping is achieved through GPS communication with satellites. As well as the car’s position, data is fed into the computer concerning traffic, speed limits, and accidents that help it produce optimal routes. It is a genuinely modern synthesis and visualization of data.

The post 5 Ways Computers Have Found Their Way into Our Cars appeared first on Tech India Today.

Cutting edge technology is the most advanced in information technology (IT). Cutting edge technologies are the future for a high level IT developers. The cutting edge is also called as leading-edge technology or state-of-the-art technology.

Cutting-edge equipment is the most advanced in a particular field. The innovation in cutting edge areas is connected to smart devices like IoT (Internet of Things), Smart homes, etc.

In information technology (IT) industries, cutting edge is frequently used to describe disruptive technologies such as the most recent technological improvements.

The IT leaders are pressured to incorporate cutting edge technologies and IT services. The option is to permit shadow IT to build the organization’s danger craving and maybe present operational and security risks to expand its consistent trouble.

The term “cutting-edge technology” is an ambiguous word of content and often used in marketing and technology.

The related terms related to cutting-edge technology are State-of-the-Art Technology, Leading-Edge Technology, and Bleeding Edge Technology.

1. Top 11 Examples of Cutting-edge Marketing Technologies

1. High Tech and High Fashion Technology
2. Augmented Reality (AR) Advertising
3. Virtual Reality (VR) Shopping Experience
4. NFC Technology
5. IoT and Wearable Technology

6. Facial Recognition Technology
7. Cloud Computing
8. Artificial Intelligence (AI) Technology
9. 3D Body Scanning Technology
10. Social Media Command Centres
11. Robotics and Automation

2. Video About Cutting-edge Technology

The post Cutting Edge Technology: The Future of IT Developments appeared first on Tech India Today.

The 3D printer is technologically significant. It allows us to bring everything that you seem to have in imagination to life. We will now see, grasp, and experience anything in your mind through 3D printing technology.

You can print 3-dimensional models that are focused on functional design and not for display. They do work! 3D printing is greatly enhanced by blending layers on layers of solid plastic and metal structures depending on a template developed using a 3D Computer-Aided Design (CAD) program.

Each layer has a thickness of 0.1 mm and consists of materials from liquids, powders, and sheets.

Contemporary 3D printers may still not be throughout every family home, but there are already hundreds of thousands of ready-to-print items online.

List virtually any household item you might need, and there’s probably an online printable version. Not all of these items are practical to make 3D versions of, but several are too brilliant.

To give you a picture of what 3D printing could do, check the below samples of items and how convenient things would be to produce them on your own.

1. Measuring Spoons

Cooking is fun when everything is what you evaluate. If you’re fond of baking or preparing food, you’d don’t ever run out of measuring spoons because you can print it in 3D.

Whenever you have somebody who loves experimenting with a new dish in the kitchen, these measuring spoons can be personalized and given. For both the exact science of baking, measuring cups are essential.

However, they still seem to be missing after a few years. Fortunately, hundreds of these are available in various shapes and sizes for you to print.

2. Figurine Drawings of Children

Could you like to develop one of your child’s sketches into something ‘actual,’ from either a drawing to a sculpture? Sure, you can now have it, just for 99 Euros. Kudos to 3D printing, your toddler’s vibrant picture will become a piece of art.

You can also print a 3D you! Or with a cute bobblehead. You may go to the cheapbobbleheads.com website if you’re ready to see yourself in an attractive 3D version.

3. Dress | 3D Printing Technology

Several other interesting things to print in 3D are exceptional garments that you can mix and match conveniently.

When you’re a fashion designer and an enthusiast of 3D printing having to look for 3D printing concepts, you can combine your two passions! Yes, you read it right! 3D printing is often used in design and fashion too! In reality, innovation has been used to create different dresses and costumes.

A 3D printed bathing suit, a 3D printed mask, 3D printed dress, mention everything, almost any wardrobe can be printed in 3D format.

4. Custom Gifts

If you own quality and a functional 3D printer, you have the power to add a personal touch to almost anything. As such, customized presents such as personalized phone holders, jewelry, plastic mugs, and other accessories would be easier to make.

If you plan to create figures such as the one they sell at CheapBobbleheads.com website, that would be doable with a little work on prototyping and designing skills.

The post Things You Can Make With Today’s 3D Printing Technology appeared first on Tech India Today.

You can read these circuits easily. The reading process is far more comfortable than their actual work. You can even read the schematic diagram even without understanding the functionality of the circuit.

You can get the schematic on many quickly built electronic devices. You have freedom of choice. Two things compose the schematic diagrams. These are as under:

• Symbols are used to represent components in the circuit.
• Lines are used to representing the connection between the components of circuits.

Here is the description of connections to provide you a better understanding.

1. Connections

In-circuit diagrams there is a demonstration of wires and other conductors that do not mingle with one another. They offer no resistance at all. If you see the line between components, it is a depiction of their connection, and then there is a period. It is only a depiction of the connection without interference.

The connection may be of different kinds. It may be a wire, copper trace, or a plug socket connection. The electricity runs through it without offering any resistance.

If there are messy details about wire and cable specification, you may find elsewhere in the document. The length of the line is no more a description of the range of connection.

The real-life distance may not be related to connection distance. These schematic lines are clear and easy to read. To minimize the clutter, the components ad connections are arranged on the page. They are not the representation of a method to place them on the circuit board.

Now we have information about lines if two lines cross. It is not the representation of a 4-way connection. The schematic differentiated between the unconnected paths and junctions where the line crossings show a shared connection.

There is a dot over the line intersections that demonstrate the connection. It shows that if there is a crossing without a dot, it is not connected. `

If there is a three-way intersection, it will mean that a three-way connection exists, even if there is not a dot. But some people follow a dot drawing procedure for three-way connections, and others don’t see it is needed. You bring a connection to nowhere.

Schematics also represent the connection between different types of power and ground. On the schematic, you may see a power symbol in different places.

It means it is connected to the same place or a conductive object. There are power connections that are represented without symbols. A label represents V+ or 5V, and 12V.

2. Components

The component is shown by a symbol that determines the general type of components. There may be a label that may point to its specific features.

The labels in formal schematics are parts designator. It is a code that consists of one or two letters. A unique number that follows it represents circuit types, e.g., resister R1. There are also other schematic component specifications included.

The resistor specs often come with a capital omega to avid special characters. Each component symbol has connecting points. The lies can be drawn to these connection points.

Each component symbol has several connections where you may draw the line. These lines are related to leads of the physical component.

For resisters, the ceramics capacitor lead connecting method does not matter. But in other components, the leads have a set orientation.

There is a datasheet for every component that a manufacturer publishes. The datasheet associates the physical terminal with their functions. Connection points indicate it.

Integrated circuits such as chips may contain ivied electronic components into small blocks. The numbers of connection terminals run along the sides. Some schematics swap IC, s leg around, and put them into a rectangle shape; PINs label these.

Physically chips are single component, but so far as functions are concerned, there is some multiple independent component hat combined in the single package.

In these conditions, you may diagram a chip physical y or functionally. You may use separate symbols for functional components that are on the clip. In this way, you label them clearly to show that they o the same chip.

You will note that working drawings show power and ground connections to the chip. If a circuit diagram is determined by chip using its functional components, you should understand and need to hook up power and ground as well.

You should make sure that the schematic does not show them. The datasheet is an excellent help for you. It would help if you considered connecting the identical-looking legs properly.

Schemas are a map that shows how to connect discrete components. There is a standard and easiest method to translate the most schematics into the working circuit.

You should use ingredients with standard pin spacing and then connect these components on a solderless breadboard using jumper wires.

After the process, you may evaluate connection and otherwise debug if there is an issue. You may understand and assess the circuit with a millimeter. You need to test it before you consider it is joining with the solder.

Here are the main points that you can read and build a schematic diagram. You may have an understanding of the circuit if you know How to decipher the printed circuit board diagram.

Important points

• There are two things involved in schematic diagrams: symbols and lines.
• The line shows that components are connected, and it does not tell you more.
• Schematics are used to differentiate the unconnected paths.
• There are some special symbols used in schematics to show the types of power and ground.
• A symbol and a label represent the circuit component.
• There are some connection pints for each symbol.
• The diagrams on chips represent physics or functions.

It is how to How to read printed circuit board diagram.

If you want to learn more about printed circuit boards, I suggest you visit this blog: https://www.pcbonline.com/blog/.

The post How To Read Printed Circuit Board Diagram appeared first on Tech India Today.

With crime on the rise in many parts of Canada, home security will only grow with importance, and implementing the most state of the art technology on the market is highly recommended. Amazon is currently selling top of the line home security systems that can be integrated with Alexa.

Interestingly, Amazon includes the installation as part of the package, and they are also currently not charging any monthly fees, nor is there a monthly contract to worry about either.

They are also offering their systems in 5 price tiers, so people from all walks of life can afford one of their cutting edge security systems.

The future is now, and smart speakers have become the new gold standard in home security system technology.

1. Pros of Smart Speakers

An intelligent speaker will primarily serve as an omnipresent voice assistant that can replace a physical bodyguard in many cases. A smart speaker system will also allow you to obtain help when you need it.

The device will let you or your loved ones to check in regularly without actually needing to have the widget on your person. For instance, in the event of an emergency, you can send out an alert to one entirely hands-free person.

You can even opt to send out the alarm to a group of contacts if needed. You also have several options in regards to how you send out the alert, as most smart speakers will allow you to send out alerts via phone call, text, or email.

Moreover, many smart speakers today also include a screen display. As such, some will also allow you to view footage and feeds via intelligent security cameras and video doorbells as well. You may also be able to listen to local police crime news bulletins via your smart speaker.

Imagine a scenario where a criminal has recently escaped from a local prison not too far from your home. If such a situation were to arise, then you could receive an alert via your smart speaker that a criminal is currently on the lam. This may help prepare you in advance if the criminal decides to break into your home.

With technology continuing to advance, the smart speakers being sold will only continue to grow in sophistication. For instance, it is now possible for a user to control their entire security system via their voice if they wish. They can also check on individual security cameras as well as turn smart locks on and off with a simple voice command.

As mentioned, you can also receive alerts from the local authorities via your leading-edge smart speaker. You can also check on the status of your smart security system with your smart speakers. Some policies will also be able to automatically alert the proper authorities in the event of an emergency.

For instance, if there is a domestic disturbance at your home, then the smart speaker system may call 911 for you, or the smart speaker may automatically trigger an alarm or emit a loud alert to wake up sleeping family members in the event of a flood or fire.

2. Cons of Smart Speakers

While smart speakers have a myriad of advantages, there are also some possible cons that you should be aware of. For instance, integrating intelligent security systems with smart speakers may cause some issues. There may be issues with integration and communications, and parts of the system may fail in due time.

The solution is to ensure that all of the pieces are correctly integrated before the system is activated. Routine inspections and maintenance should also be performed to ensure that the system is working as intended. As with most things in life, a security system will eventually malfunction and fail in time.

Some privacy issues may also result, so ensure that you are in strict compliance with all provincial and municipal codes of conduct and privacy before you install your smart speakers and your intelligent security system if you want to avoid potential litigation.

Some people may misuse a smart security system and smart speakers for malicious and clandestine purposes-such as voyeurism or espionage, and a skilled thief may be able to hack into a smart speaker system and disable it; leaving your family unaware and vulnerable.

3. How To Make it More Secure

You should always think twice before deciding if you want to link accounts. Two-factor authentication should also be implemented for added protection, and you should train your smart speaker so that it can recognize multiple voices as well.

The speaker should also be deactivated whenever it is not in use, and any sensitive information that is saved on accounts associated with the speakers should also be removed as soon as possible. The home security system you choose should also be customizable. It must also be able to be integrated into home automation.

4. Questions to Ask a Home Security Company

You should ask them what their return policy is on the equipment, and also ask them if you need to sign a contract. It will help if you even asked them how they screen their employees as well as how long they have been in business.

Also, don’t hesitate to ask them where their monitoring stations are situated, as well as how long it takes them to respond to emergencies. Finally, do not forget to ask them what special features are included with the package as well as what features you will need to pay extra for.

Helpful Resources:

1. Apple Watch Series Online | Apple Watch Series 3, 4, 5, Edition
2. Apple Headphones | Apple AirPods, EarPods, Wireless Apple Headphones
3. Best IDE For Python Programming Language
4. What is Google Chrome Helper, How Can It Help You?. Why Does It Use so Much RAM?
5. HTTP Full Form – What is Hypertext Transfer Protocol (HTTP), Methods
6. 10 Best Programming Languages For Artificial Intelligence (AI) in [2020]

The post When Smart Speakers Control Home Security Systems appeared first on Tech India Today.

Robotic process automation (RPA) technology developed from the structure of Business process automation technology builds on the perception of Artificial Intelligence (AI) software bots.

Robotic process automation software bots are designed and developed for a particular task, compare to humans, It has the capability to perform huge volume and automatic repetitive tasks.

RPA can be helpful to handle the question and Answers, mathematical calculations, manage, maintain the records and digital transactions, etc.

With the help of the RPA tools, you can create your software robot or bot to Automate to your Business process.

Just like humans, RPA bots make use of the Graphical User Interface (GUI) for collecting the information and connect with the applications to perform huge volume and automatic repetitive tasks. With the help of this technology, you can get quality revenue for your business with less time compared to other manual Operations.

RPA software bots use the Graphical User Interface (GUI) to capture information and manipulate applications. Compare to humans, these software bots will never sleep, makes fewer mistakes, and also cost less than a salaried employee.

RPA professionals can be categorized into different types such as probots, knowbots, and chatbots.

2. Layer Design Of Robotic Process Automation:

RPA is perfectly suitable for enterprise applications like ERP, SAP or any other data processing applications. The RPA applications can perform huge volume and automatic repetitive tasks.

There are four essential layers which are the First one is the process, Second one is sub-process, the Third one is the object, and Fourth one is the component.

a) Process:

The Topmost Layer In Layered Design Of RPA Is process layer. The Main Reason of the Process layer is to manage the processes in the Process layer.

b) Sub-Process:

The second one is the sub-process. The Reason of the sub-process layer have transformable business logic Identity and verification. The Advantage of the sub-process layer is reusability.

c) Object:

The third one is the Object Layer. Object layer has some procedures to Perform Particular task. The Advantage of the object layer is reusability of its systems.

d) Component:

The fourth one is the component layer. The lowermost layer in the layered design Architecture of RPA is Component Layer. The Reason of the Component layer is Specific screen interactions. The Advantage of the Component layer is low risk and faster changes.

Helpful Resources:

1. What is Google Chrome Helper, How Can It Help You?. Why Does It Use so Much RAM?
2. How Secure is a VPN? and Why You Need A Secure VPN?
3. What is Robotic Process Automation (RPA), Tools, Layer Design and its Applications
4. Deep Learning (DL) and its Applications
5. 10 Best Programming Languages For Artificial Intelligence (AI) in [2020]
6. Artificial Intelligence (AI) or Machine Intelligence (MI) in [2020]
7. Machine learning (ML) Algorithms and its Applications

The post The lowermost layer in layered Design of RPA (Robotic Process Automation) is… appeared first on Tech India Today.

Robotic process automation software bots are designed and developed for a particular task, compare to humans, It has the capability to perform huge volume and automatic repetitive tasks.

RPA can be helpful to handle the question and Answers, mathematical calculations, manage, maintain the records and digital transactions, etc.

With the help of the RPA tools, you can create your software robot or bot to Automate to your Business process.

Just like humans, RPA bots make use of the Graphical User Interface (GUI) for collecting the information and connect with the applications to perform huge volume and automatic repetitive tasks. With the help of this technology, you can get quality revenue for your business with less time compared to other manual Operations.

RPA software bots use the Graphical User Interface (GUI) to capture information and manipulate applications. Compare to humans, these software bots will never sleep, makes fewer mistakes, and also cost less than a salaried employee.

RPA professionals can be categorized into different types such as probots, knowbots, and chatbots.

1. Probots:

Probots robots perform small and repetitive tasks to Progress the data.

2. Knowbots:

With the help Knowbots, you can find out and collect and save the information from the web.

3. Chatbots:

Chatbots behave like the virtual agent; it can respond to the Answers as per the client request.

4. Advantages Of Robotic Process Automation:

Transform your Business or Organization in digital with the help of RPA technology.

Some of the Advantages of RPA are:

• • It provides best quality customer service.
  • Business processes or work completed on time much faster than humans (more Work in less time).
  • Less Cost, decrease the operating costs and increase the results.
  • Increase the productivity of your Business or Organization By using this Technology.
  • Increase the customer service of your Business or Organization By using this Technology.
  • Increase consistency and Quality By using this Technology.
  • And also get the real-world solution from the problems by using this Technology.
  • Flexibility and Scalability.
  • Low Technical obstruction.

5. Applications Of Robotic Process Automation:

Different types of Industries uses RPA.

a) Retail Industry (Online shopping):

Using this technology for e-commerce services, managing the orders taking feedbacks of the customer request and respond to the question and answers, manage and handle the shipping orders, etc.

b) Banking Industry:

Customer feedbacks respond to the request; you can also get complete information in the banking system. Identifying and obtain personal information, Transactions, debit, and credit information, enabling KYC, etc.

c) Human Resources (HR) (Payroll management):

Human Resources (HR) are essential for Businesses or any Organization, Human resources (HR) Departments are Large for big Organizations or businesses. If you can Handle the tasks in the Big Organizations is not an easy task. With Help RPA Technology, you can easily handle the Big tasks compare to humans.

d) Health Care:

Registration data, Maintain the Transactions, records, and More Details of the patients.

d) Transportation (Travel and logistics):

All registration and bookings data like Traveling tickets booking information and maintain the register passenger Information etc.

And some more Applications of RPA are:

• Insurance Industry
• Telecom
• Finance Services
• Supply Chain Management
• Accounting
• Customer Services
• ERP Transactions
• Data Analysis
• Mass Emailing
• Information and Document Storage
• Travel and Logistics
• BPO Industry
• Manufacturing and Operations

If you Choose Any Organization or Business, There are the number of consistent tasks and time taken Operations are thereby Its Nature.

If you are doing these types of tasks vast chances of getting errors.because of its Repetitive tasks.Finally, If you Want to avoid these errors and also save your time, we need a RPA Software Tools.

Number of RPA software tools are available in the market such as

• Blue Prism
• UiPath
• Automation Anywhere
• Pega
• Contextor
• Inflectra Rapise
• Nice Systems
• Kofax
• Kryon
• 1Softomotive
• Visual Cron
• Workfusion
• OpenSpan
• AutomationEdge
• AntWorks
• Redwood software
• Jacada

6. Layer Design Of Robotic Process Automation:

RPA is perfectly suitable for enterprise applications like ERP system software, SAP or any other data processing applications. The RPA applications can perform huge volume and automatic repetitive tasks.

There are four essential layers which are the First one is the process, Second one is sub-process, the Third one is the object, and Fourth one is the component.

a) Process:

The Topmost Layer In Layered Design Of RPA Is process layer. The Main Reason of the Process layer is to manage the processes in the Process layer.

b) Sub-Process:

The second one is the sub-process. The Reason of the sub-process layer have transformable business logic Identity and verification. The Advantage of the sub-process layer is reusability.

c) Object:

The third one is the Object Layer. Object layer has some procedures to Perform Particular task. The Advantage of the object layer is reusability of its systems.

d) Component:

The fourth one is the component layer. The lowermost layer in the layered design Architecture of RPA is Component Layer. The Reason of the Component layer is Specific screen interactions. The Advantage of the Component layer is low risk and faster changes.

Helpful Resources:

1. What is Google Chrome Helper, How Can It Help You?. Why Does It Use so Much RAM?
2. How Secure is a VPN? and Why You Need A Secure VPN?
3. Deep Learning (DL) and its Applications
4. 10 Best Programming Languages For Artificial Intelligence (AI) in [2020]
5. Artificial Intelligence (AI) or Machine Intelligence (MI) in [2020]
6. Machine learning (ML) Algorithms and its Applications

The post What is Robotic Process Automation (RPA), Tools, Layer Design and its Applications appeared first on Tech India Today.