360 Drone Cameras Review

A 360 drone camera is acknowledged as an unmanned aerial vehicle (UAV), it is a new aircraft without a pilot in the sky, it is used to record the world in full 360 degrees. A 360 degree virtual reality camera drone is specially designed for the skilled aerial videographer in 4k resolution. All over the world, the drone technology is advancing very rapidly.
A 360 degree drone camera is an airborne machine which does not have any pilot to drive it, it is operated on the remote system which is similar to the remote airplane. The drone is not just a simple camera but also acts likes an eagle eye which can be used for detective purpose.
A specialty job of 360 drone camera is used to resolve the grave issues like a sting operation, it acts as a third eye for the human. The drone camera has a lofty clarity of 720 pixels, it gives a spiky image of the object and capturing video in a more precise and distinguished style.
A 360 Drone camera is very compact which has an average weight of 380gms, this flying tool is made of fine fiberglass material whereas metal is negligible. The drone camera parts are repairable, there are many sites providing repair services for the drone camera, an instruction will be there on the website.
A 360 degree drone camera plays a vital role in the modern world because it does not require manpower to capture everything on its own without any one’s presence at the instant spot.

Aerial Pro 360

Aerial Pro 360 is the latest breakthrough in 360 VR camera technologies, its major advantage is the capability to capture professional aerial videography in 4k resolution, the functional is also enhanced with videography with no blind spot.
When we look into the product specification, it has 23 minutes flight time, 4K recording option with 30 frames per second, powered by 5400mAh battery, and the 360 degree image is captured.
It can take a trip in a maximum wind speed on 30Kph, the device weight is 1.3kg through which it can move effectively. It also enhanced with dual cameras and let the user control the drone using 2.4 GHz RC transmitter.
Aerial pro 360 is the world first 360 degrees Air drone to capture video with 4K Ultra HD resolution, this drone will be a user-friendly vehicle for the first time pilot and for the experienced users. You can live streaming the video with VR goggles or through the online platform to see the captured experience.
This drone is also the world first dual application drone to capture video and photos, it can be used to capture in the large agriculture area, construction monitoring, cinematography, real estates, Patrol, security, crowd management, and the public safety.

Viooa 360 Drone Camera

Viooa 360 Camera is an innovative generation camera having 360 degree imaging along with sensors to have a superior camera resolution, it has a highly intense footage that is captured in a real world. It has the most recent image processing technology along with deep learning capability; with this, the image quality becomes much superior. It has an additional functionality of intelligence to handle the unmanned vehicle.
Viooa can capture up to 360° x 185° angles with Ultra HD resolution along with drone camera enhanced with 32 megapixels, The virtual gimbal camera has the deep learning capability in the real time processing. Users don’t need to worry about the fisheye effect with the advanced technology behind this camera.
The equipped sensor allows the drone travel around securely without damaging the drone, it is enhanced with sense avoid technology and the ground facing optical flow image processing sensor. It can calculate the velocity of travel and position with these features. Along with the autopilot option and the sensors equipped, this drone can be safely moved to the place with the self-awareness layer.
Viooa does not have any moving parts but can be compromised with 6 axis image stabilization sensors, the capture moments can be viewed through the HDMI port. The drone can be used to capture most advanced mapping agriculture application, it has unique mosaic mode through which the user can capture the high definition image and precisely leveled photos. Each snapshot will be having the geographical locations tagging which is pulled directly from the autopilot for the image processing.

Exo360 Drone

360 Drones are becoming huge with the development in the recent years, there are technologies with augmented reality and virtual reality, now the drone development is booming to combine these two technologies.
Exo360 Drone has 5 cameras to capture the footage in 360 degrees which enable the image to be viewed with Virtual reality headset, this drone has 2 versions and the user can choose the drone based on the requirements, it gives a good image capturing experience with 4 cameras on 4 arms and 1 camera under the main body.
Exo360 takes very less time to process the image within 4-5 minutes, with these entire features, the configuration of Exo360 really influences the users. It has a flight time of 18 minutes for one full charged which is powered by 6600mAh, it is less weighted with 1.8 Kg.
The Price varies between 1000$ and 1400$ with the different versions, Exo360 can be accessed by RC or Smartphone, using this drone the user can see the real time capturing when it is on the flight mode, it has a very good landing position along With the data stored on the SD card.
It also comes with the attractive black color, the design look is stunning, it has a feature like “Follow Me” to get the real time experience, Eagle eye which gives you satellite imaging, orbit shots, swoop, dolly shot, Multi waypoint. Therefore, you can sit back and enjoy the show.

Drone Janus 360

Drone Janus is dedicated for Virtual reality video which is equipped with 12 cameras, it has the mapping point to capture the real-time picture effectively. It has the highest amount of data captured in each flight, the flight timing will be 15 minutes on full charged, the data volume capture on each flight will be for 150 GB.
Drone Janus 360 combines the high-end cameras along with the latest technology, the device can be used for tourism, cultural events and taking the 360 panorama views. A major attraction will be the cameras with 10 4K cameras that create a unique experience for the users.
Drone Janus has a 360 degree vision and the device is more stable with double stabilized heads, the specification makes it more popular, the Drone looks awesome with Quad-copter type. The video is captured with Full HD 1080 pixel, the data can be transfer and stored with 1000 meter distance, it has the lithium polymer battery that gives a good amount of charge for the image capture and the drone travel power.
The Device has Drone volt motors which give an incredible speed for the flight, the flight control is in GPS mode, it has the highest of all wind restriction of 45 km/h, it can handle temperature from -5 degree to 60 degrees.
Let your dreams fly high...No one has ever collided with THE SKY! Thanks for reading:)

 

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Meta 2 Headset is Making Augmented a True Reality

Augmented reality (AR) is a direct live view or the indirect view of a physical, real-world environment consisting supplemented elements by input such as sound, video, graphics generated by computer technologies. The Meta 2 Augmented Reality kit allows you the creation of holographic applications, tools, and the elements you experience. It enables you the display of holograms, digitalized content, and comes with a software development kit.

Meta 2 Headset Specs

The Meta 2 Augmented Reality headset is a see-through headset, which comes with a software development kit (SDK) built on top of the most popular 3D engine in the world which is the Unity.

• The Meta 2 augmented reality specs have a complete view of 90- degree field

 

• It enables you a display resolution of 2560 x 1440

 

• It is designed for comfort with the parts of the headset below the eyebrows; it’s completely transparent and unobstructed so that one can easily make eye contact with others.

 

• Under many circumstances, the Meta 2 can be worn for hours comfortably over eyeglasses.

 

• It has a 720- pixel front-facing camera

 

• A sensor array is featured for hand interactions and positional tracking

 

• This device features a 4 speaker near- ear audio, volume control, a 9- foot cable for video, data, and power(HDMI version 1.4b).

 

• Other requirements include support for Windows applications, Mac support planned for this year and Meta 2 operating system.

 

• This tethered device finally requires a modern computer with OS Windows 8 or 10

Meta 2 Headset Software Development Kit (SDK)

The Meta 2 Development Kit enables you the widest field of view, the most intuitive access to digital information, direct hand interaction with holograms.

The SDK includes SLAM, occlusion, collaboration, neural interface design guidelines, example code, apps, documentation, and support.

 

Meta 2 Field of View

The Meta 2 eliminates screen size limitations, enables you a full 90-degree field of view and 2560 x 1440 high-resolution display. It reduces the amount of effort needed to divide your attention between the real and the augmented world, thus allowing for more information to be displayed. It ultimately creates an immersive AR experience.

Direct Hand Interaction

People engage with their environments through hands. The Meta 2 enables you to move your hands to interact with holographic apps. One can also track objects, such as a pen or paint brush, with the Meta 2 as discussed above.

It mirrors the way your brain work

Meta 2 unique interface and design principles allow you to access, manipulate and share digital information easily and naturally. This is called a new zero- learning- curve approach to computer technologies.

Create and collaborate in whole new ways

You can arrange your holographic apps and objects in a new kind of operating system provided by Meta 2. Your workspace can be laid out. Things remain in the position you put them. Interaction with colleagues and friends with the holograms are possible too.

Running favorite apps

The Meta 2 makes the world a desktop background for you, enabling you to run Windows Applications. Mac support is planned this year.

Meta 2 Headset Vs HoloLens Headset

Meta 2 has a clarified vision. It doesn’t want to create a new computing environment likes the ones used by the people nowadays. Thus, they turned to neuroscience for answers. Meta 2 wants their operating system to create a user- friendly environment, that doesn’t require much of learning. For interacting with holograms, you need to treat it like a physical object which actually exists.

It wants to simplify computing and avoid the complexity that the last 30 years of computer science have built by removing abstractions, such as files, windows, etc. It has become possible by making the hand and direct manipulation the primary method of interaction.

Meta 2 chose a notably different path of offering a large, more immersive screen display with high resolution. To get rid of monitors on the workspace is what they aim. Instead of using multiple monitors, they place virtual monitors or even just floating apps all around you. To access emails, you just look at where you put the email apps.

Meta 2 has a wide field of view as compared to what HoloLens has to offer. It has access to a powerful workstation and graphics card if you plug it into a computer. You don’t have to worry about the battery issues. Meta 2 has a series of pros and cons. It includes a number o immersive motion sensors and cameras. When talking about the catch, you’ll have to tether it to a computer with a nine- foot cable.

Meta 2 has focused strongly on applications of practicality, quite ignored immersive gaming altogether. The New Meta 2’s augmented reality headset’s price is comparatively lower than that of mixed reality devices such as the HoloLens, that is, $949 only.

On the other side features like superior tracking, environment understanding, the ability to interact with holograms, speech control, and being tetherless are pros that open up utility cases for HoloLens that are simply not possible with the Meta 2.

HoloLens allow browsing the web, taking the tours of the distant world and playing games. It’s a bit time consuming to understand it’s procedures of usage. Learning only two gestures is what you need to interact with its holographic interface. Those tools give you the freedom to move the way you want to. HoloLens work well; understand their limitations, though being an unfinished product.

The hardware inside a HoloLens has less power than that of a modern Smartphone. The HoloLens is a mixed reality (MR) headset. It requires you to move around your environment. They can’t be plugged into a desktop computer. The HoloLens contains a custom chip designed by them called the holographic processing unit.

It processes a huge quantity of data in actual time to handle the environment analyzing and build spatial map meshes. This provides actual time small corrections to tracings related to the position. Likes most smartphones, it runs smoothly without interruptions and provides a quality image. This device has a limited battery life of about three to four hours. One doesn’t wear it more than that. It has fast- charging features with a common micro- USB cable.

The Microsoft HoloLens are expensive and costs at an average of $3000, three times as compared to Meta 2.

Meta 2 Headset Price and availability

Meta 2 had started taking preorders before Q3 2016. Its amazing device only costs $949 bought along with the expensive $1000 gaming computer you need to plug it into. That computer can be used for other things such as driving you Oculus Rift VR headset. Meta 2 wasn’t shipping until Q3 2016.

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Google Calico Lab Project Is Tapping To Human Immortality

Immortality, or being alive forever, is a term that has been in use for long. Tales of a lot of brave immortals are a part of many religions and beliefs of the world. Examples of Immortality can be seen in many ancient legends, religious scriptures, and myths. In Hindu mythology, there are several individuals like God Hanuman, who are immortals.

Even after so many advancements in the field of modern medicine, there has not been a cure for the disease that catches every single human without fail, death. A majority of the population still lives with the fear and anxiety of death. Knowing that one day, one will have to leave everything behind and become non-existent is a depressing thing. The prospect of living forever, or immortality, is that one thing that everyone wants.

What is Google Calico lab

Google as all of you know, has always been a tech company that centered upon innovation. Unlike most companies, a majority of their products are free and have become super useful, making our lives much easier. Google mail and Android would be two good examples.

With the billions of dollars that Google makes as revenue, they have been running several projects in other fields as well. Under their Google X lab, several top secret projects have been going on, and a lot of money are being spent on these projects. Things such as Android Wear, self-driving car, advanced drones are some of the projects going on at the X lab.

Google, under its parent company Alphabet Inc, has also been investing in several projects run by third parties. Calico is one such company.

Immortality Biotech

Calico or the California Life Company is an independent company that focusses primarily on research and development to create medicines and biotech to tackle diseases related to aging. This is probably the first time Google has invested on something that is not a mainstream technology product. On September 18, 2013, Calico came into existence. The company was co-founded by Google and an American businessman Arthur D. Levinson.

When Google restructured all of their companies under the name of a parent company, Alphabet Inc, Calico also became a subsidiary. Google also has another startup in the medical field, Google Verily. Verily is a company that focuses on biotech. They develop devices or technology to collect medical data, sense things and help patients.

Arthur D. Levinson then became the CEO of the new company. Arthur has the experience since he was the CEO of Genentech, a biotech giant and he was also a director of Google for 5 long years. Arthur was and continues to be a chairman of the Apple Inc’s board of directors.

According to Larry Page, co-founder of Google and CEO of Alphabet Inc, Calico is a company focused on "health, well-being, and longevity." Longevity, that’s what the company is mainly focussed on. The idea of a life that never ends is the core thing that the company is researching upon. In order to achieve this, they are starting by finding cures for the aging and age-related diseases.

In the current world, the main diseases that cause death and that has no cure yet are neurodegeneration and cancer. Neurodegeneration refers to the loss of working or structure of the neurons in one’s body. It is a slow disease and ends with the death of the neurons and thus the human. Diseases such as Parkinson"s, Alzheimer"s, and Huntington"s are caused by this. As of now, neurodegeneration is incurable.

So is cancer. Cancer refers to the formation of abnormal cell groups in different parts of one’s body. Cancers are tumors that spread to other parts of the body. There are 100 different variety of cancers and millions of people die every year due to cancer. It is thus an immensely researched field and yet we are unable to find a good cure for this. Hopefully, Google Calico Lab project will be able to help the world.

The Google Calico lab opened up a Research and Development facility along with AbbVie Inc, a modern age pharmaceutical giant, just to find cures for these two diseases. The plan was announced in September 2014 and would involve both companies investing $350 million each as a starter with a provision to add an extra $500 million as the project grows.

They have already announced more than six partnerships for research, which includes two universities, a Non-Profit Organization, and two pharmaceutical companies.

On March 2015, Calico partnered with the UC San Francisco (UCSF), a health sciences university college to use the technology developed by one of the professors of UCSF, Peter Walter, who is a professor of biochemistry and biophysics.

On the same month, Google Calico also went into collaboration with The Broad Institute of MIT and Harvard, two of the top-notch institutes of USA. The collaboration will be primarily aimed at studying the genetics of aging.

Google Calico Project

On 2016, they announced that they would be studying mice, worms, and naked mole rats of Africa in order to solve aging. The naked mole rats live up to 32 years whereas the common rats live for just 2 years. They have naturally evolved not to feel pain. Their body naturally works against cancer and tumors do not form on their body. The abilities of the African mole rat have always been a medical wonder. If the researchers could determine how the rats are able to do this, this could lead to the discovery of a successful cure to aging. With the help of technology, their genome could be used to prevent cancer, one of the two disclosed diseases that Calico is set to eradicate.

Recently on March 24, 2017, Google Calico announced a five-year research collaboration with a biotech company called C4 Therapeutics. C4 said in its press release that the primary aim is “Treating diseases of aging, including cancer”. C4 did not go into the details of the deal or the targets of it. C4 has been working on targeted protein degradation. This means the use of advanced protein degrading molecules to effectively remove proteins that cause diseases. Without all the medical gibberish, this essentially means finding a cure for cancer. The project was still in its preclinical stage when Calico stepped in.

Conclusion: What happens if Calico help us to be immortal?

Even though the technology needed for humans to be immortal is still decades or centuries away, it will surely happen one day, maybe just not in our lifetime. But what if scientists actually cure death? What will happen then?

A never ending life has its own demerits. Lack of space on earth and resources will be the biggest of them all. But since this is all supposed to happen in a distant future, maybe we would have solved that problem by then. Moreover, boredom will affect everyone, bored of living, bored of doing the same things again and again.

Ultimately, depression will take over, a decent number of people may even wish to end their life, tired of living. It’s all hypothetical, nobody knows what the condition of humankind will be when this era arrives.

But one thing is sure, this century will bring a lot of changes to the mankind. We may not even live through this century, just saying.

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What is Mixed Reality Technology?

Virtual and physical spaces are no longer two separate dimensions, but just parts of a continuum.

When talking about mixed reality technology, each of them has their own perception. From my point of view, I want to turn the fact to the truth about mixed reality that it simply embeds the virtual objects into the physical world.

Looking for a screen-based solution or any other source it obtains an understanding of the tangible layout of the space which a virtual object needs to be implanted in.

In mixed reality technology, both the real and the virtual world are made to exist together. Here the user is provided with the ability to dig into task the virtual and real world seamlessly at the same time.

Through space coordinates, the virtual objects are placed physically in the real world. Instantly they become larger, then while moving far away from them makes it smaller.

It acknowledges the users to manipulate also interact with them as if the objects were present with them together in the same relevant place.
Differences between Virtual reality, Augmented reality and Mixed Reality Technology?

Virtual, augmented, mixed reality, when it comes together it is quite confusing, isn’t it?

To help you come out of this confusion, I’ve pulled out some key concepts about these three topics and differentiated them so that you may get an idea about what they are an individual.
Virtual Reality

Virtual reality is not being into the real world but is a simulation that draws the user into virtual reality.

Virtual reality being extensively sensitive changes the visual environment around you. It is a unique artificial world designed to modify the actuality and dip deep into it.

Nothing is real and everything is virtual.

Virtual reality grasps the motive of the user into an immersive simulation. The physical world is totally replaced with the effect of lightings together with sound systems. It makes you feel as if you are living in the digital world.

One of the best features of virtual reality is that it enhances the working experience. It makes the reality in virtual very exciting together with perfect interaction to a different world.

VR has its platform in medical, military and gaming for giving skill with knowledge on a very different level. It has a very realistic environment.

Virtual reality is a comprehensive term for all digital reality variation. It is something like a specific kind of experience. It is perfectly a simulated knowledge.

It wraps up the user’s field of vision and responds to the movements according to what the screen displays in an appropriate way.

Virtual reality is eagerly hot to figure out the benefits of an innovative medium, either for productivity, sales or other promising uses. Thus nothing is real but everything is virtual.
Augmented Reality

A stroke between the real and digital world.

The simple difference between VR and AR is that AR lies in its own way where the digital contents are being mixed with reality.

It doesn’t lock up the entire space around the enjoyer in approval of new, fabricated one. It lies in between the digital layer of the viewer with reality.

The units in AR are translucent, enabling the users to view the surrounding as web graphs, maps, pages like Google Goggles. It manipulates the models which are overlapped onto the present scenario.

It is one of the accomplished and flexible VR technologies of the present day. It is consistently conveyed through the visor or movable screen for any purpose.
So what is the Mixed Reality Technology?

If people were to start using mixed reality, it would almost come full circle.

Mixed reality is something like a combo pack of both virtual with augmented reality. The essential term is flexibility where it enables the user to probe a digital 360-degree space. The illusion here is difficult to break.

While moving around, the virtual landscape withholds its own position getting closer in a way the real objects would be.

In general, the mixed reality is a self-reliant concept in order that categorizes the spectrum of reality technologies. It merges real with the virtual world to produce a modified environment.

It is also referred to as hybrid reality. It covers all the possible variations along with the creative structure of real and imagery objects.
How does Mixed Reality Technology work?

Mixed reality is an experience of the magical world.

Let me tell you something! In mixed reality, believability is a bottom line design strategy.

Mixed reality works by scrutinizing lightly the materialistic environment.

It develops in mind or physically a 3D map so that the device will understand how or where a digital content should be placed.

You can be able to interact with gestures too. It invites the digital into the real time, interacting with them. What you see in the headset is what the world will be, but everything becomes virtual.

The usage of transparent lenses in mixed reality with a knowledge of the tangible holograms to appear like the real objects. They are modified in such way to reach out with the environment also with each other.

It uses a projector for delivering the images on a semi-glassy material which will emulate the image to the eye with the help of beam splitting technology.
Mixed Reality Examples

The world around you will become absolutely new material for you to play, learn, and communicate together with perfect interaction. Now let us have a look at the examples.
Communication

Mixed reality Holoportation allows the device users in distinct cities or countries to interact with everyone in the same pact virtually while remaining miles and miles apart.
Education

For instance, Mixed reality helps the medical students benefit more comprehensive outlook with further interactions about the human anatomy.
Entertainment

Mixed reality Hololens totally changes the way for fans, to watch, interact with players, other fans, real-time game experiences and so on.

The usage methods for this technology never have a full stop. Initially mixed reality will replace the mobile devices but later on, it will start to replace all the other electronic devices at you home through a single pair of lenses.
Mixed reality Magic Leap - What we know about this mysterious mixed reality technology?

Do you know magic reality is something mysterious!

Beyond belief, the magic leap is a technique used for displaying or projecting the images onto a lens in front of the user"s field like mixed reality.

Mixed reality magic leap has developed an idea of show casting the images or objects to the eye through photonics chip. It projects the photons into the eye, mimics then finally matches the natural way in perceiving the environment.

It is also referred to as Mixed Reality Light field. The light field not only captures every beam of light that hits our eye but also the direction in which each beam is traveling through every point in space. It is a wearable device.

It still has its way to go further. The main goal of creating this is not for providing a bulky or heavy headset but it intends to develop with technology in much smaller form factor.

This paves way for virtual animations to a sense of depth. The high secured confidential of the new upcoming innovations have begun to develop tremendous buzz traffic online.
Conclusion

Mixed Reality Technology require unique interaction systems along with hardware systems. As the technology is improving MR will not only continue to distil but also improve the designs to the current trend. It targets for a completely immersive together with an ever-present system that a user may wear and interact with it at all times.

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How Does Artificial Intelligence Work?

The human brain is the most advanced and complex part of the whole human body. It is a result of billions of years of evolution. Even today, scientists are unable to entirely explain how exactly the thinking process works. We apparently are not intelligent enough to understand how we became intelligent. Scientists believe that we are not even making use of a fraction of our brain’s potential. But that discussion is for another day. This article is focused on a new interesting field of science that popped up in the last few decades, artificial intelligence or AI.

What is artificial intelligence?

Wikipedia defines Artificial intelligence (AI) simply as intelligence exhibited by machines. That is the core idea, but there is more to it than that.
Hollywood movies have made believe that AI means giving emotions to machines. That is far from the truth. Artificial intelligence is the use of smart algorithms and complex computer programming to make machines mimic human thinking. It means enabling machines to take inputs, think like a human brain and give an efficient and logical output. A fully fledged AI can thus, theoretically pass the Turing test.

Many readers will think that this happens only in fiction and are something that will never happen, many readers would be wrong. There is immense research happening in this area, and there has been many commendable products and advancements in the field.
Things such as Self-driving cars, Virtual assistants, speech recognition are happening around us. Optical recognition, or simply “Reading”, a human ability, is now no more a wonder, even smartphones can do that now. Similarly, there will come a time in our lifetime where AI will find a place in our day to day lives.
Applications of artificial intelligence
Artificial intelligence has so much potential that once it gets advanced enough, it will be a part of absolutely everything. Even the sky will not be the limit when this time. Even now, AI is advanced enough to find the following uses in the world:

Virtual Assistants
In the last decade, we saw smartphones becoming popular taking over the world. Virtual assistants became a part of them over the past few years. iOS has Siri; Windows has Cortana and Android has the Google Assistant. Of these 3, Siri is by far the most advanced. It comes integrated with every Apple iPhone. You can give it instructions to set alarms, reminders, ask for the weather conditions and do tons of things with it. Virtual assistants are programmed to learn with each human interaction and develop its understanding of human behavior, and this helps serving users better.

Artificial Intelligence and Cognitive computing will once reach that point when it can anticipate human needs and make human-like split second decisions based on inputs and experience.

Self-Driving Cars
This is a field that is so advanced that you will see the technology getting implemented in the next few years. Cars that does not require the involvement of a human. Think that it is fiction? It is not. Google and Tesla have been working on independent projects, and both of them are at its final stages. The car is driven by an AI and the AI, decides routes, controls the car and transports the passenger without disturbing them. All of these becomes possible through sensors and brilliant programming.

Online customer support (Chat bots)
These days, a lot of companies are using chatbots as a part of their customer service. These are algorithms that attempts to solve the problems of the users taking ideas from a data set and previous user experience. Try using the several chatbots in Facebook messenger app, or have a chat with the Google Assistant, you will certainly be amazed. All of these are possible due to smart algorithms and even smarter programmers.
Apart from these, AI finds uses in medical, military and communication fields.

Cognitive computing VS traditional programming

A program is how humans can give machines tasks and make them process data. Traditional programming refers to the use of programming languages to create software. Cognitive computing is the more advanced counterpart of that.
Cognitive computing or CC refers to technology platforms that make use of technologies such as Artificial Intelligence, machine learning, natural language processing, etc. Software or hardware that makes use of all these advanced computing techniques and imitates the functioning of a human brain can be called as examples of cognitive computing.

Cognitive computing is most used in the field of data analytics. Some of the existing applications are Face detection, Speech recognition, Behaviour Analysis, Sentiment analysis.

IBM Watson is a super computer that powers many applications in the field of Cognitive Computing. The IBM Watson APIs are used by a lot of developers to create applications.

Artificial Neural Network VS Human Brain

The human brain is the most complex and powerful computer in existence. We haven’t even tapped the edge of its full potential. The neural network is a biological network that connects every part of our body to the brain. The transmission speed of nerve impulses can be as high as 119m/s.

An artificial neural network, as you guessed is the digital version of this. It is a smart network that can change its structure based on the information that flows into it. It is always learning from each of the inputs and adapts itself to be more efficient. An ANN can learn from the input data sets. It can find patterns, ideal inputs, ideal solutions.

ANNs have more than three highly interconnected layers. Much like the human neural network, these layers receive data sets from the layer before it. The first layer takes the input, and the processing happens on each layer. Each layer has its own area of processing and uses rules that it knows or understood itself to process the input data. Ultimately, the last layer gives the output.

ANNs are being used widely where advanced processing is required. Cognitive computing, data mining, pattern recognition, face recognition, Temperature and Force Prediction, weather forecast are some of the common places where you will find an ANN in action.
List of programming languages for artificial intelligence

After creating algorithms, it needs to be coded in a specific programming language to be run on a machine. Even in its current adolescent stage, artificial intelligence, a lot of programming languages are available to back it up. Some popular programming languages such as Python and C++ can also be used for this. Deep knowledge of a language is necessary for a programmer to be able to work on artificial intelligence programs.
IPL or Information Processing Language, developed in 1956, was the first language to be made for artificial intelligence.
AIML or Artificial Intelligence Markup Language, an advanced form of XML is used to create the chatbots that you use.
Smalltalk is an Object Oriented Programming language, that is being used a lot for Artificial neural networks, machine learning, etc.
Good old Python.
Lisp
Prolog

Conclusion: Artificial Intelligence and Human Conscience
Science fiction movies such as “I, Robot” directed by Alex Proyas have talked about Artificial Intelligent systems that grew a conscience. These had plots that mostly centered on such AI systems trying to take control of the earth. Even though that’s fiction, we are definitely nearing to a future where such systems will exist. Artificial Intelligence is a field where extensive research is going on, and a lot of money is flowing. Maybe one-day science fiction will become fact and it may or may not lead to a better life for humankind.

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5G Wireless Technology Will Revolutionize The Internet Content

“Data is the new Oil”, said the richest man in India who also owns a 4G telecom network there. The new age is driven by data and the transfer of it. Live one day without the internet and you will understand this, you probably won’t last the day anyway. An average smartphone user’s day starts with checking his messages just after he disables the alarm. Then the whole day is spent checking mail, uploading selfies, scrolling the news columns, video chat, streaming videos and this goes on till right before he falls asleep. A moderate user with a decent internet pack will use a minimum of 1 Gigabyte of internet data per day.

The internet keeps us all connected to the outside world. You will receive news about things within minutes after they happen. You can see a friend living in another continent using video calls. You can stream movies in the comfort of your home. You can do thousands of things with/on the internet.

All of this becomes possible because of the advancements in communication technology. A good data transfer speed is necessary to enjoy the internet as it is. Buffering videos are equal to slow death for most users, and a video call over a poor network will surely be tormenting. Understanding the need for more and more faster networks, researchers and communication engineers are working their best to make the transfer of data faster.

The current fastest widely used technology is 4G LTE, where LTE stands for Long Term Evolution. It came after the slow 2G network and the faster (yet slower when we look back) 3G network. In most places, 4G costs the same as 3G and is thus a no-brainer upgrade. The speeds are much better, and anyone making a shift will feel it. A 4G supporting device is needed for it, and a majority of the devices still have the 3G SIM slots. This is the only barrier that stands between 4G and the world. Theoretically, 4G LTE offers speeds of about 150 Mbps. That’s a 500MB file downloaded in under 5 minutes. Along with 4G LTE came another technology called VoLTE which stands for Voice over LTE. Using this technology, voice calls were made using the internet. As this gets implemented, users can make calls and not pay extra for that. The calls had high quality and low noise.

Even though 4G is yet to reach most places, the research, and development for the fifth generation (5G) is already in full swing. This article will be focussed on 5G Wireless Technology.
What is 5G Wireless Technology?
5G is the acronym given to the fifth generation standard in Internet connectivity and communication. It came after 2G, 3G, 4G LTE and 4G LTE-A. The first basic chip design to support 5G was accomplished by the American chip manufacturer, Qualcomm in October 2016.

The basic targets for 5G are higher speeds and lower power consumption. The main aim of 5G Wireless technology is to make the Internet Of Things (IoT) better.

The Next Generation Mobile Networks (NGMN) Alliance, an association of mobile operators is the deciding authority when it comes to 5G. They have decided that for the success of 5G, it must be launched by 2020 and companies have invested heavily in making this happen. New processors, basebands, and other chips need to be developed and implemented in the new mobile devices to support 5G wireless technology.

The Next Generation Mobile Networks Alliance has also defined the requirements for the 5G standards. They are as follows:

Data rates of ten megabits per second for ten thousand users

Data rates of 100 megabits per second for metros

Hundreds of thousands of connections at a time for devices

Lower infrastructure costs

Improved Spectral efficiency

More supported devices

Better coverage

Reduced latency
Extensive research is still going on in this field, and two chipset manufacturers are on the front line. The American chipset manufacturer Qualcomm and the Chinese giant Huawei.
5G wireless technology will use the millimeter wave bands (20 – 60 GHz bands) so as to create a wide bandwidth for radio channels to support data speeds of up to 10 Gbit/s.
Qualcomm 5G: Qualcomm was the first company in the world to announce a chipset that supports 5G. It announced the Snapdragon X50 back in October 2016, the first-ever commercial 5G chipset. It operates the 28 GHz band along with 800 MHz bandwidth support. It can support a maximum download speed of up to 35.46 gigabits per second.
Huawei 5G: Along with M1, another telecommunications giant, Huawei has been testing chipsets running on 5G technology. On January 2017, they conducted a lab trial where they achieved speeds of 35 Gbps using the 73GHz band. On February 2017, Huawei was able to clear the performance tests of 5G radio signals in the 3.5 GHz band.
5G Wireless Technology Will Revolutionize The Internet Content
On every generation of communication, we can see the Internet content changing. When it was the age of the 2G, text ruled the internet. Applications such as WhatsApp, Facebook, Orkut was popular back then. Images were also used but watching a video over a 2G network was a real pain.

When 3G came people started watching videos and using images extensively
The speeds were much better when compared with 2G, and more and more people started using the internet on their mobile phones. The advent of smartphones was only possible because of the improved state of connectivity.

Then came 4G, the era of videos and GIFs. People can now watch videos without buffering, and the content gets loaded instantaneously. Streaming also became popular, and people now watch live TV, sports matches, Movies via online streaming. Moreover, 4G is affordable now. Unlike 3G which was too costly for a large population when it was released.

When 5G Wireless Technology gets released, it will change the whole of the internet. Videos will become the standard and people will refrain from using the images as media. Video calls will take over voice calls, and new ways of communication could get established. Holograms can get advanced and famous. A hologram is a 3D projection of any object.

The 5G wireless technology is expected to bring in a revolution in the field of Internet Of Things (IoT). IoT refers to interconnecting all kinds of devices via the internet. Devices in a home, on the road, inside vehicles can be connected and controlled remotely. TV, speaker system, High-speed data transfer is necessary to achieve this and 5G is the answer to that.

Maybe teleportation will become possible and it will make use of the high-speed 5G Wireless technology to transfer people and objects from one point to another. Anything is possible if high-speed connectivity is available for it.
Conclusion
With just three years left for the launch of the first 5G chipsets, manufacturers must be spending billions of dollars on its development. This is a highly important area and could affect the lives of billions of people. An affordable high-speed internet connectivity having speeds in the Gbps range will change the whole landscape of the internet. The fact that all of this will happen in our lifetime is something both exciting and exhilarating. We are definitely living in a golden era, an era where data is the oil.

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What is Spatial Augmented Reality?

Spatial Augmented Reality Connotation “SAR-The Merger Of Real With The Virtual World”

Spatial Augmented Reality augments the genuine things along with existing man-made materials or objects. It gives hand in setting up a performance despite the usage of the distinctive displays. It utilizes the digital projectors to exhibit the graphical visuals as tangible objects. The major characterization in SAR is about the display that is being separated or detached from the users.
SAR can display on any number of external surfaces inside a place at once. Users are able to feel the physical material in such a method that provides a passive tactile sensation. Some of the physical objects are smart mobile projectors, table, lamps etc. Such objects are projected imagery onto the neutral objects, which enhances the appearance with the help of a projector-camera and sensors.
There are many more applications with arrangements that make SAR show attractive together with effluent interaction as a possible choice. In SAR the sensible environment is improved with the images not commonly but with visual effects.
For instance, the images would be displayed on the real materials using the digital projectors with flat panel displays. This provides a new interesting way in realizing the illusion of the objects existing.
In SAR an actual object can occlude the virtual object. In case, if you position your hand in front of the face it will occlude the virtual object behind providing the illusion that the virtual object does exist in the world.

Spatial Augmented Reality Interesting APPs

Google Goggles

It is an app for the android users that provide users the appropriate search results. This search app looks up in considering the popular landmarks or codes for information or translating the messages. To make it work, you just have to turn the camera towards any object then the app will scan it considering the details about the object.

Sky Map

Sky map is an attractive app. The functioning of this app is also the same as before. Just point the smartphone towards the night sky, finally, the app will provide you all relevant details such as the name of star, planets, constellation that are at within your eye view.

Mapping

The mapping app helps you in converting the grid coordinates. It converts the coordinates among the data and projections. It even calculates the distance between the coordinates.

Weather

This app is a weather alert app. This is one of the best centralized weather apps which works like the speed of electric furthermore effective and it functions as the other apps.

RadarScope

RadarScope is an app store regarding the global weather enabled as long as the people who are actively interested in weather as well as for meteorologists. It forecasts information about ice, rain, snow etc.

Equipment APP

The equipment app is an official app in management. You can easily check the equipment from any place. It displays the availability also with the current position of every single item.

Spatial Augmented Reality Examples

SAR is very perfectly a wonder innovation. It has all the abilities to bring an image or product to life. It engages with the users completely entering into a very new level. Here are some of the best innovative and creative examples. Just have a look!!!

Makeup Mirror

Women go bonkers for makeup. They always do require the perfect shades in makeup. The SAR reality makes up mirror takes an image of the face showing the latest cosmetics that will go well on their face.

Spatial Augmented Reality Catalogue

The SAR catalog enables the purchasers to know how furniture would look inside their house. This app not only measures the size of the product but also gives us an idea how the furniture can be fixed according to the possible size.

The Perfect Jewelry

Platinum and Diamonds are a soul mate for women. Choosing them is really a hectic task. To make our work easier with prettiness, this app shows which collection will suit or look better on our skin at different lights.

Spatial Augmented Reality Attractive Footwear

Just by pointing the phone towards our leg, it will show us the perfect foot wears according to our taste. Customers just click on to a shoe from apps catalog checking out if it works well with them. Just because for this they need not leave their home searching for footwear.

Beauty Box

The conclusive app is a beauty box app. In this app, the customers can simply select the skin tone, later then place the desired nail polish on the nail bar. The display will give us a look of how the polish suits the skin tone.

How does Spatial Augmented Reality Work?

Spatial Augmented Reality really does wonders by including graphics with a haptic sensation. Everyone will now be able to enjoy the taste of benefit through SAR
SAR does excellent work by melding together the real with the virtual world by augmentation. In simple terms, it is just the live telecast of the real world objects by the computer generation. SAR supplements the data to the existing world by the interaction phase which makes it lively.
At one point of view, the marker based applications lay on top of the image with the general information. By doing so, SAR calculates its place, position, and adjustment by augmenting the facts of existence. With the help of a scanner, you will be able to get progressive information along with a digital experience.
From another point of view, a location-based application makes use of the trackers on the phone. It gives us information about the relevant data. If you want to know about hotels and restaurants, the map will guide you in drawing the directions for the destination.
The main use of SAR is in as much as military purpose, industrial purpose, medical purpose, commercial purpose, and entertainment. It is applicable to games also. It makes us feel the liveliness while playing games through the digital effects.
In the case of emergency in a medical field, it hands over the information like crystal clear water. It is very much appealing also even more captivating in education. It provides such an atmosphere where the studies have also been augmented.
SAR is applicable in inquisitive desiring knowledge as well as extraordinary places like archaeology or other. It superimposes a view of the real life before and after construction with the modern landscape. It provides a perfect information about how the ancient constructions would have been at that time.

Spatial Augmented Reality - Field Of Uses

Spatial Augmented Reality For Artists

SAR uses different appliances to the speedy generation in drawing pictures along with the projection of photos. It gives an integrating digital data in the real world through the art of projection. SAR provides a very effective 3d interaction phase.
The images appear like an illusion which gives life to the drawing. We explore a new world through the materialism. The images that are hard to draw by an artist will be done in a very easy manner through SAR technology. The impossible becomes possible.

Spatial Augmented Reality In Industries

There are many advanced types of equipment in the industrial field where automation is made possible through the effect of digital computer. SAR allows in finding the procedures as a consequence thus making it simple, neat and also precise.
The operating source visually follows and interactively takes charge over the control panels. Along with this, it monitors the changes in the machines. It has access to huge amount of information in addition to that it keeps increasing, making the machine sophisticated in a very complex nature. The information should be clearly displayed so that there can be no overloaded demanding interface to the user.

Spatial Augmented Reality In Gaming

There is a separate world of games. Games are built into a heap like a table tennis, chess board games with the list going on. With augmentation, the miniature games have been developed despite the defining characteristics. The games with the 3D effect may have a set of strategies to keep the players in on-mode. The virtual existence gives immense pleasure while gaming.

The more sophisticated the instruments are the more sophisticated life is.
"SAR is Like Dreaming With Your Eyes Wide Open!”

https://www.youtube.com/watch?v=Df7fZAYVAIE

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