PUBG MOBILE NEW STORY MODE

PUBG with a plot! that is the biggest news to come back out of the Battle Royale universe. PUBG, particularly the mobile version of the game has been massively popular in india. the only purpose of the game is to survive and be the last man standing. there's nothing more to that. The battle royale genre currently has more games based on this format and it's obtaining cluttered out there. All of this may change shortly because the makers of PlayerUnknown's Battlegrounds (PUBG) are set to launch another game among the PUBG space which will come with a story mode.

"As an explicit, the liberty to explore the PUBG universe has been excited concerning the probabilities, that I view beyond the battle royale genre", Schofield had

said.

However, there are rumours that the new narrative primarily based game are set inside the PUBG world.It was inevitable for PUBG to seem for a narrative based different as its arch-rival Fortnite also includes a story-driven mode. The concept of a narrative based game is not new tho'. Games like battlefield, call of Duty and Dead space are using story-driven gameplay for several years now.

Cryptocurrency

The definition of a cryptocurrency could be a digital currency engineered with cryptographic protocols that make transactions secure and tough to fake. the most important feature of a cryptocurrency is that it is not controlled by any central authority: the decentralised nature of blockchain makes cryptocurrency theoretically resistant to the old ways that of government control and interference. 

Cryptocurrencies create it easier to conduct any transactions, for transfers are simplified through use of public and private keys for security and privacy functions. These transfers can be done with nominal processing fees, permitting users to avoid the steep fees charged by traditional financial institutions.

However, the most recent news on cryptocurrencies indicates that as a result of cryptocurrencies are devoid of a central repository, a digital cryptocurrency balance is exhausted by a computer crash, a hack, and different unexpected events.

Cloud Computing

The “cloud” has forever been a metaphor for the Internet; in fact, cloud symbols are usually used to portray the internet on diagrams. As a virtual area that connects users from everywhere the world, the internet is like a cloud, sharing info by means of satellite networks.Cloud computing, in turn, refers to sharing resources, software, and data via a network, in this case the internet. the data is stored on physical servers maintained and controlled by a cloud computing provider, like Apple in regards to iCloud. As a user, you access your stored data on the cloud via the internet.

By using cloud storage, you don’t have to store the data on your own hard drive. Instead, you'll be able to access it from any location and download it onto any device of your choice, including laptops, tablets, or smartphones. Moreover, you'll be able to also edit files, like Word documents or PowerPoint presentations, simultaneously with other users, creating it easier to work faraway from the workplace.

Advantages

1. Worldwide Access
2. More Storage
3. Easy Set-Up

Disadvantages

1. Automatic Updates
2. Security
3. Privacy
4. Loss of Control

Medical Technology

Technology is used everyplace, but it will be a matter of life and death in the medical professions. Technology has virtually saved countless lives. Medical technology is just the utilization of our data to create objects to safeguard living organisms from sickness or death.

Medical Technology for Diagnosis

Diagnosis is the method of distinguishing what's wrong with somebody. medical diagnosis technology starts with easy things: stethoscopes to listen to someone's heart, hypodermic needles to require blood samples for analysis, and blood pressure cuffs. however they get far more complicated.

An mri scanner, for instance, creates pictures of the tissues inside your body - even the brain! we do this to see for organ abnormalities, to look for cancerous tissue, to identify torn ligaments, and plenty of other uses. It works by surrounding someone with a large magnet. This aligns the magnetic particles in a person's body.

Heart monitors keep track of an individual's heartbeat. you would possibly have heard them beeping dramatically on medical shows. we can also look into the way a person's heart is working using an ekg (or electrocardiogram) machine, that sends electrical pulses through a human body to check the heart's electrical (nerve) activity. Doctors would possibly use one to work out if they suspect a heart attack in a patient, or to see the effect of heart medication.

Drones

Drones, also referred to as unmanned aerial vehicles (UAVs), don't have any human pilot onboard, and instead are either controlled by an individual on the ground or autonomously via a computer program. These stealth craft are getting progressively popular, not only for war and military functions, but also for everything from wildlife and region analysis to disaster relief and sports photography. Drones have become the eyes and ears of scientists by measuring the ground for archaeological sites, signs of illegal hunting and crop damage, and even zipping within hurricanes to review the wild storms. you can even rent a private drone to soar on top of the horizon and snap a photograph or video. Future developments in drone technologies, innovative uses for drones and the way drone use can impact society.

The best drone 2019?

DJI Mavic Air

Weight: 430g | Controller: Yes | Camera resolution: 12MP | 

Battery size: 2,375mAh | Range: 6.2 miles

• Incredible portability 

• 4K video at up to 100Mbps

• Near-perfect obstacle avoidance

• Really needs multiple batteries

Facial Recognition

Facial recognition is a category of biometric software system that maps a person's facial features mathematically and stores the information as a faceprint. The software system uses deep learning algorithms to check a live capture or digital image to the hold on faceprint in order to verify a person's identity.

How a facial recognition application works ?

The software identifies 80 nodal points on a human face. In this context, nodal points are endpoints used to measure variables of a person’s face, such as the length or width of the nose, the depth of the eye sockets and the shape of the cheekbones. The system works by capturing information for nodal points on a digital image of an individual’s face and storing the resulting information as a faceprint. The face print is then used as a basis for comparison with data captured from faces in an image or video.

Even though the facial recognition system solely uses 80 nodal points, it will quickly and accurately determine target people once the conditions are favorable. However, if the subject’s face is partially obscured or in profile rather than facing forward, this type of software is less reliable. According to the National Institute of Standards and Technology (NIST), the incidence of false positives in facial recognition systems has been halved every two years since 1993.

Who uses facial recognition?

• U.S. government at airports.
• Mobile phone makers in products
• Colleges in the classroom
• Social media companies on websites
• Airlines at departure gates

Virtual Reality (VR) & Augmented Reality (AR)

Virtual Reality (VR) immerses the user in an environment whereas Augment Reality (AR) enhances their environment. though VR has primarily been used for gaming so far, it's conjointly been used for coaching, like Virtual Ship, a simulation software system used to train U.S. Navy, Army and Coast guard ship captains. the popular Pokemon Go is an example of AR.

Both have enormous potential in coaching, entertainment, education, marketing, and even rehabilitation when an injury. Either can be used to train doctors to try and do surgery, provide museum-goers a deeper experience, enhance theme parks, or perhaps enhance promoting, like this pepsi max bus shelter.

According to an article at Monster.com, the demand for job candidates with VR knowledge is up 37 %, however the potential workers are in brief offer. That demand can solely increase. There are major players within the VR market, like Google, Samsung, and Oculus, however lots of startups are forming and they are going to be hiring—or attempting to, in light of the shortage. getting started in VR doesn’t need plenty of specialized knowledge. Basic programming skills and a forward-thinking mind-set will land employment, though different employers are going to be searching for optics as a skill-set and hardware engineers also.

Artificial Intelligence (AI)

Artificial Intelligence (AI) has been around since 1956 is already wide used across the globe. In fact, five out of six Americans use AI services in one kind or another daily, together with navigation apps, streaming services, smartphone personal assistants, ride-sharing apps, home personal assistants, and smart home devices. additionally to consumer use, AI is used to schedule trains, assess business risk, predict maintenance, and improve energy efficiency, among several alternative money-saving tasks.

AI is one part of what we have a tendency to visit generally as automation, and automation is a hot topic due to potential job loss. consultants say automation can eliminate 73 million additional jobs by 2030. However, automation is making jobs furthermore as eliminating them, particularly within the field of AI: Pundits predict that jobs in AI can range 23 million by 2020. Jobs are going to be created in development, programming, testing, support and maintenance, to name a few. artificial intelligence architect is one such job. Some say it will shortly rival data scientist in need for skilled professionals.

Startups are using AI algorithms for wonderful tasks, like finding out tumours in medical pictures, serving to folks learn foreign languages, or automating claims-handling at insurance firms. Entirely new classes of applications are being created, where a natural oral communication between humans and machines is taking centre-stage, together with building chatbots for everyday consumer requests, like accessing the newest news updates, game scores, or weather.

5G Technology

Fifth-generation wireless (5G) is the latest iteration of cellular technology, engineered to greatly increase the speed and responsiveness of wireless networks. There are several new 5G technologies and techniques that are being discussed and being developed for inclusion within the 5G standards.

These new technologies and techniques will enable 5G to produce a a lot of versatile and dynamic service.

The technologies being developed for 5G include:

• Waveforms: One key space of interest is that of the new waveforms which will be seen. OFDM has been used very successfull in 4G LTE also as variety of different high data rate systems, however it will have some limitations in some circumstances. different waveform formats that are being mentioned include: GFDM, Generalised Frequency Division Multiplexing, similarly as FBMC, Filter Bank Multi-Carrier, UFMC, Universal Filtered MultiCarrier. 

• Millimetre-Wave communications: Using frequencies a lot higher within the frequency spectrum reveal additional spectrum and also provides the chance of getting a lot of wide channel bandwidth - presumably 1 - 2 ghz. but this poses new challenges for handset development where most frequencies of around 2 ghz and bandwidths of 10 - 20 mhz are presently in use. For 5G, frequencies of higher than 50GHz are being thought-about and this can present some real challenges in terms of the circuit design, the technology, and also the approach of the system is used as these frequencies don't travel as far and are absorbed almost completely by obstacles. different countries are allocating different spectrum for 5G.

• Dense networks:  Reducing the scale of cells provides a far more overall effective use of the available spectrum. Techniques to make sure that small cells in the macro-network and deployed as femtocells can operate satisfactorily are needed. there's a big challenge in adding huge numbers of additional cells to a network, and techniques are being developed to modify this.

Li - Fi Technology

Li-Fi is wireless communication technology, that utilizes light to transmit information and position between devices. The term was 1st introduced by Harald Haas during a 2011 TED Global talk in Edinburgh. 

Li-Fi is a derivative of optical wireless communications (OWC) technology, that uses light from light-emitting diodes (LEDs) as a medium to deliver networked, mobile, high-speed communication in a similar manner to Wi-Fi. LiFi covers distance of about 10 meters while WiFi covers about 30 meters.

There's a great deal of potential for LiFi in india, as a lot of internet devices are being added into the connected system daily, leading to radio networks turning into congested. With more and more digital content being consumed through mobile devices, within the future, customers will demand a quicker internet connection which will be easily enabled through LiFi.

Advantages of Li-Fi Technology

1. Secure: radio frequency will trespass through wall however light doesn’t, thus information are safer than now. User will see wherever the data is going.                                              
2. No interference: radio frequency technology like Wi-Fi is liable to interference from a wide range of devices like cordless phones, microwaves and neighboring Wi-Fi networks. Interference is much easier to avoid and even stop altogether while using Li-Fi technology.                                                                                                                                                
3. Smart lighting: smart lighting can facilitate the atmosphere (both indoor and outdoor) looks well, at the same time providing smart hotspot to the devices.                                   
4. Cost: Li-Fi price is minimal as compared to Wi-Fi technology.