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Case Study: Operators collaborate to drive mission-critical services globally using 5G

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The Challenge

BT and Verizon have been researching the power of technologies like virtualization, edge cloud computing and federated network slicing as key enablers for the next generation of services to ensure high quality of service excellence.

Previous generations of mobile technology have not been capable of supporting certain kinds of mission critical communications, in particular, those that require real-time communications and specifically when operating in a different country or across different geographical locations. However, through deploying 5G radio, core and network slicing, these requirements can be met. By harnessing 5G technology, together with virtualized network functions, operators can have a deeper integration within each other’s networks by creating network slices, federated across operators, which enables ultra-low latency services to exist across countries and continents.

The solution

On February 21, 2018, BT, Verizon, King’s, Ericsson and Unmanned Life demonstrated autonomous control and management of a fleet of drones in central London, which was launched from the US by Verizon, on a dedicated 5G network slice within BT’s network. These techniques can deliver a vast array of applications, including mission critical services that require ultra-low latency and high availability to achieve real-time feedback loops that enable applications like remote operations regardless of geographical location. These applications could include advanced disaster recovery services using drones, such as delivery of equipment, medicine, food, water and blood or the rapid deployment of a temporary cellular network using drones to enable vital communications.

The demonstration, which utilized new pre- commercial 5G radio, was achieved by building a 5G core and creating two network slices with similar characteristics: one, a low latency breakout for a BT end user; the other, a Verizon low latency breakout. This advancement opens up a wide range of opportunities and makes it possible to deliver applications such as remote and/or autonomous control of drones and rovers, to real-time search and rescue applications – something that was not previously possible.

The result

BT, Verizon, Ericsson, King’s and Unmanned Life demonstrated a number of use cases at the University’s central London location. The use cases were centered around disaster response scenarios including:

Delivery of emergency kit or rescue equipment to a disaster area using drones
Search missions with HD imaging in disaster recovery zones, specifically areas of difficult access
Coordinated missions where multi drone fleets from multiple countries could be used to inspect an emergency area or perform specific tasks (e.g. load handling)
Rapid deployment of a temporary cellular network using drones, enabling vital communications for disaster recovery
These use cases were enabled by an AI driven autonomous platform provided by Unmanned Life. Together, the companies showed how emergency response teams from different countries can immediately deploy and control their drone fleets in a remote disaster zone.

These applications demonstrate that combining 5G radio, with its inherent higher bandwidth and lower latency characteristics, together with network slicing and network function virtualization, can enable operators like BT and Verizon to deliver specialized services to public and private sectors on a global basis. In addition to the use cases demonstrated, this technology can assist in other use cases including health and remote surgery applications and assisted driving or autonomous vehicles.

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Nokia,Samsung sign 5G patent license agreement

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NEW DELHI: Finland-based company Nokia said that it has signed a new cross-license patent agreement with Samsung following the expiry of the previous agreement at the end of 2022.

Under the agreement, which covers Nokia’s fundamental inventions in 5G and other technologies, Samsung will make payments to Nokia for a multi-year period beginning 1 January 2023. The terms of the agreement remain confidential between the parties.

Jenni Lukander, President of Nokia Technologies, said: “Samsung is a leader in the smartphone industry, and we are delighted to have reached an amicable agreement with them. The agreement gives both companies the freedom to innovate, and reflects the strength of Nokia’s patent portfolio, decades-long investments in R&D and contributions to cellular standards and other technologies.”

The agreement is consistent with the assumptions that Nokia has disclosed in the long-term Nokia Technologies outlook commentary in its Financial Report for Q3 and January-September 2022 issued on October 20, 2022.

Nokia’s industry-leading patent portfolio is built on more than €130 billion invested in R&D since 2000 and is composed of around 20,000 patent families, including over 4,500 patent families declared essential to 5G. Nokia contributes its inventions to open standards in return for the right to license them on fair, reasonable and non-discriminatory (FRAND) terms. Companies can license and use these technologies without the need to make their own substantial investments in the standards, fueling innovation and the development of new products and services for consumers.

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Apollo Hospitals, Bharti Airtel conduct industry’s first 5G/AI guided colonoscopy and more briefs

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NEW DELHI: Bharti Airtel, India’s premier communications solutions provider and Apollo Hospitals, Asia’s foremost trusted integrated healthcare group today announced that they have carried out India’s first 5G driven, Artificial Intelligence (AI) guided Colonoscopy trial.

The trial was conducted using AI on Airtel’s 5G technology with ultra-low latency and high processing capabilities as a result of which the colon cancer got detected much faster and with greater accuracy. HealthNet Global, AWS and Avesha are the other three companies that collaborated in this trial.

As a result of AI guided colonoscopy procedure, the image processing happened in real time without any lag even when the physician moved the scope through the colon for it to be overlaid on top of the right element of the colon. The advent of this technology enables an “extra pair of eyes” for physicians and improves the detection rate of polyps, thus saving lives and vastly improving patient care. The data was processed by Avesha edge inferencing applications on AWS platforms on a real time resulting in much faster analysis. AI assisted Colonoscopy Polyp Detection trial will help doctors to improve quality of patient care, improve accuracy of detection rates by capturing information correctly and reducing errors. 5G, Edge computing and Artificial Intelligence can significantly improve patient outcomes by assisting in proper and timely diagnoses.

As per current protocol, colon cancer is detected through colonoscopy procedure which is manual and requires great attention and time from medical practitioners for accurate detection. Currently, the procedure is performed using a device comprising of flexible tube with light, camera and tools at one end, which are used to extract samples to identify an infected polyp. Not only is the procedure long, its discomforting for patients and for the doctors and nurses who perform the procedure which takes around 30 to 40 minutes.

Speaking about the trial, Ajay Chitkara, CEO and Director, Airtel Business said “Ultra-fast, low latency 5G networks will transform the Healthcare sector in the country. At Airtel, we are geared up to lead this transformation and have demonstrated this by conducting India’s first colonoscopy trials. Healthcare is one of the most promising use cases for 5G, and we are delighted to collaborate Apollo Hospitals, AWS, HealthNet Global and Avesha. This is just the beginning, and I am certain we will bring many more innovative use cases that will help redefine healthcare in the country.”

“By augmenting doctor’s ability to detect, AI has been proved to improve physician’s accuracy. Early detection and removal of polyps can easily avoid them becoming cancerous. Apollo has always been a fore runner in adoption of technology. Our patient centric approach keeps us on an outlook for technologies which can make outcomes better.” said Dr. Sangita Reddy, Joint Managing Director, Apollo Hospitals Group.

Vaishali Kasture, Head – Enterprise, Mid-Market & Global Businesses, India & South Asia – AWS India (Amazon Web Services India P Ltd) said “5G and edge technologies offer high speed and real-time data analysis that can help transform the delivery of healthcare. AI inference provides better insight and information to healthcare professionals to predict, diagnose, and treat patients more effectively. We are delighted to collaborate with Airtel and Apollo hospitals to bring AI-powered solutions with an aim to improve patient experience and healthcare service quality.”

Colonoscopy procedures for early detection and prevention of cancers is being advised for all men and women above 45 years of age. In India, where the target population is large in terms of numbers, solutions built on 5G and AI are key to assist doctors to bring quality care to the maximum population

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Apple rolls out beta programme for iPhones to enable 5G services

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NEW DELHI: Apple Inc has rolled out a beta programme to enable 5G on Apple devices as the upgrade lets users try out pre-release software.

This software upgrade enables 5G access on Apple devices, as and when service providers Jio, Airtel and Vodafone enable 5G network access, sources said.

Apple Users have to enrol for the Beta Programme on the website, install a profile and download the software.

Jio users using iPhone 12 and above, in cities where JioTrue5G has been rolled out, will be invited to the Jio Welcome Offer. Jio Welcome Offer provides unlimited 5G data at up to 1 Gbps speed to users at no additional cost. However, there is a condition that prepaid users must be on active Rs 239 and above plan. All Postpaid users are eligible for this trial.

Airtel is not providing any special 5G offer like Jio to their users. In the cities/areas in which the Airtel 5G network has been launched, users can trial 5G services as a part of their existing plan, once they have updated the latest Apple Beta software.

While an email sent to Apple did not solicit an immediate response, the firm had last month stated: “We are working with our carrier partners in India to bring the best 5G experience to iPhone users as soon as network validation and testing for quality and performance is completed. 5G will be enabled via a software update and will start rolling out to iPhone users in December”.

Airtel and Jio customers on iPhone 14, iPhone 13, iPhone 12 and iPhone SE (3rd generation) models can experience 5G as part of Apple’s iOS 16 Beta Software Program. The Apple Beta Software Program is open to anyone with a valid Apple ID who accepts the Apple Beta Software Program Agreement during the sign-up process.

If a user has an iCloud account, that is an Apple ID, it is recommended they use that. If they do not have an iCloud account or any other Apple ID, they can create one.

Customers who want to try the beta software should back up their iPhones before installing the beta software. It is recommended to install the beta software only on non-production devices that are not business-critical. Users can also provide feedback to Apple on quality and usability, which helps Apple identify issues, fix them, and make Apple software even better.

The iOS beta comes with the built-in Feedback Assistant app, which can be opened from the Home screen on the iPhone or iPad or from the Dock on the Mac.

Source: Press Trust of India

 

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