Monthly Archives: February 2022

Democratised technology has catalysed autonomous driving efforts – Automotive World

Posted: February 7, 2022 at 6:55 am

Autonomous driving has progressed rapidly in recent years, moving from small-scale robotics challenges to reshaping some of the worlds biggest companies long-term strategies. Programmes that might once have been considered pet projects have since attracted multi-billion-dollar investments, and advanced driver assistance systems (ADAS) have now become a standard fit for many mass market vehicles.

The prospects for deployment vary by sector, but the industry is well and truly on its way to producing autonomous vehicles (AVs) at scale. JamesHodgson, Principal Analyst, Smart Mobility & Automotive at ABI Research, gives his take on the current state of play and how such progress has been achieved in a relatively short period.

How would you describe the evolution of the autonomous driving space?

Various factors have taken something that seemed only technically possible 15, 20 years ago, to something that you could feasibly see deployed with business models that make sense.

The cost structure has

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Dyson launches V12 Detect Slim vacuum cleaner with laser detection technology in India – The Indian Express

Posted: at 6:55 am

Dyson has launches its latest cord-free vacuum cleaner in India the Dyson V12 Detect Slim, which comes with laser detection technology. The Dyson V12 Detect Slim has a Hyperdymium motor from the company, which generates up to 150 air watts of suction. It has a five-stage filtration, and the company claims this vacuum cleaner can capture captures dust particles down to 0.3 microns.

As engineers, our job is to solve daily problems, and the past few months has created plenty of new ones with more time spent indoors. We are all cleaning more frequently, trying to remove the additional house dust but desperate for peace of mind that our homes are truly clean, James Dyson, Chief Engineer and Founder said in a press statement.

It also uses adapted laser technology to reveal hidden dust. Dyson has integrated a diode laser into the cleaner head, which will reveal particles that might not be visible to the naked eye. Further, the laser is positioned in a way to ensure an optimal angle, when using the cleaner.

The company has used a green laser diode, and this was chosen for its ability to provide the best contrast. The laser is fitted into the Slim Fluffy cleaner head to ensure that hidden dust on the floor surface can be seen and removed.

Further, the vacuum cleaner can measure the size and count the particles 15,000 times per second thanks to its acoustic piezo sensor. This sensor converts vibrations into electrical signals, which then displays the size and the number of particles sucked up on an LCD at the back of the vacuum cleaner. Dyson states that the user can see how much dust the vacuum has removed, as well as the different sizes of particles.

Further, the sensor will ensure that the suction power is increased when the vacuum cleaner comes across a large amount of dust. This happens in auto mode when the piezo sensor detects high concentrations of dust. Reactive suction power is triggered to automatically increase in power thanks to the sensor.

Dyson is also adding a new anti-tangle Hair screw tool. This will remove the problem of hair getting stuck on the brush bar. The new anti-tangle conical brush bar spirals hair off and into the bin. This also prevents the wrapping of hair around the brush bar, which is a common problem with vacuum cleaners.

The Dyson V12 Detect Slim is available from today, starting at Rs 58,900 at Dyson.in and Dysons own offline stores.

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What is 5G Technology and How Will It Transform Our Lives? – Interesting Engineering

Posted: at 6:55 am

If you've been watching the news lately, you've probably heard of 5G technology and how it is set to transform our lives. As the next-generation cellular data network, it is expected to radically improve wireless connections and data transfer rates, and power some of the most advanced data technologies like smart cities, autonomous vehicles, and more.

What does 5G mean though? How does it work? Is it safe? And how fast are 5G connection speeds expected to be?

The term 5G refers to the fifth generation of cellular data technology. While not a single technology in itself, 5G is a collection of technologies that work together to form a specific technology standard that other devices can connect to for internet access.

According to Qualcomm, a leading mobile technology company, "5G wireless technology is meant to deliver higher multi-Gbps peak data speeds, ultra-low latency, more reliability, massive network capacity, increased availability, and a more uniform user experience to more users. Higher performance and improved efficiency empower new user experiences and connect new industries."

What makes 5G exciting for many is that the data transfer rates for 5G are substantially higher, and so it is expected to enable all sorts of new consumer technologies that simply aren't possible with existing the 4G LTE network infrastructure. The most promising of these is so-called "smart city" infrastructure, like autonomous bus lines, improved traffic monitoring and management, electricity and water system management, and more.

The biggest advantages of 5G are going to be the number of concurrent connections as well as the data transfer speeds of those connections. The part of the radio spectrum that 5G accesses is almost entirely unused, so there is far less interference from different radio signals that can limit how fast data can be transmitted. What's more, since it's far less congested, you can have many more devices connected to the network that will enjoy the full benefit of a 5G network's improved data speeds.

The biggest downside of 5G networks is that you will need special equipment to access them. Old phones and tablets won't be able to connect to 5G networks, and any existing connected infrastructure will need to be upgraded in order to work with 5G. These upgrades aren't too onerous when it comes to your phone or other mobile devices, but they can be quite costly when you're talking about upgrading city infrastructure.

More recently, airlines in the United States protested that 5G masts near airports threatened to interfere with critical equipment in airplanes like altimeters that rely on radio signals near the frequencies that new 5G networks use. This can be potentially hazardous when a plane is attempting to land, especially in bad weather, when the altimeter is important for knowing how close the plane is to the ground. As a result, network providers are restricting their networks around airports and are looking for other solutions to the issue.

5G is a cellular network, which means it operates using a system of cell sites that carve each area up into different sectors and transmit encoded data through radio waves.Each of these sites needs to be connected to a network "backbone", most often a physical wired connection, and the encoding they use is different depending on the type of network.

In terms of infrastructure, there isn't all that much different about 5G compared to existing cell sites, but the new 5G networks will enable those cell sites to access a much wider band of frequencies than before. 5G networks use OFDM encoding, which is similar to the type used in a 4G LTE network but provides an "air interface" with lower latency and access to more airwaves than 4G LTE.

The biggest feature of 5G is that cell sites will have access to short-range, "high-band" airwaves that were inaccessible with 4G LTE technology. Moreover, 5G lets devices use wider channels across a larger chunk ofthe radio frequency spectrum. Regulators and carriers have to unlock those channels for customers to use, which is only now just starting to happen. But as those channels become accessible speeds are set to increase dramatically.

On old 4G LTE networks, a device can combine up to seven, 20 MHz channels, or 140 MHz of total spectrum usage, though phones typically fall short of that (around 60 MHz or less). Low and mid-band 5G lets a device combine up to three, 100 MHz channels with several 20 MHz channels from the 4G LTE network to considerably improve network speeds, but it's hardly the "fourth industrial revolution" that we've been promised for several years now. The real game-changer is the millimeter wave ("mmWave") (24-39 GHz)short-range radio signal known as high-band 5G, which lets you stack up to eight, 100 MHz channels to vastly improve data transfer speeds and latency.

Cellular carriers are also able to stitch together 4G and low-band 5G frequencies using something called dynamic spectrum sharing, based on network traffic, to get the most out of their existing 4G network. But this is mostly just an improvement to the current 4G network, rather than something genuinely new, and so you don't see the significantly faster data rates of true 5G networks. This hasn't stopped some network carriers from marketing these slight improvements to 4G LTE networks as 5G or similar, which has led some to mistake these for actual 5G networks. And since these networks aren't much faster than 4G LTE, this has left many with the impression that 5G isn't that big of a deal. These aren't real 5G networks, though, at least not what anyone meant when they were talking about 5G for the past few years. What everyone really means is high-band 5G, which is starting to roll out in earnest in the US and elsewhere in 2022, so perceptions of these networks are sure to change rather quickly.

Neither an individual nor a company invented 5G technology. Several companies in the mobile technology space came together to develop the new 5G wireless network standards to help streamline the technology so that all companies and customers could benefit from the same technology. Some of the leading companies involved in building the network equipment are Qualcomm, Huawei, Samsung, and Ericsson. Mobile providers from around the world have also been involved regionally to set up network towers and build up the physical infrastructure that will make up the 5G network.

The 5G technology standard calls for significantly faster speeds than existing 4G LTE network technologies. At its theoretical peak, 5G has a maximum download speed of 10 Gbps with a latency as low as one millisecond. Of course, these data speeds won't be available for many years; and even then, it will depend on network coverage and specific circumstances. But a base speed of 50 Mbps should be the absolute floor of what is available, while we should eventually see speeds that are more than 100 times faster than average 4G network speeds. The fastest speeds though will come from the mmWave high-band signals, but since these signals are fairly weak and have a rather short range, these will likely be reserved for special pockets of coverage that require these faster speeds.

There are two answers to this question, depending on what you mean by safe. If you mean safe for humans, then yes, 5G is safe. Most 5G signals use the same kind of radio waves that TV and radio networks have been using for many decades now, as well as those that cellular and Wi-Fi networks have long been using without issue.

The genuinely new technology in 5G, the millimeter frequency signals of the mmWave technology, are technically microwaves, which are naturally going to be misunderstood by a lot of people. These signals are very weak, don't travel very far, and aren't even able to penetrate the leaves on nearby trees, much less the walls of your home. Old fashioned UHF television signals are much more powerful than anything 5G towers are putting out, but those signals have been in use since the 1960s and are very heavily congested as a result. The radio waves from mmWave transmitters aren't going to cook people's brains. Even if you were to stand next to a transmitter, the signals aren't even strong enough to get past your skin.There are also clear safety guidelines for this. For example, The International Commission on Non-Ionizing Radiation Protection (ICNIRP) is a global scientific body that has determined a norm for the non-ionizing radiation put out bymobile phones and telecom antennas and continually monitors their thermal effects.

The value of 5G mmWave high-band signals isn't that they are somehow much more powerful than the radio signals we've been using before, but precisely because no one uses these frequencies, and so there isn't anything clogging up the airwaves. That hasn't stopped people from turning 5G into conspiracy theory fodder, though. Now, if we are talking about whether 5G signals can interfere with other radio signals in an unsafe way, that is a very different issue. Like all radio signals, they are subject to interference and are capable of interfering with other radio signals.

The two most serious issues are with radar equipment used in many airplanes and with certain weather monitoring satellites. In the case of weather satellites, 24 GHz frequency signals used by 5G networks can "leak" into the nearby 23.8 GHz frequency band used by weather satellites to monitor atmospheric moisture. This monitoring is critical to proper weather forecasting, and there is concern that 5G networks can reduce the accuracy of weather forecasts by as much as 30%. This would be the equivalent of setting back weather forecasting accuracy by several decades, leading to lower preparation response times to major storms like hurricanes.

The other major concern about 5G interference is with radar altimeters used by airplanes to measure their altitude, something we can all agree is important for everyone's safety. Recently, airlines in the US have protested that 5G emissions in the3.7 GHz to 3.98 GHz C-band frequency risk interfering with the proper functioning of an airplane's altimeter, which uses radio frequencies between 4.2 GHz to 4.4 GHz. Verizon and AT&T, who spent billions of dollars to buy the rights to use frequencies in the 3.7 to 3.98 GHz spectrum, have pushed back on these fears, saying that there is more than adequate space between their 5G signals and those used by radar altimeters. They also expressed frustration with regulators who they say raised concerns at the last minute despite having two years to prepare for the introduction of 5G around airports.

"At our sole discretion, we have voluntarily agreed to temporarily defer turning on a limited number of towers around certain airport runways as we continue to work with the aviation industry and the FAA to provide further information about our 5G deployment, since they have not utilized the two years theyve had to responsibly plan for this deployment," AT&T said in a statementon January 18, 2022.

Clearly, there is still some friction between aviation and telecommunication industry giants, with government regulators working to navigate the two competing interests to find a workable solution. This came to a head recently, when in January 2022, a number of airlines, including British Airways, Emirates, and Air India, canceled or changed US-bound flights over concerns about thedeployment of 5G technologynear airports. The Federal Aviation Authority has also begun updating its guidance on which airports and aircraft models will be affected by 5G andAT&T and Verizon announcedthey will temporarily pausethe 5G rollout near key airports.

Of all the concerns around 5G, the issues of weather satellites and aircraft altimeters are clearly legitimate and are actively being addressed between the various parties. How these will ultimately end up is still an open question, though, given the safety issues involved, it is likely that the 5G network providers will have to give ground in the end.

It's been a long time in coming and after two years of delay, major 5G networks are starting to be activated in major cities around the world. While it will still take time for the networks to mature and for coverage to expand to more rural areas, the process has begun and 5G might finally start to deliver on its lofty promises of transformational speeds and technological advances.

What those advances will be is hard to predict. When 2G rolled out in the 1990s, everyone thought that digital voice calling was going to be the big advance of the era, but it was SMS text messaging that actually came to define that generation of technology. With 3G, mobile internet service was expected to be the "killer app" of the generation, but it turned out to be social media and smartphone apps. Likewise, 4G LTE saw the introduction of a whole new catalog of apps like ride-sharing services, food delivery, and services powered by cloud computing, but streaming services like YouTube, Netflix, and video calling services like FaceTime made 4G LTE all about video content. Given the potential for 5G, there is no way of knowing what that next step up in technology will end up being, but at long last, we're finally on our way to finding out what it will be and it's about time.

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Infibeam to bring technology that converts smartphones into payment terminals – BusinessLine

Posted: at 6:55 am

Digital payments player Infibeam Avenues Limited (IAL) looks to broaden its payment solutions portfolio by offering a no-hardware contactless mobile point of sale (POS), facilitating card payment transactions for small vendors through a tap-on-phone technology.

IAL has acquired Bengaluru-based Uvik Technologies Private Limited, developer of the contactless technology 'SoftPoS' that can turn smartphones into payment terminals without an additional hardware.

IAL has acquired Uvik Technologies for an aggregate consideration of not exceeding 75 crore. The company incorporated in 2019 is pre-revenue with paid up share capital of 1,57,090. The acquisition will be closed within the next six months, IAL informed in a regulatory filing recently.

Uvik Technologies is a leader in the fintech certified for PIN on glass entry, which can transform smartphones into a professional, secured and certified POS that is capable of securely accepting contactless card and mobile payments with PIN entry for above cardholder verification method(CVM) limit transactions.

The no-hardware contactless SoftPOS technology runs on low-end android mobile devices. It offers certified technology for PIN entry for cards including Visa, MasterCard, and RuPay after rigorous security testing. This technology is expected to reduce costs for the small and medium retailers and vendors.

Speaking to BusinessLine, Vishwas Patel, Executive Director, IAL, informed that a standard POS terminal isn't economically viable for small vendors and retailers, who can't offer their customers a card payment option.

"Therefore, we see QR Code adoption. But it is limited to debit mechanism through UPI." What we are offering is tap-on-phone technology where these vendors can start accepting any debit or credit cards from their customers. They can just tap the card on the phone for the transaction," said Patel.

The process is quick and easy involving a download of CC-Avenue app on smartphone and the KYC authentication using Aadhar verification of the vendors.

Uvik Technologies is first to offer tap-on-phone with PIN solution validated in India for multiple card schemes using proprietary technology. "We already have got this service certified and validated by card players such as Master Card, VISA and NPCI," said Patel.

Company says that both the local and global banks are considering to distribute this service to reduce costs for small and medium retailers.

This acquisition takes IAL a step further to become a full-fledged payments player by entering into offline payments. IAL currently offers digital payment solutions to corporate as well as payment gateways to banks and financial institutions.

Apart from the contactless technology, the offline offerings will also include contactless payments, QR codes, bill payments, agency services, credit cards, working capital loans, reporting analytics and cross-sell & up-sell opportunities. Infibeam Avenues shares traded positive on BSE at 43.75, up 1.74 per cent.

Published onFebruary 07, 2022

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Marketing Technology Highlights of The Week: Featuring WPP – MarTech Series

Posted: at 6:55 am

Google updated their brand logo, theres a lot happening for OTTs and streaming platforms thereby changing the online marketing and ad experience for both B2B and B2C teams, whats the latest that is redefining martech and marketing? Catch more from this weekly highlight:

__________

Because online customer experiences are in high demand, brands have to find ways to stand out from their competitors who are trying to do the same thing. To do this, brands need to prioritize a great user experience by eliminating as much friction as possible from digital channels. This means having expedited purchasing processes, one-click sign-ups and pre-filled forms. Qualitative research methods, like online focus groups, are also important for gathering customer sentiment and firsthand knowledge on what they value in an experience, helping to build a better one.

Rick Kelly, CPO at Fuel Cycle

As a marketing team, how do you know the emails and SMS messages you send will be relevant to each recipient? Will people be receptive to the communications, or will they opt out? What about your website, mobile wallet offers, and social ads will they resonate with each customers interests, desires, or values? How can you be sure?

The only way to know is to ask. Customers will freely opt to share their preferences, interests and other zero-party data with a brand, in exchange for a more personalized experience. Yelp, for example, asks people for their food, dietary, and lifestyle preferences. When a user tells Yelp that theyre a vegetarian, Yelp immediately provides them with vegetarian-friendly recommendations rather than steakhouses.Wendell Lansford, Co-founder at Wyng

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Beyond 3-D Printing and Robotics, the Most Lasting Thing Kendall Work Built? Communities. – USC Viterbi | School of Engineering – USC Viterbi School…

Posted: at 6:54 am

Kendall Work mentors young students in BOTS program activity. (PHOTO/Courtesy of Kendall Work)

Kendall Work is no stranger to hard work. The USC Viterbi School of Engineering senior and soon-to-be Microsoft hardware program manager has spent the past four years laying down the bricks that paved his way to success.

Throughout his undergraduate career, Work pursued opportunities in and out of the classroom to build his skillset, expand his professional network and maximize his impact.

From enrolling as part of the Viterbi Scholars Institute (VSI) the summer before his freshman year to serving as a student leader on the board of USCs chapter of the National Society of Black Engineers (NSBE) to spearheading educational initiatives at the USC Viterbi K-12 STEM Center, Work has been an exemplary case of how investment in self and community unlocks potential.

Ive had really strong involvements throughout college that have really helped me grow, said Work. Im extremely appreciative of the community and support Ive had at Viterbi since day one.

Works first definition of community was formed the summer before his freshman year at VSI, a high-achievement program that transitions first-year engineering students from underrepresented backgrounds into USC Viterbi through exposure to research, faculty and staff mentorship and academic counseling.

Petal Print render by Kendall Work. (PHOTO/Kendall Work)

It was at VSI where he met some of his closest friends, one of whom encouraged him to apply for 3D4E, a 3D printing student organization at USC Viterbi.

Completing my first 3D design project was so crucial because I learned so much about design manufacturing and the efficiency of teamwork when it comes to solving complex problems, Work said.

He enjoyed the experience so much that he took on a 3D design minor. As he progressed through his challenging and stimulating degree, he felt grateful for the support that hed found in his design team, a dedicated group of young engineers who shared his passions.

Around this time, Work met Katie Mills, co-director of the USC Viterbi K-12 STEM Center. Mills was looking to hire a student who was passionate about STEM education and had experience with robotics.

Work had spent much of his extracurricular time in high school participating in FIRST Robotics, both as a student and later as a coach for younger student competitions in his local community. Naturally, he was a perfect fit.

Throughout his time at the center, Work has mentored dozens of students in the joy of STEM projects ranging from programming genius robots to designing gravity-defying roller coasters.

Most notably, Work played an integral part in launching the centers Building Opportunities with Teachers in Schools (BOTS) program that teaches elementary school teachers how to introduce computer science to students.

The educators we work with are so passionate and the kids so brilliant, but we often saw that they didnt have the guidance or access to integrate computer science education into their curriculum, Work said. With the resources that we have at the center, all that was left to do was bridge that gap.

Work has also taught MATLAB programming to students in the Summer High School Immersion in Next-Generation Engineering (SHINE) program. Mills praises Work for his indispensable contributions.

Kendalls generous heart and wisdom make him uniquely brilliant, the co-director said. We at the center, along with many students, are grateful he continues to share his creativity and innate leadership qualities with us.

Kendall Work (left) alongside USC NSBE members at thee NSBE 2021 Afro Ball. (PHOTO/Courtesy of Kendall Work)

Work knew that to invest in himself meant to invest in his community the same community that he praises for helping him reach his potential. In his junior year, Work had a unique opportunity to serve as the pre-collegiate initiative (PCI) chair on the executive board of USCs National Society of Black Engineers.

NSBE is what really introduced me to inclusion in the engineering space, so it was important to me that I remained involved in college.

As PCI chair, Work helped grow the USC NSBE Jr. program exponentially, from fewer than 10 students renting meeting space in a church basement to almost 40 students attending monthly meetings on the USC campus.

Middle school students worked with their teachers and USC Viterbi NSBE students to complete engineering-based projects.

Work highlights these efforts when reflecting on the impact hes made.

As engineers, we have to rely on everybodys experiences, no matter where they come from, in order to solve problems, especially as they become more difficult to solve, Work said.

Its why Im so invested in diverse STEM education, he added. We need to do our part to make sure that younger students see people that look like us in engineering. The more students that we can inspire and support, the brighter our societys future looks.

After graduating from USC in May 2022, Work will start as a full-time hardware product manager at Microsoft.

I love mechanical engineering, but Ive always known I wanted to be in a more interdisciplinary role, Work said. The leadership and interpersonal skills I picked up during my time learning and serving at USC Viterbi have really prepared me for my next chapter at Microsoft. Im so happy about the experiences Ive had here.

Published on February 3rd, 2022

Last updated on February 3rd, 2022

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Defense Robotics Market Size 2021 Industry Insights by Global Share, Top Key Players, COVID-19 Impact, Regional Analysis and Forecasts to 2028 The…

Posted: at 6:54 am

Defense Robotics Market report focused on the comprehensive analysis of current and future prospects of the Defense Robotics industry. This report is a consolidation of primary and secondary research, which provides market size, share, dynamics, and forecast for various segments and sub-segments considering the macro and micro environmental factors. An in-depth analysis of past trends, future trends, demographics, technological advancements, and regulatory requirements for the Defense Robotics market has been done in order to calculate the growth rates for each segment and sub-segments.

Get Sample Copy (Including FULL TOC, Graphs and Tables) of this report: https://globalmarketvision.com/sample_request/6157

Top Key Vendors of this Market are:

Honeywell Aerospace (US), BAE Systems Plc. (UK), iRobot Corporation (US), Thales SA (France), QinetiQ Group Plc (UK), QinetiQ North America, Inc. (US), AAI Corporation (US), Allen-Vanguard Corporation (Canada), Cassidian (Germany), Cobham Plc. (UK), General Atomics Aeronautical Systems Inc. (US), Northrop Grumman Corporation (US), The Boeing Company (US), Ultra Electronics (UK).

Global Defense Robotics Market Segmentation:

Market Segmentation: By Type

UAS, UMV, USV

Market Segmentation: By Application

Military, Security, Other

Various factors are responsible for the markets growth trajectory, which are studied at length in the report. In addition, the report lists down the restraints that are posing threat to the global Defense Robotics market. This report is a consolidation of primary and secondary research, which provides market size, share, dynamics, and forecast for various segments and sub-segments considering the macro and micro environmental factors. It also gauges the bargaining power of suppliers and buyers, threat from new entrants and product substitute, and the degree of competition prevailing in the market.

The report provides insights on the following pointers:

Market Penetration: Comprehensive information on the product portfolios of the top players in the Defense Robotics market.

Competitive Assessment: In-depth assessment of the market strategies, geographic and business segments of the leading players in the market.

Product Development/Innovation: Detailed insights on the upcoming technologies, R&D activities, and product launches in the market.

Market Development: Comprehensive information about emerging markets. This report analyzes the market for various segments across geographies.

Market Diversification: Exhaustive information about new products, untapped geographies, recent developments, and investments in the Defense Robotics market.

The influence of the latest government guidelines is also analysed in detail in the report. It studies the Defense Robotics markets trajectory between forecast periods. The cost analysis of the Global Defense Robotics Market has been performed while keeping in view manufacturing expenses, labour cost, and raw materials and their market concentration rate, suppliers, and price trend.

Reasons for buying this report:

Table of Contents

Global Defense Robotics Market Research Report 2021 2028

Chapter 1 Defense Robotics Market Overview

Chapter 2 Global Economic Impact on Industry

Chapter 3 Global Market Competition by Manufacturers

Chapter 4 Global Production, Revenue (Value) by Region

Chapter 5 Global Supply (Production), Consumption, Export, Import by Regions

Chapter 6 Global Production, Revenue (Value), Price Trend by Type

Chapter 7 Global Market Analysis by Application

Chapter 8 Manufacturing Cost Analysis

Chapter 9 Industrial Chain, Sourcing Strategy and Downstream Buyers

Chapter 10 Marketing Strategy Analysis, Distributors/Traders

Chapter 11 Market Effect Factors Analysis

Chapter 12 Global Defense Robotics Market Forecast

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Loneliness and Social Isolation Increase Heart Disease Risk in Senior Women – SciTechDaily

Posted: at 6:54 am

During the current pandemic, social distancing has been one tool used to reduce the spread of COVID-19. But data from a new study point to as much as a 27% increase in heart disease risk in postmenopausal women who experience both high levels of social isolation and loneliness.

The findings of the prospective study, published in the February 2, 2022, online issue of JAMA Network Open, reveal that social isolation and loneliness independently increased cardiovascular disease risk by 8% and 5% respectively. If women experienced high levels of both, their risk rose 13% to 27% compared to women who reported low levels of social isolation and low levels of loneliness.

We are social beings. In this time of COVID-19, many people are experiencing social isolation and loneliness, which may spiral into chronic states, said first author Natalie Golaszewski, Ph.D., a postdoctoral scholar at the Herbert Wertheim School of Public Health and Human Longevity Science at University of California San Diego. It is important to further understand the acute and long-term effects these experiences have on cardiovascular health and overall well-being.

As social networks shrink, older adults are more at risk for social isolation and loneliness. Credit: Herbert Wertheim School of Public Health and Human Longevity Science at University of California San Diego

Importantly, social isolation and loneliness are mildly correlated and can occur at the same time, but they are not mutually exclusive. A socially isolated person is not always lonely and conversely a person experiencing loneliness is not necessarily socially isolated.

Social isolation is about physically being away from people, like not touching or seeing or talking to other people. Loneliness is a feeling, one that can be experienced even by people who are regularly in contact with others, said senior author John Bellettiere, Ph.D., M.P.H., assistant professor of epidemiology at the Herbert Wertheim School of Public Health.

John Bellettiere, PhD, MPH, assistant professor of epidemiology at the Herbert Wertheim School of Public Health and Human Longevity Science at UC San Diego. Credit: University of California San Diego

Social isolation and loneliness are a growing public health concern as they are associated with health conditions that increase the risk of cardiovascular disease including obesity, smoking, physical inactivity, poor diet, high blood pressure and high cholesterol.

When researchers included all of these health behaviors and conditions in their study and adjusted for diabetes and depression, high social isolation and loneliness remained strongly linked with increased risk for heart disease, supporting the importance of studying these social conditions.

According to the Centers for Disease Control and Prevention, heart disease is the leading cause of death for women in the United States, responsible for 1 in every 5 deaths.

As social networks shrink, older adults are more at risk for social isolation and loneliness, wrote the authors. One-fourth of adults 65 and older report social isolation and one-third of adults 45 or older report being lonely.

We do not yet know whether the increased risk of cardiovascular disease is due to acute exposure to social isolation and loneliness or whether prolonged exposure accumulated over a lifetime is the culprit. Further studies are needed to better understand that, said Bellettiere.

Previous research indicates women experience more social isolation than men.

Natalie Golaszewski, PhD, postdoctoral scholar at theHerbert Wertheim School of Public Health and Human Longevity Science at UC San Diego. Credit: University of California San Diego

For this study, 57,825 postmenopausal women living in the United States who had previously participated in the Womens Health Initiative study responded to questionnaires assessing social isolation from 2011 to 2012. They were sent a second questionnaire assessing loneliness and social support in 2014 to 2015.

Participants were followed from the time of the questionnaire completion through 2019 or when they were diagnosed with cardiovascular disease. A total of 1,599 women experienced cardiovascular disease.

Measures of social isolation and loneliness even with brief questions as was done in our study should be incorporated into standard care, said Golaszewski. We monitor our patients blood pressure, weight and temperature, and it might also be beneficial to capture the social needs that individuals may be lacking to better understand cardiovascular risk and develop solutions.

Individuals who feel lonely or socially isolated can find information about steps to help reduce these feelings from the National Institute on Aging.

Reference: Evaluation of Social Isolation, Loneliness, and Cardiovascular Disease Among Older Women in the US by Natalie M. Golaszewski, PhD; Andrea Z. LaCroix, PhD; Job G. Godino, PhD; Matthew A. Allison, MD, MPH; JoAnn E. Manson, MD, DrPH; Jennifer J. King, PhD; Julie C. Weitlauf, PhD; Jennifer W. Bea, PhD; Lorena Garcia, PhD; Candyce H. Kroenke, ScD; Nazmus Saquib, PhD; Brad Cannell, PhD, MPH; Steve Nguyen, PhD and John Bellettiere, PhD, 2 February 2022, JAMA Network Open.DOI: 10.1001/jamanetworkopen.2021.46461

Co-authors include: Andrea Z. LaCroix, Steve Nguyen and Matthew A. Allison, UC San Diego; Job G. Godino, UC San Diego and Laura Rodriguez Research Institute, Family Health Centers of San Diego; JoAnn E. Manson, Brigham and Womens Hospital, Harvard Medical School; Jennifer J. King and Jennifer W. Bea; University of Arizona Cancer Center; Julie C. Weitlauf, Veterans Affairs Palo Alto Health Care System and Stanford University School of Medicine; Lorena Garcia, University of California Davis School of Medicine; Candyce H. Kroenke, Kaiser Permanente Northern California; Nazmus Saquib, Sulaiman Al Rajhi University; and Brad Cannell, University of Texas Health Science Center at Houston School of Public Health-Dallas Campus.

This research was funded, in part, by the National Institute on Aging (T32AG058529, P01AG052352) the National Institute of Diabetes and Digestive and Kidney Diseases, (R01DK114945), and the Tobacco-Related Disease Research Program (T31KT1501). The Womens Health Initiative was funded by the National Heart, Lung, and Blood Institute (HHSN268-201100046C, HHSN268201100001C, HHSN26820-1100002C, HHSN268201100003C, HHSN26820-1100004C, HHSN271201100004C).

Disclosures: LaCroix reported receiving grants from the National Heart, Lung, and Blood Institute, National Institutes of Health (NIH) and grants from the National Institute on Aging during the conduct of the study and has been a paid consultant on a NIH grant for the Fred Hutchinson Cancer Research Center. Manson reported receiving grants from the NIH during the conduct of the study and grants from the NIH and Mars Edge outside the submitted work. Bea reported serving on the Womens Health Initiative Papers and Proposals Committee and being a consultant for the Western Region. Bellettiere reported receiving grants from the Tobacco-Related Disease Research Program during the conduct of the study and personal fees from Meta outside the submitted work.

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Face recognition from DNA: One company’s working on it – PS News

Posted: at 6:54 am

Tate Ryan-Mosley* says that while the tech almost certainly wont work, it is a telling sign of where the field is heading.

A police officer is at the scene of a murder. No witnesses. No camera footage. No obvious suspects or motives.

Just a bit of hair on the sleeve of the victims jacket. DNA from the cells of one strand is copied and compared against a database. No match comes back, andthe case goes cold.

Corsight AI, a facial recognition subsidiary of the Israeli AI company Cortica, purports to be devising a solution for that sort of situation by using DNA to create a model of a face that can then be run through a facial recognition system.

It is a task that experts in the field regard as scientifically untenable.

Corsight unveiled its DNA to Face product in a presentation by chief executive officer Robert Watts and executive vice president Ofer Ronen intended to court financiers at the Imperial Capital Investors Conference in New York City on December 15.

It was part of the companys overall product road map, which also included movement and voice recognition.

The tool constructs a physical profile by analysing genetic material collected in a DNA sample, according to a company slide deck viewed by surveillance research group IPVM and shared with MIT Technology Review.

Corsight declined a request to answer questions about the presentation and its product road map.

We are not engaging with the press at the moment as the details of what we are doing are company confidential, Watts wrote in an email.

But marketing materials show that the company is focused on government and law enforcement applications for its technology.

Its advisory board consists only of James Woolsey, a former director of the CIA, and Oliver Revell, a former assistant director of the FBI.

The science that would be needed to support such a system doesnt yet exist, however, and experts say the product would exacerbate the ethical, privacy, and bias problems facial recognition technology already causes.

More worryingly, its a signal of the industrys ambitions for the future, where face detection becomes one facet of a broader effort to identify people by any available meanseven inaccurate ones.

This story wasjointly reported with Donald Maye of IPVM who reportedthat prior to this presentation, IPVM was unaware of a company attempting to commercialize a face recognition product associated with a DNA sample.

A chequered past

Corsights idea is not entirely new.

Human Longevity, a genomics-based, health intelligence company founded by Silicon Valley celebrities Craig Venter andPeter Diamandis, claimed to haveused DNA to predict facesin 2017.

MIT Technology Review reported then thatexperts, however, were doubtful.

A former employee of Human Longevity said the company cant pick a person out of a crowd using a genome, and Yaniv Erlich, chief science officer of the genealogy platform MyHeritage,published a response laying out major flawsin the research.

A small DNA informatics company, Parabon NanoLabs, provides law enforcement agencies with physical depictions of people derived from DNA samples through a product line called Snapshot, which includes genetic genealogy as well as 3D renderings of a face.

(Parabonpublishes some cases on its websitewith comparisons between photos of people the authorities are interested in finding and renderings the company has produced.)

Parabons computer-generated composites also come with a set of phenotypic characteristics, like eye and skin colour, that are given a confidence score.

For example, a composite might say that theres an 80 per cent chance the person being sought has blue eyes.

Forensic artists also amend the composites to create finalized face models that incorporate descriptions of nongenetic factors, like weight and age, whenever possible.

Parabons website claims its software is helping solve an average of one case per week, and Ellen McRae Greytak, the companys director of bioinformatics, says it has solved over 200 cases in the past seven years, though most are solved with genetic genealogy rather than composite analysis.

Greytak says the company has come under criticism for not publishing its proprietary methods and data; she attributes that to a business decision.

Parabon does not package face recognition AI with its phenotyping service, and it stipulates that its law enforcement clients should not use the images it generates from DNA samplesas an input into face recognition systems.

Parabons technology doesnt tell you the exact number of millimeters between the eyes or the ratio between the eyes, nose, and mouth, Greytak says.

Without that sort of precision, facial recognition algorithms cannot deliver accurate resultsbut deriving such precise measurements from DNA would require fundamentally new scientific discoveries, she says, and the papers that have tried to do prediction at that level have not had a lot of success.

Greytak says Parabon only predicts the general shape of someones face (though thescientific feasibility of such prediction has also been questioned).

Police have been known to run forensic sketches based on witness descriptions through facial recognition systems.

A2019 study from Georgetown Laws Center on Privacy and Technologyfound that at least half a dozen police agencies in the US permit, if not encourage using forensic sketches, either hand drawn or computer generated, as input photos for face recognition systems.

AI experts have warned that such a process likelyleads to lower levels of accuracy.

Corsight also has been criticized in the past for exaggerating the capabilities and accuracy of its face recognition system, which it calls the most ethical facial recognition system for highly challenging conditions, according to a slide deckpresentation available online.

In atechnology demo for IPVMlast November, Corsight CEO Watts said that Corsights face recognition system can identify someone with a face masknot just with a face mask, but with a ski mask.

IPVM reported that using Corsights AI on a masked face rendered a 65 per cent confidence score, Corsights own measure of how likely it is that the face captured will be matched in its database, and noted that the mask is more accurately described as a balaclava or neck gaiter, as opposed to a ski mask with only mouth and eye cutouts.

Broader issues with face recognition technologys accuracy have beenwell-documented(including byMIT Technology Review).

They are more pronounced when photographs are poorly lit or taken at extreme angles, andwhen the subjects have darker skin, are women, or are very old or very young.

Privacy advocates and the public have also criticized facial recognition technology, particularly systems likeClearview AIthat scrape social media as part of their matching engine.

Law enforcement use of the technology is particularly fraughtBoston, Minneapolis, and San Francisco are among the many cities that have banned it.

Amazon and Microsoft have stopped selling facial recognition products to police groups, and IBM has taken its face recognition software off the market.

Pseudoscience

The idea that youre going to be able to create something with the level of granularity and fidelity thats necessary to run a face match searchto me, thats preposterous, says Albert Fox Cahn, a civil rights lawyer and executive director of the Surveillance Technology Oversight Project, who works extensively on issues related to face recognition systems.

That is pseudoscience.

Dzemila Sero, a researcher in theComputational Imaging Groupof Centrum Wiskunde & Informatica, the national research institute for mathematics and computer science in the Netherlands, says the science to support such a system is not yet sufficiently developed, at least not publicly.

Sero says the catalogue of genes required to produce accurate depictions of faces from DNA samples is currently incomplete, citing Human Longevitys 2017 study.

In addition, factors like the environment and aging have substantial effects on faces that cant be captured through DNA phenotyping, and research has shown that individual genes dont affect the appearance of someones face as much as their gender and ancestry does.

Premature attempts to implement this technique would likely undermine trust and support for genomic research and garner no societal benefit, she told MIT Technology Review in an email.

Sero has studied the reverse concept of Corsights systemface to DNA rather than DNA to faceby matching a set of 3D photographs with a DNA sample.

In a paper inNature, Sero and her team reported accuracy rates between 80 per cent to 83 per cent.

Sero says her work should not be used by prosecutors as incriminating evidence, however, and that these methods also raise undeniable risks of further racial disparities in criminal justice that warrant caution against premature application of the techniques until proper safeguards are in place.

Law enforcement depends on DNA data sets, predominantly the free ancestry website GEDmatch, which was instrumental inthe search for the notorious Golden State Killer.

But even DNA sampling, once consideredthe only form of scientifically rigorous forensic evidenceby the US National Research Council, hasrecently come under criticismfor problems with accuracy.

Fox Cahn, who is currentlysuing the New York Police Departmentto obtain records related to bias in its use of facial recognition technology, says the impact of Corsights hypothetical system would be disastrous.

Gaming out the impact this is going to have, it augments every failure case for facial recognition, says Fox Cahn.

Its easy to imagine how this could be used in truly frightening and Orwellian ways.

The future of face recognition tech

Despite such concerns, the market for face recognition technology is growing, and companies are jockeying for customers.

Corsight is just one of many offering photo-matching services with flashy new features, regardless of whether theyve been shown to work.

Many of these new products look to integrate face recognition with another form of recognition.

The Russia-based facial recognition company NtechLab, for example, offers systems that identify people based on their license plates as well as facial features, and founder Artem Kuharenkotold MIT Technology Review last yearthat its algorithms try to extract as much information from the video stream as possible.

In these systems, facial recognition becomes just one part of an apparatus that can identify people by a range of techniques, fusing personal information across connected databases into a sort of data panopticon.

Corsights DNA to face system appears to be the companys foray into building a futuristic, comprehensive surveillance package it can offer to potential buyers.

But even as the market for such technologies expands, Corsight and others are at increased risk of commercialising surveillance technologies plagued by bias and inaccuracy.

*Tate Ryan-Mosley is a data and audio reporter for MIT Technology Review with a focus on the social impact of new technologies.

This article first appeared at technologyreview.com.

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To the Queen, on her 70 years of inspiring the world | TheHill – The Hill

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Today marks a significant milestone in the life of a woman who has been a constant in the lives of nearly everyone in the world. Queen Elizabeth becomes the first British monarch to celebrate a platinum jubilee 70 years on the throne. As Americans, shes not our queen, but in a sense, Elizabeth II transcends national borders. She is the worlds queen, whose example these seven decades is matchless, and whose value in our turbulent times is more evident than ever.

Over the course of her reign, Queen Elizabeth has had a particularly singular relationship with the United States, having hosted and received hospitality from every U.S. president with the exception of Lyndon Johnson. Her first stateside visit occurred in 1951, before she became queen, when Princess Elizabeth and Prince Philip were guests at the White House of President Truman. Biden is the 13th president to have met the queen.

Naturally, she has had different chemistry with each president, and while discretion prevented it from ever being stated, it is widely believed that Ronald Reagan was her favorite. Her admiration led to his receiving an honorary knighthood in 1989. George H.W. Bush was the only other presidential knighthood recipient during her reign.

For U.S. presidents, like all world leaders, meeting the queen is perhaps the most sought-after of diplomatic receptions. Certainly this is no accident. Having met the queen in 2007 during her state visit to Washington, when I advised Congress on U.S.-U.K. affairs, I can attest that meeting her was a memorable encounter. Considering all the nations that have rolled out the red carpet for her, the queen is clearly a coveted visitor.

This is so not merely because of her unique position and title, but also because of Elizabeths personal qualities that cause many to hold her in esteem. During her years on the throne, she has consistently championed the best human virtues: faith in God, love of country, love of animals, commitment to duty. It would be difficult to find a finer living example of humanity than this British monarch.

In word and deed, the queen reminds us of what is important in life. Her words trigger a connection and emotion as when she reminded everyone during the difficult moments of the pandemic: We will meet again.

So, too, the queens integrity, discretion and lifelong commitment to her 15 Commonwealth realms are particular antidotes to the political division plaguing America and the resulting disintegration of trust in its public institutions. Britain has a head of nation who can speak with authority and trust, one who projects stability that few politicians can duplicate.

We should look to her example for living through adversity and emerging with grace. Keep calm and carry on might be her watchword. From the post-war ravages experienced by 1950s Britain through the contemporaneous tribulations of some royal family members, the queen has acted as a model of stoicism and bravery. When other public figures and celebrities collapse under pressure, she keeps her composure.

Queen Elizabeth has enjoyed remarkable longevity. In a society that is obsessed with youth, she has held the same job for 70 years and remained relevant. Politicians come and go, but she prevails. Indeed, one has the sense we almost couldnt live without her.

Yet she has not done it alone. The queen was blessed to have at her side, until his death last year, Prince Philip, Duke of Edinburgh, an indispensable partner to whom she referred as her strength and stay. She also was influenced by parents who endeared themselves to the nation during World War II, standing shoulder-to-shoulder with Londoners during The Blitz, refusing to decamp to safer quarters even when Buckingham Palace was bombed.

The queens resolution to carry on, even as she has outlived her most trusted confidants, makes her all the more valuable as an example; we will all, inevitably, experience loss.

Elizabeths years on the throne are a remarkable achievement. For those of us who have never known a time before this queen, this milestone is a thought-provoking occasion for reflection not only on the past, but of the legacy of an inspiring person and its significance for the future. May God grant the queen many more, and happier, years. She certainly has earned them.

Lee Cohen, a senior fellow of the United Kingdoms Bow Group and the Bruges Group, was adviser on the U.K. to the U.S. House of Representatives Foreign Affairs Committee and founded the Congressional United Kingdom Caucus. Follow him on Twitter @LeeLeesco3.

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