Winnipeg will soon test "small cell" technology to improve cellular reception in parts of Winnipeg, ahead of a possible future transition to 5G service. 

Remarks by Benoît Cœuré, Head of the Bank for International Settlements Innovation Hub, at the Reinventing Bretton Woods Committee - Chamber of Digital Commerce webinar on "The world economy transformed", 17 April 2020.

As avid users of technology, adolescents are a key demographic to engage when designing and developing technology applications for health. There are multiple opportunities for improving adolescent health, from promoting preventive behaviors to providing guidance for adolescents with chronic illness in supporting treatment adherence and transition to adult health care systems. This article will provide a brief overview of current technologies and then highlight new technologies being used specifically for adolescent health, such as artificial intelligence, virtual and augmented reality, and machine learning. Because there is paucity of evidence in this field, we will make recommendations for future research.

When it comes to reaching the least-reached, OM workers are using new technology to make ministry more effective—one byte at a time.

Few teachers reported assigning English-learners to use digital learning resources outside of class, in part because of concerns about students' lack of access to technology at home, finds a U.S. Department of Education survey.

Information is limited on adoption of fully functional electronic health records (EHRs) in office-based pediatric practices, such as rates of adoption, barriers to adoption, and features that pediatricians choose.

A nationwide survey of members of the AAP in 2009 found that pediatric adoption of fully functional EHRs lags general adoption. Barriers include financial and productivity concerns, but pediatricians are also concerned about finding systems that meet their specific needs. (Read the full article)

Internet, smartphones, and online social media offer new platforms for health promotion and disease management. Few studies have evaluated the use of digital technology among families receiving care in an urban pediatric primary care setting.

Caregivers in an urban pediatric primary care setting have access to and frequently use the Internet, smartphones, and online social media. These technologies may help reach a traditionally hard-to-reach population. (Read the full article)

Adolescents with chronic disease are a diverse population with common needs for transition. Disease-specific interventions have shown promise at improving patient outcomes but with substantial personnel and resource costs. Whether a generic approach across diseases may be useful is unknown.

This study is among the first to evaluate a generic (across disease) approach to transition of adolescents to adult care. The approach demonstrated promise and cost savings due to reduced personnel requirement and use of low-cost technology dissemination methods. (Read the full article)

Integrating technology requires a significant investment of time and money, but the resources are well-spent if the focus is improving instruction, writes educational consultant Matthew Lynch.

Deep and lasting learning can best come from the relationship between teachers and their students.

The U.S. education system isn't adequately preparing students to use technology for problem-solving, according to a newly released analysis.

The "elephant in the room" has everything to do with technology but is not really about technology at all.

Elizabeth Stringer Keefe, Becky Shiring, Katie Robinson, Dr. Sonny Magana and Dr. Monica Burns contribute their suggestions on using tech to differentiate instruction.

Second year teacher, Christine Pinto, shares some reasons she integrates technology in her classroom.

Writing, reading, focusing, and remembering have all been transformed in ways we don't yet fully understand, writes psychologist Elias Aboujaoude.

Although educational apps for preschoolers abound, many don't include sound teaching strategies, says a new study in the journal Learning, Media and Technology.

The lack of access to technology and internet connectivity at home is especially severe among poor, rural, and minority students, according to a new survey from ACT's nonprofit Center for Equity in Learning.

One-to-one technology programs may boostmath scores over time, finds a new study in the Educational Evaluation and Policy Analysis journal.

If we truly want educational technology to take root in schools and finally live up to the promise we've been expecting for more than a decade, schools need to develop a cadre of well-trained tech instructional coaches.

More than two-thirds of districts are very confident in their networks' ability to support a digital device for every student, and nearly a quarter of districts now average two devices for each student, finds the latest annual report of the Consortium for School Networking.

A massive international analysis finds more screen time is associated with a lower sense of well-being among teenagers, but the effects are too small to require policy changes, according to a study in the journal Nature Human Behavior.

When it comes to a key international test, there's little evidence that technology use benefits student scores and some evidence that it could drag them down, according to a new report by the nonprofit Reboot Foundation.

Anne Jenks, Michelle Shory, Ed.S, Irina V. McGrath, Ph.D, Kim Jaxon, Dr. Beth Gotcher, Elizabeth Stringer Keefe, Ph.D., and Keisha Rembert share their suggestions for using tech effectively in class.

From blended learning to computerized testing, digital and online technologies are reshaping the classroom experience for millions of students.

Two Penn State University Libraries employees at Berks Thun Library, Penn State Berks, have been awarded the American Library Association’s 2020 Emerging Technologies Section 2020 Best Emerging Technology Application (BETA) Award, which recognizes a technology application that directly benefits library users.

A multi-disciplinary collaborative relationship, developed between Penn State EMS Energy Institute researchers and a Pittsburgh-based start-up company, may hold the answer to reducing global greenhouse gas (GHG) emissions while also paving the way to disrupt the chemical and material industries.

As the two big groups of states craft common-assessment systems, experts warn that the smallest details could undermine their work.

Penn State faculty are going beyond using traditional video in their courses by incorporating virtual-reality immersive experiences. They are discovering how those experiences help enhance active learning and focus students' attention on critical lessons in their courses.

An initiative to improve the use of apps and mobile technology in the instruction of special education students finds that teachers aren't receiving the professional development they want.

Regulation moves at a snail's pace, so it's up to CEOs, executives, and employees to reject projects that put profit over privacy. Clearview AI facial-recognition tech is just the latest example of 'innovation' that could quickly get out of hand.

Cost and resource levels make it harder to incorporate technology at many of the nation's rural schools, said the U.S. Department of Education's point person for technology, and finding ways to overcome those obstacles is part of the follow-up work being done in response to a Rural Education Technol

How Massachusetts students are demonstrating their global collaborative projects.

OM workers in Central Asia use technology to develop new discipleship and worship tools for local believers.

Conversational commerce, as it is more popularly known, is any form of online communication that takes place during an e-commerce purchase.

The next generation of Volvo cars will be able to drive themselves autonomously on well-paved highways by using military-grade LiDAR technology from Luminar.

  This post is to help you learn on how to use Intel WiDi technology to project/beam your app onto a bigger screen (TV, Laptop, Monitor). We will be using the example of an app named "Grace" f...

The Indian passenger vehicle (PV) market is going through its worst phase in almost a decade, but Rajesh Goel, senior vice-president & director, Sales & Marketing, Honda Cars India, believes that as the festive season approaches, the market should revive.

For the next four days, a sprawling conference centre here will become the global hub for the telecommunications and technology industries.

Every start-up hopes for a lucky break. Swedish company Neo Technology only found out it was getting one the day the Panama Papers made headlines around the world.

This is the 23rd installment of The Rationalist, my column for the Times of India.

I had a strange dream last night. I dreamt that the government had passed a law that made using laptops illegal. I would have to write this column by hand. I would also have to leave my home in Mumbai to deliver it in person to my editor in Delhi. I woke up trembling and angry – and realised how Indian farmers feel every single day of their lives.

My column today is a tale of two satyagrahas. Both involve farmers, technology and the freedom of choice. One of them began this month – but first, let us go back to the turn of the millennium.

As the 1990s came to an end, cotton farmers across India were in distress. Pests known as bollworms were ravaging crops across the country. Farmers had to use increasing amounts of pesticide to keep them at bay. The costs of the pesticide and the amount of labour involved made it unviable – and often, the crops would fail anyway.

Then, technology came to the rescue. The farmers heard of Bt Cotton, a genetically modified type of cotton that kept these pests away, and was being used around the world. But they were illegal in India, even though no bad effects had ever been recorded. Well, who cares about ‘illegal’ when it is a matter of life and death?

Farmers in Gujarat got hold of Bt Cotton seeds from the black market and planted them. You’ll never guess what happened next. As 2002 began, all cotton crops in Gujarat failed – except the 10,000 hectares that had Bt Cotton. The government did not care about the failed crops. They cared about the ‘illegal’ ones. They ordered all the Bt Cotton crops to be destroyed.

It was time for a satyagraha – and not just in Gujarat. The late Sharad Joshi, leader of the Shetkari Sanghatana in Maharashtra, took around 10,000 farmers to Gujarat to stand with their fellows there. They sat in the fields of Bt Cotton and basically said, ‘Over our dead bodies.’ ¬Joshi’s point was simple: all other citizens of India have access to the latest technology from all over. They are all empowered with choice. Why should farmers be held back?

The satyagraha was successful. The ban on Bt Cotton was lifted.

There are three things I would like to point out here. One, the lifting of the ban transformed cotton farming in India. Over 90% of Indian farmers now use Bt Cotton. India has become the world’s largest producer of cotton, moving ahead of China. According to agriculture expert Ashok Gulati, India has gained US$ 67 billion in the years since from higher exports and import savings because of Bt Cotton. Most importantly, cotton farmers’ incomes have doubled.

Two, GMO crops have become standard across the world. Around 190 million hectares of GMO crops have been planted worldwide, and GMO foods are accepted in 67 countries. The humanitarian benefits have been massive: Golden Rice, a variety of rice packed with minerals and vitamins, has prevented blindness in countless new-born kids since it was introduced in the Philippines.

Three, despite the fear-mongering of some NGOs, whose existence depends on alarmism, the science behind GMO is settled. No harmful side effects have been noted in all these years, and millions of lives impacted positively. A couple of years ago, over 100 Nobel Laureates signed a petition asserting that GMO foods were safe, and blasting anti-science NGOs that stood in the way of progress. There is scientific consensus on this.

The science may be settled, but the politics is not. The government still bans some types of GMO seeds, such as Bt Brinjal, which was developed by an Indian company called Mahyco, and used successfully in Bangladesh. More crucially, a variety called HT Bt Cotton, which fights weeds, is also banned. Weeding takes up to 15% of a farmer’s time, and often makes farming unviable. Farmers across the world use this variant – 60% of global cotton crops are HT Bt. Indian farmers are so desperate for it that they choose to break the law and buy expensive seeds from the black market – but the government is cracking down. A farmer in Haryana had his crop destroyed by the government in May.

On June 10 this year, a farmer named Lalit Bahale in the Akola District of Maharashtra kicked off a satyagraha by planting banned seeds of HT Bt Cotton and Bt Brinjal. He was soon joined by thousands of farmers. Far from our urban eyes, a heroic fight has begun. Our farmers, already victimised and oppressed by a predatory government in countless ways, are fighting for their right to take charge of their lives.

As this brave struggle unfolds, I am left with a troubling question: All those satyagrahas of the past by our great freedom fighters, what were they for, if all they got us was independence and not freedom?

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