Latest Update On Information Technology – As one of the world’s leading research-intensive universities, NUS is at the forefront of innovative solutions in different areas of the response to the COVID-19 crisis.
This article reveals how NUS researchers are developing innovative approaches to respond to crises through information and technology solutions.
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Epidemiology provides information about the frequency, distribution, and causes of disease in a population. This helps identify appropriate targets for public health interventions and evaluate health promotion initiatives.
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Associate Professor Alex Cook, Assistant Professor Hannah Clapham and their team from the Saw Swee Hock School of Public Health at the National University of Singapore are now using computers and mathematical models to analyze the public health situation in relation to COVID-19. The scope of the project included looking at the potential impact of distancing in the workplace, assisting with outbreak investigations, and assessing the impact on the transmissibility of the virus.
NUS researchers are examining how displacement from usual care caused by COVID-19 measures could have unintended consequences due to delays in access to care.
A team led by Assistant Professor Wee Hwee Lin from the Saw Swee Hock School of Public Health at the National University of Singapore is conducting cutting-edge research to understand the impact of new hospital strengthening measures on the day-to-day running of clinics and hospitals. The researchers are especially interested in patient outcomes due to delays or cancellations in follow-up and surgery, and are studying how displacement from usual care by COVID-19 increases preventable morbidity and mortality.
To contain the spread of COVID-19, there is an urgent need to understand the social contact and travel patterns of non-work and essential activities performed by migrant workers in Singapore outside of working hours.
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A study led by Assistant Professor Yi Huso and Associate Professor Jeremy Lim from the Saw Swee Hock School of Public Health at the National University of Singapore used a quantitative-qualitative survey approach to examine the socio-geospatial networks of migrant workers in Singapore. Knowing the level of interaction with fellow migrant workers from different dormitories will allow policymakers to develop the necessary plans to minimize further spread of COVID-19 by implementing effective social distancing outside of dormitories.
Migrant worker dormitories around the world are expected to meet standards set by the United Nations International Labor Organization (UN-ILO), but these standards are insufficient protection against highly contagious viruses such as SARS-CoV- 2. There is an urgent need to understand what the new minimum standards should be to minimize the risk of infection and improve transmission control in the event of a bedroom outbreak. At the same time, the new standards must be operationally and economically realistic for dormitory operators.
Through a multidisciplinary team of NUS experts in economics, architectural design, public health, and workplace health and safety, the study aims to recommend new standards for Singapore and the United Nations International Labor Organization.
The weekly COVID-19 scientific report reviews the latest evidence and advances in clinical features, diagnosis, treatment, vaccines, containment measures, lockdowns, exit strategies and scenarios, as well as new content.
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Since the first case of COVID-19 in Singapore, the NUS Saw Swee Hock School of Public Health has been collecting information and producing a weekly COVID-19 Scientific Report for regional researchers, policymakers and colleagues. These reports are based on searches of research databases, relevant journals, scientific reports, and expert reviews. They review the most recent evidence and advances in clinical features, diagnoses, treatments, vaccines, containment measures, lockdowns, exit strategies, and scenarios. Produced by the School’s team of public health translators, the reports have now been shared with academics and policymakers around the world and are available here.
COVID-19 has shown the importance of responsible public discourse. The numerous false rumors about the coronavirus circulating on social media have stoked public fear and paranoia. Misinformation can even accelerate the spread of the coronavirus by spreading bad advice that encourages risky behavior or prevents the public from seeking treatment.
The Center for Trusted Internet and Communities at the National University of Singapore works to integrate behavioral and social sciences, digital technologies, data-driven approaches, and policy research to detect, predict, and reduce misinformation related to COVID-19. For example, one project used natural language processing to verify and assess the credibility of claims related to COVID-19. The center also publishes reviews and reports on topics such as misinformation, human psychology, social resilience, and the impact on the economy and global relations. About COVID-19.
The NUS Center for Biomedical Ethics (CBmE), part of the NUS Yong Loo Lin College of Medicine, has written a series of commentaries on ethical issues in healthcare and resource allocation in the context of the current pandemic. . Through these comments, the CBmE provided information to a working group convened by the Ministry of Health to propose a management and response guide.
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This website uses cookies. By clicking accept or continuing to use this site, you agree to our use of cookies. For more details about cookies and how to manage them, see our Privacy Statement. Since 2017, Natallia has been at the forefront of the tech industry, always true to her motto: writing about complex things in an accessible way. With a passion for writing and excellent research and interview skills, she shares valuable insights on various IT trends.
The IT world never stops. This fast-paced and ever-changing industry is full of new technologies, tools, software frameworks, and innovative ideas. In this article, we explore the top trends in information technology that could define 2022.
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Modern technologies develop symbiotically and inevitably influence each other. For example, the mobile Internet is based on cloud computing to promote the development of the Internet of Things. Therefore, advances in one area stimulate innovation in another.
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Below is a list of the major information technology trends that will shape the digital world in the coming year.
In recent years, artificial intelligence and machine learning have been the protagonists of emerging information technologies. Many large companies have already begun to introduce AI and machine learning solutions into their operations, reaping tangible benefits such as improved customer experience, streamlined processes, reduced production issues, and increased revenue.
According to Semrush, 86% of CEOs say AI will be a dominant technology in their offices by 2021. And this trend will continue to accelerate in 2022. Specifically, we will see more SMEs ensuring their growth strategies consider artificial intelligence, learning machine or deep learning.
Intelligent tools and algorithms will expand their influence in fields as diverse as manufacturing, healthcare, finance, and education. Companies that ignore or delay AI implementation in the next five years risk falling by the wayside.
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Although the first 5G-enabled devices connected to the network in 2019, the new standard has yet to go mainstream. Inadequate infrastructure and a lack of compatible equipment were the main obstacles to 5G expansion in previous years. 2022 is a promising year for next-generation mobile networks. The infrastructure is becoming more sustainable and the availability of compatible phones is increasing, allowing mobile phone users and businesses of all kinds to harness the potential of 5G technology.
The actual use of 5G brings broadband download speeds to mobile networks and provides Internet services that are 10 times faster than 4G. As such, it provides the impetus for further development of disruptive technologies, including the Internet of Things, autonomous vehicles, virtual and augmented reality, robotic surgery, drone delivery, and more.
You may be surprised, but conventional computers are objectively quite slow. Information technology trends indicate that the next generation of computers will be quantum computers. The technology is now actively maturing and will replace existing technologies.
Quantum computing technology is a new method of information transmission and processing based on quantum mechanical phenomena. Conventional computers use binary codes (bits) to process information. The bit has two basic states: zero and one, and can only be in one of these states at a time. Quantum computers use qubits based on the superposition principle. Qubits also have two basic states: zero and one. However, thanks to overlay, you can combine values and be in both states at the same time.
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This parallelism of quantum computing makes it easy to find solutions directly without examining all possible variants of the state of the system. Furthermore, quantum computing devices do not require enormous computing power or large amounts of RAM. Picture this: Computing a 100-particle system requires only 100 qubits, while binary systems require trillions of bits.
With quantum computing, it becomes easier to process large amounts of information, which can be highly beneficial for predictive analytics applications. Therefore, it is only a matter of time before the technology is developed and widely adopted.
Although most people still associate blockchain with cryptocurrency, the technology has been successfully integrated into many other fields that require decentralized data storage and transaction transparency. For example, blockchain is currently used in supply chain management, making counterfeiting virtually impossible at all stages (financial transactions, warehousing, inventory records, delivery schedules, etc.). Medical data management security
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