interoperability sort by issue
Even if the packaging of the brand-new device you just acquired indicates that it was made in a specific country, you can be assured that it isn’t quite the whole picture. Chances are great that some of the components came from country A, others from country B, and the rest from country C. Nowadays, very few manufacturers can boast that their products are made in one country.
Mentions of "the cloud" can be found every day as its significance increases for businesses, whether big or small, and for individuals. However confusion still reigns in most people's minds as to its definition and characteristics, with many not even realizing they have been using cloud applications for years. It is seen as offering significant economic advantages as well as presenting a number of challenges and issues that need addressing. The IEC has started working on this in some areas.
Information is gathered and decision making occurs at substation level in Smart Grids. The electricity-dispatching control centre deals with the strategic management of grid intelligence, while automated management handles transmission and distribution. An intelligent substation reports electricity consumption, switchboard operation, information gathering, and station decision making back to the electricity dispatching control centre. Generally, substations are unattended and rely on supervisory control and data acquisition (SCADA) for remote supervision and control.
Wish you could get tickets to the Olympics, World Cup or Super Bowl and experience the live atmosphere just once? A new trend is sweeping the sports world that is already allowing fans to feel as if they were at the game without leaving the couch. From football, tennis and F1 racing, to basketball, golf, hockey and more, spectators can watch games literally from new angles.
Why are home use medical and wellness devices drawing so much attention and growing at an explosive rate? It could be argued that this results from the nexus of the Internet of Things (IoT), the “super-aging” of societies around the world (which is directly tied to patients wanting to be comfortable in their home environments instead of in sterile impersonal clinical environments), the portability of devices, the growth of wearable technologies, the increasing costs of healthcare and the huge regulatory burden/costs of obtaining approval by national regulators. Also, there has been significant growth in the number of standards and regulations that apply to medical devices, especially around software, health informatics, privacy and security issues.
Gender equality is essential for achieving peace, defending rights, fostering economic growth, and promoting global well-being. In standardization, it is important to include female insights for everyone’s benefit.
The internet of things (IoT) is already part of our lives. It’s penetrated our smart cities and homes, agriculture, automotive/transportation, energy management, entertainment, healthcare, industrial automation and retail environments. It comprises billions of connected, sensorized devices and systems which help to simplify work and personal tasks. As it grows, the different systems and platforms will need to be interoperable, which can be achieved through standardization.
Everyday activities, such as shopping, watching sport on TV or even the ways we work and learn are going to change profoundly in the coming years, as more industries, including education, use augmented and virtual reality (AR/VR).
Over the last decade, technology advances have led to the rapidly growing use of consumer electronics, connecting millions of people as never before and changing the way we operate in everyday life. Until now, the emergence of all these intelligent devices has had one drawback: proprietary charging systems, meaning millions of chargers and cables that add to the already huge pile of e-waste throughout the world.
The past year may not have seen significant breakthroughs in the tech world but 2017 is promising some interesting technological developments.
To deal with Active Assisted Living (AAL) issues, the IEC has established a Systems Committee, IEC SyC AAL. This SyC has the role of promoting safety, security, privacy and cross-vendor interoperability in the use of AAL systems and services, and of fostering standardization which boosts their usability and accessibility. Its role and scope are constantly being expanded.
In the next decade, cars will be well on the way to, or have reached the goal of becoming fully self-driving. As the industry continues to develop new levels of autonomous vehicles, the whole notion of personal transport is being turned on its head.
Virtual reality (VR) is being used across many industries to improve business and enhance workplace safety. The industries include aerospace, advertising, automotive, construction, energy, defence, medical, mining and tourism. Increasingly, emergency services are using VR programmes to improve the disaster response and recovery performance of staff.
The sparc-FMA International Lighting and Facilities event, organized by the Facility Management Association (FMA) took place from 30 May to 1 June, in Sydney. During the event, more than 60 exhibitors, including lighting manufacturers, suppliers and service providers, showcased the latest innovations in the two industries.
Virtual reality (VR) applications are improving the workplace of diverse industries. From construction, military and mining, to training first responders, practising complex surgery, or enhancing classroom learning, the list of VR solutions being developed continues to grow.
Modern virtual reality (VR) technology has its origins in the military, and later gaming industries. Many sectors use VR applications to improve business and enhance workplace safety. Some examples include aerospace, advertising, automotive, broadcasting, construction, entertainment, medical, retail and tourism.
The world has never been more connected and surrounded by ICT. Whether we realize it or not, many aspects of ISO/IEC JTC 1 work affect daily life. From a smart toothbrush, animal tracking collar and household appliances, to health monitoring wearables and smart systems in buildings and transport, the list is endless.
The internet of things (IoT) is now in sharp focus for the technology industry and for standards development organizations, such as IEC, which publishes consensus-based International Standards and manages conformity assessment systems for electric and electronic products, systems and services, collectively known as electrotechnology.
Railway operators are increasingly achieving greater safety and efficiency by using digital technologies and computer‑based management, control and communication systems. The technical advances in modern transportation that the industrial internet of things (IIoT) enables are driving the development of further international standards in the railway sector.
The world's growing population and the increasing use of renewable energies are posing unprecedented challenges for the conventional electricity grid. Intelligent systems which can accommodate renewable and distributed energy generation are a novel way of coping with these multifaceted demands.
The ubiquitous internet of things (IoT) comprises billions of "sensorized" and connected devices and systems, which are used in many industries, including agriculture, energy management, healthcare, industrial automation, smart buildings, smart cities and transport.
Whether we realize it or not, the internet of things (IoT) is part of many aspects of daily life. Thanks to billions of connected, “sensorized” devices and systems, it can facilitate everyday activities and tasks and improve the efficiency of work processes, which saves time and money. In the case of healthcare, it can save lives and improve quality of life.
Information technology has penetrated our homes, cities and workplaces, as billions of “sensorized” devices and systems that form part of the internet of things (IoT) help to simplify how we work, communicate and carry out daily tasks.
Our world is getting smarter by the minute. Voice recognition allows us to tell devices to do things, such as find a specific TV channel or remind us of all our appointments for the day. Smart agriculture uses sensors, connected machinery and smartphone apps to tell farmers when to water their fields, while intelligent road infrastructure is improving road safety and congestion and all in real time.
The internet of things (IoT) – consisting of millions of “sensorized” connected devices and systems – and artificial intelligence (AI) – combining analytics, machine learning and algorithms – are making the world smarter and more connected.
Information technology has become an integral part of our lives whether it be in the consumer, industrial or commercial aspects. It is hard to imagine life, work or entertainment without it. Artificial intelligence (AI) presents the next digital frontier of the IT evolution.
The fourth industrial revolution is blurring the traditional boundaries between the physical, digital and biological worlds.
Technology for underwater applications, such as drones, uses underwater acoustic sensor networks (UWASNs) to survey and collect environmental data, and monitor pollution, for instance pipeline leakages. They are also used for surveillance and disaster prevention and recovery.
Rapid advances in technology are changing how we live and work and along with this, the expectations of people and businesses.
The digitalization of information is underway. It is enabling the use of data to better understand our preferences and provide us with the services that match our needs. At home, the data collected and analyzed ensures that the preferred room temperature is calibrated depending on the occupancy and time of day. Farm animals are monitored from afar to provide the correct quantities of food and water for consumption and guard against illnesses. Manufacturers rely on digital twins to enhance their production capabilities and predict glitches before they occur. Information is being gathered, analyzed and applied to improve experiences in all parts of our lives.
Digital twins are virtual replicas of physical objects or systems. They use real-world data to run simulations of situations before actual devices are built and deployed, and predict different outcomes. Manufacturers then use this information to reduce maintenance issues, improve efficiency and production output.