The Internet of Things: Impacting Scientific Data and Information Flows

CENDI, the National Advanced Information Service Association (NFAIS), the US Research Data Alliance (RDA / US), and the National Research Data and Information Research Council

The Internet's Internet (IoT) is not just a buzzword in the technology world. It can be said that the Internet 's Internet has evolved into a mature concept that affects a wide range of business fields, such as government data collection, information service, academic research.

In the Internet's global standards initiative of the product, we call this "infrastructure of information society". Mono's Internet is essentially a practice that connects any device or physical structure to the Internet that can collect and exchange data. The Internet 's Internet represents a great possibility to promote academic research and communication, but what impact will it have on the Internet' s government agencies and information services? How do researchers use the Internet's Internet to achieve a dramatic advance in research? What role does the Federal Library fulfill with private sector partners to use the Internet's Internet to complete its mission?

To dig into this topic, participate in CENDI, NFAIS, Research Data Alliance / USA (RDA / US), and National Research Data and Information Research Council, and on Friday, 9th December 2016, for data experts We will hold a workshop. The concept of ongoing development of "the Internet of things" and its impact on scientific data and information management

The Internet's Internet (Industrial Internet called by General Electric) is the printing press of our era. It interworks the flow of digital information with the physical world and it promises to provide adaptive emergency capacity we see in ants, neurons and digital systems to the physical world. Like all new relationships, we can choose. You can continue developing or stop this process. Better choice - our hard work and the most likely choice for getting out of poverty - to grow, advance, innovate and explore unknown areas with our digital system. This is a bad prospect, but it is also full of great potential.

With the rise of the Internet's Internet (IoT), all the devices are connected, and the synthetic data flow is connected from our work to our transportation, family, and ultimately the physical, physical world, human interaction It spreads. Existing social networks and their virtual environments provide an unprecedented amount of data on people's lifestyle. On a standard desktop or laptop screen, the amount of data a human handles per second must not exceed 1 kilobyte, or about 2 to 3 segments of text. If you are stuck and watching the tide pool, what is the use of Data Ocean? How do you overcome these processing limitations and increase cognitive bandwidth?