The future of optical interconnects for data centers: A review of technology trends

Author(s):  
Slavisa Aleksic
1982 ◽  
Vol 64 ◽  
pp. 203-205
Author(s):  
A. Fernandez ◽  
M.C. Lortet ◽  
F. Spite

AbstractThe confusing situation of the nomenclature of the astronomical objects led us to build, as a first step, a dictionary of the designations presently used. The future publication of this work is supported by Commission 5 of IAU. A brief description of this dictionary, as well as a sample of it, is given here. The designations (acronyms) will be given, together with the format, the total number of objects, the type of objects, the code for the complete bibliographical reference, the signification of acronym… Nomenclature for X and γ-ray sources, designations by constellations and descriptive designations will be dealt with as well. Good compilations are a considerable help in nomenclature problems; every effort should be made in order of : 1) urging specialists to build compilations 2) announce compilations in progress to Astronomical Data Centers and to the present authors.


Author(s):  
Andreea Paul

This chapter is the sketch of a possible pattern of the future world in which any kind of business will be developed in a completely new human, technological, agricultural, and commercial context, heavily and quickly changed from the one we live in now. The first objective of this chapter is to scout for the mega-technology trends that will reshape completely the future business and jobs, focusing on the agrifood industry. The second objective is to tackle the main challenges to patent inventions in terms of costs and timing in Romania, relative to other countries, and raise pragmatic recommendations. The third objective is to describe the institutional innovation called INACO (the Initiative for Competitiveness), a think-tank dedicated to tackle the challenges and opportunities of the future economy and how can a country such as Romania stay competitive in a more and more competitive world.


Author(s):  
Ray Kurzweil

I have been involved in inventing since I was five, and I quickly realized that for an invention to succeed, you have to target the world of the future. But what would the future be like? To find out, I became a student of technology trends and began to develop mathematical models of different technologies: computation, miniaturization, evolution over time. I have been doing that for 25 years, and it has been remarkable to me how powerful and predictive these models are. Now, before I show you some of these models and then try to build with you some of the scenarios for the future—and, in particular, focus on how these will benefit technology for the disabled—I would like to share one trend that I think is particularly profound and that many people fail to take into consideration. It is this: the rate of progress—what I call the “paradigmshift rate”—is itself accelerating. We are doubling this paradigm-shift rate every decade. The whole 20th century was not 100 years of progress as we know it today, because it has taken us a while to speed up to the current level of progress. The 20t h century represented about 20 years of progress in terms of today’s rate. And at today’s rate of change, we will achieve an amount of progress equivalent to that of the whole 20th century in 14 years, then as the acceleration continues, in 7 years. The progress in the 21st century will be about 1,000 times greater than that in the 20th century, which was no slouch in terms of change.


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