E Ball Technology Free Seminar Report 31
Adiel Brumfield
E-Ball concept pc has a laser keyboard that is fully a concept keyboard that is visible when the pc is in working. The keyboard is not physical - it is interpreted by lasers that appear after you press the respective button. It recognizes your fingers with the help of an IR sensor when you are typing at a particular place, while the mouse is a pop out wonder making this an exiting piece of technology.
The software interface of E-Ball concept pc is highly stylized with icons that can be remembered easily that support all type of windows operating system. E-Ball concept pc work very easy while you are making video presentations, listening music watching large screen movies, and chatting on the net.
As years passes, the computer size is becoming smaller. This ball is known as E-Ball and its design is given by Apostol Tnokovski. He was trying to create the smallest PC in the world when he came across this idea.It is shaped like a sphere because in Tnokovski?s opinion this is the best shape in nature and it draws everybody?s attention. you'll see the pop-out laser mouse, a pico projector inside that illuminates either the wall or a sheet of paper for a screen, and that laser keyboard that would almost certainly be a clumsy input device. Fix that, and find a motherboard that?ll fit inside this palm-sized baby, and Apostol might be onto something here.E-Ball will feature a dual core processor, 250-500GB HDD, 2GB of RAM, integrated graphic card and sound card, 2 x 50W speakers, HD-DVD recorder, wireless optical mouse and laser keyboard, LAN and WLAN card, modem, Web cam and integrated LCD projector.
Advantages of E-Ball:
This paper studies technology adoption in a cluster of soccer-ball producers in Sialkot, Pakistan. We invented a new cutting technology that reduces waste of the primary raw material and gave the technology to a random subset of producers. Despite the clear net benefits for nearly all firms, after 15 months take-up remained puzzlingly low. We hypothesize that an important reason for the lack of adoption is a misalignment of incentives within firms: the key employees (cutters and printers) are typically paid piece rates, with no incentive to reduce waste, and the new technology slows them down, at least initially. Fearing reductions in their effective wage, employees resist adoption in various ways, including by misinforming owners about the value of the technology. To investigate this hypothesis, we implemented a second experiment among the firms that originally received the technology: we offered one cutter and one printer per firm a lump-sum payment, approximately a month's earnings, conditional on demonstrating competence in using the technology in the presence of the owner. This incentive payment, small from the point of view of the firm, had a significant positive effect on adoption. The results suggest that misalignment of incentives within firms is an important barrier to technology adoption in our setting.
We are grateful to Tariq Raza, our project manager, and to Research Consultants (RCONS), our local survey firm, in particular Irfan Ahmad, Kashif Abid and Syed Hassan Raza Rizvi, for tireless work in carrying out the firm surveys; to Fatima Aqeel, Muhammad Haseeb Ashraf, Sabyasachi Das, Golvine de Rochambeau, Abdul Rehman Khan, Meng-han Xu, and Daniel Rappoport for excellent research assistance; to Laura Alfaro, Charles Angelucci, Simon Board, Esther Duflo, Florian Ederer, Cecilia Fieler, Dean Karlan, Navin Kartik, Asim Khwaja, Rocco Macchiavello, David McKenzie, Moritz Meyer-ter-Vehn, Ben Olken, Ralph Ossa, Anja Sautmann, Chris Udry, Johannes Van Biesebroeck, Rodrigo Wagner, Reed Walker, Chris Woodruff, Daniel Xu and many seminar audiences for helpful discussions; and to the International Growth Centre, especially Ijaz Nabi and Naved Hamid, for generous research support. We are particularly indebted to Annalisa Guzzini, who shares credit for the invention of the new technology described in the text, and to Naved Hamid, who first suggested we study the soccer-ball sector in Sialkot. All errors are ours. The views expressed herein are those of the authors and do not necessarily reflect the views of the National Bureau of Economic Research.
In the late 19th century, a former cricketer, English-born Henry Chadwick of Brooklyn, New York, was credited with devising the baseball box score[160] (which he adapted from the cricket scorecard) for reporting game events. The first box score appeared in an 1859 issue of the Clipper.[161] The statistical record is so central to the game's "historical essence" that Chadwick is sometimes referred to as "the Father of Baseball" because he facilitated the popularity of the sport in its early days.[162]
The medical imaging work process parallels the work process described for pathology. There is a pre-pre-analytic phase (the selection and ordering of medical imaging), a pre-analytic phase (preparing the patient for imaging), an analytic phase (image acquisition and analysis), a post-analytic phase (the imaging results are interpreted and reported to the ordering clinician or the patient), and a post-post-analytic phase (the integration of results into the patient context and further action). The relevant differences between the medical imaging and pathology processes include the nature of the examination and the methods and technology used to interpret the results.
The intention of these web seminars is to provide a forum for sharing key technology advances and results that enable or enhance the direct imaging and characterization of exoplanets. Topics may include recent coronagraph and starshade demonstration results, advances in detector technology, deformable mirrors, LOWFS/C, telescope stability, polarization, RV, starshade tutorials, etc. Our target audience is the engineers and scientists working on technology for future exoplanet space missions, but all are welcome to attend.
K-12 students with disabilities; parents; special education, science, and mathematics teachers; counselors; and service providers attended free one-day seminars to discuss college transition issues and key factors for succeeding in college. Participants learned how adaptive technology, computers, and network access can help individuals with disabilities pursue academic programs and careers in science, engineering, and mathematics. Participants were given informational brochures covering adaptive technology, campus services, the Internet, resources, and transition strategies.
Wound healing technology made from trees and new patents: One for gummy ball baits to put the wild pig pandemic on snooze, and one for water-powered lights to make it easier to grow algae, which can be used to make biofuels and biodegradable plastics.
aa06259810