I came across a good article about Indian Newspapers and I would like to share about this here. As per survey in 2001, India had 45,974 newspapers, including 5364 daily newspapers published in over 100 languages. The largest number of about 20,589 newspapers were published in Hindi while the second largest number7, 596 in English. That year the third largest number was 2,943 in language Marathi. The other languages news papers were Urdu (2,906), Bengali (2,741), Gujarati (2,215), Tamil (2,119), Kannada (1,816), Malayalam (1,505) and Telugu (1,289). Malayala Manorama is the largest circulated daily newspaper in India. There are several major publishing groups in India; the most prominent among them are the Times of India Group, the Indian Express Group, the Hindustan Times Group, The Hindu group and some more. The Hindi daily press has a circulation of over 23 million copies, followed by English with over 8 million copies. In 1878, The Hindu was founded, and played a vital role in promoting the cause of Indian independence from the colonial yoke. Its founder, Kasturi Ranga Iyengar, was a lawyer, and his son, K Srinivasan assumed editorship of this pioneering newspaper during for the first half of the 20th century. Today this paper enjoys the highest circulation in South India, and is among the top five nationally.
Saturday, October 24, 2015
Sunday, October 18, 2015
My Favourite Nayakan Movie
Nayakan is my all time favorite movie. I like it because of the characters are portrayed in it. The transition of kamal hassan's character is something I got inspired from. I liked the screen play and the way the story unfolded. The film really inspired me to help others. Illaiyaraja's music is another reason I like that movie.
Sunday, September 27, 2015
Info of BATA Shoe mogul
Thomas Bata the owner of the global show corporation died in Toronto early on 2nd of September at Sunny brook Hospital, he was 93 years old. Bata is survived by his wife Sonja, a son and three daughters. Thomas Bata's father started his shoe empire in 1984 at Zlin which later had a global presence; it continues to be a household name in India.
Monday, August 10, 2015
Review of IBM Super Computer
Guys I came across an article about IBM's New venture and hope it will help you to know about new technology. IBM researchers from the T.J. Watson Research Center reached a significant milestone in the quest to send information between the "brains" on a chip using pulses of light through silicon instead of electrical signals on copper wires. The breakthrough -- a significant advancement in the field of "Silicon Nano photonics" -- uses pulses of light rather than electrical wires to transmit information between different processors on a single chip, significantly reducing cost, energy and heat while increasing communications bandwidth between the cores more than a hundred times over wired chips.
The new technology aims to enable a power-efficient method to connect hundreds or thousands of cores together on a tiny chip by eliminating the wires required to connect them. Using light instead of wires to send information between the cores can be as much as 100 times faster and use 10 times less power than wires, potentially allowing hundreds of cores to be connected together on a single chip, transforming today's large supercomputers into tomorrow's tiny chips while consuming significantly less power.
IBM's optical modulator performs the function of converting a digital electrical signal carried on a wire, into a series of light pulses, carried on a silicon Nano photonic waveguide.
First, an input laser beam (marked by red color) is delivered to the optical modulator. The optical modulator (black box with IBM logo) is basically a very fast "shutter" which controls whether the input laser is blocked or transmitted to the output waveguide.
When a digital electrical pulse (a "1" bit marked by yellow) arrives from the left at the modulator, a short pulse of light is allowed to pass through at the optical output on the right.
When there is no electrical pulse at the modulator (a "0" bit), the modulator blocks light from passing through at the optical output.
In this way, the device "modulates" the intensity of the input laser beam.
The new technology aims to enable a power-efficient method to connect hundreds or thousands of cores together on a tiny chip by eliminating the wires required to connect them. Using light instead of wires to send information between the cores can be as much as 100 times faster and use 10 times less power than wires, potentially allowing hundreds of cores to be connected together on a single chip, transforming today's large supercomputers into tomorrow's tiny chips while consuming significantly less power.
IBM's optical modulator performs the function of converting a digital electrical signal carried on a wire, into a series of light pulses, carried on a silicon Nano photonic waveguide.
First, an input laser beam (marked by red color) is delivered to the optical modulator. The optical modulator (black box with IBM logo) is basically a very fast "shutter" which controls whether the input laser is blocked or transmitted to the output waveguide.
When a digital electrical pulse (a "1" bit marked by yellow) arrives from the left at the modulator, a short pulse of light is allowed to pass through at the optical output on the right.
When there is no electrical pulse at the modulator (a "0" bit), the modulator blocks light from passing through at the optical output.
In this way, the device "modulates" the intensity of the input laser beam.
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