Frequent power failure were causing issues in college lately. The solution is here, our new generator got inaugurated today. The switch on of the various units were done by Administrative Officer Raveendran, Professor Subair, Rajeev P, HOD ME.

Special Thanks to Mr. Ranjith, Lecturer ME for the photos…

Tan Le’s astonishing new computer interface reads its user’s brainwaves, making it possible to control virtual objects, and even physical electronics, with mere thoughts (and a little concentration).
Based on the latest developments in neuro-technology, Emotiv has developed a revolutionary new personal interface for human computer interaction. The Emotiv EPOC is a high resolution, neuro-signal acquisition and processing wireless neuroheadset. It uses a set of sensors to tune into electric signals produced by the brain to detect player thoughts, feelings and expressions and connects wirelessly to most PCs.

Click Here to View The Video

Click here to go to the website for the product.

About Tan Le:

Tan Le is the co-founder and president of Emotiv Systems, a firm that’s working on a new form of remote control that uses brainwaves to control digital devices and digital media. It’s long been a dream to bypass the mechanical (mouse, keyboard, clicker) and have our digital devices respond directly to what we think. Emotiv’s recently released EPOC headset uses 16 sensors to listen to activity across the entire brain. Software “learns” what each user’s brain activity looks like when one, for instance, imagines a left turn or a jump.
Neuroscientists have expressed varying views about Emotiv’s headset and technology — electrical activity in the brain is notoriously difficult to decode — but it does work. It is a natural for gaming, where ever more complex environments demand more complex inputs. But it’s also a potential gamechanger for accessibility apps, such as steering a wheelchair. Le herself has an extraordinary story — a refugee from Vietnam at age 4, she entered college at 16 and has since become a vital young leader in her home country of Australia.

[For More Technology Related News, Be a Frequent Visitor of:jubi's MAATHALATH TECH NEWS]

Posted with arrangements from Let Me Know

Where: Online

Eligibility:

1. 1)Some experience in the field of web designing like HTML,CSS,COREL,DRAW
2. 2)Graduate(preferably in CS/IT)

StepIntoWeb is a software startup founded by IIT-IIM delivering web application development services to clients worldwide, which includes SMEs ,Startups,NGOs,government organizations and PSUs.
StepIntoWeb requires Web Designers,Web Developers and SEO/SEM Team Leaders.

Requirement 1#

Position: Creative Designer/You must be energetic and willing to work in a startup environment
Experience in web designing with tools like HTML,CSS,Corel Draw, Photoshop and Flash
Qualifications: Graduate (preferably in Computer Science/IT)

Requirement 2#

Position: Software Engineer (Full time )
The candidate must have thorough knowledge & experience of 1+ years in PHP programming,CMS like Joomla Drupal HTML and Javascript.
Must have capability to handle the full life cycle of a software project.
Qualifications: Graduate (preferably in Computer Science/IT)

Requirement 3#

Position: SEO/SEM Team Leader
You must be energetic and willing to work in a startup environment
The candidate must have thorough knowledge & experience of 1+ years in On-Page SEO ,Off-page SEO,good knowledge of Google Analytic, Social Marketing, PPC.
Person having knowledge of Content Writing and Link Building will be PREFERABLE.
Qualifications: Graduate (preferably in Computer Science/IT)

To apply, please contact at the given email address with the subject as "Application for the position of ,found this Opportunity at LetMeKnow"

Website : http://www.steointoweb.com/india/

Email address: shubham.watta@stepintoweb.com

Posted with arrangements from Let Me Know

Where: Online

Technodrift, an online magazine is looking for freelance writers who are up-to-date in the discipline of technology and have a flair for technical writing.

To apply, please contact at the given email address with the subject as "Application for the post of writers ,found this Opportunity at LetMeKnow"

Website : http://www.technodrift.com

Email address: technodriftonline@gmail.com

The B.Tech V Semester (Supplementary) Examinations scheduled to be started from 29.7.2010 is rescheduled from 04.08.2010.

Update: Found on cusat.ac.in

Hi, this is my first post. I am Renjith of finalyear CS. Music is my passion. Just listen to some of the songs i sung..Please give your feedbacks…

Minnalazhake

Anuragini

Do you know that you can have the domain name in  any language you want. This is known as punycode. When we type the address in malayalm, it gets converted to its equivalent punycode

Punycode is a way to represent international domain names with the limited character set (‘a’-'z’, ’0′-’9′) supported by the domain name systemFor example ‘മിഥു’ would be encoded as ‘rwcr5cj’.
An IDN takes the punycode encoding, and adds a ‘xn--’ in front of it.
So ‘www.മിഥു.co.cc‘ would become ‘www.xn--rwcr5cj.co.cc‘.

Encoding of non-ASCII character insertions as code numbers (wikipedia)

The next part of the encoding process first requires an understanding of the decoder, which is a finite-state machine with two state variables i and n. i is an index into the string ranging from zero (representing a potential insertion at the start) to the current length of the extended string (representing a potential insertion at the end).

i starts at zero while n starts at 128 (the first non-ASCII code point). The state progression is a monotonic function. A state change either increments i or if i is at its maximum resets i to zero and increments n. At each state change either the code point denoted by n is inserted or it is not inserted.

The code numbers generated by the encoder represent how many possibilities the decoder should skip before an insertion is made. “ü” has code point 252. So before we get to the possibility of inserting ü in position one it is necessary to skip over six (there are five characters in “bcher” giving six insertion positions) potential insertions of each of the 124 preceding non-ASCII code points (252 – 128, the upper limit of ASCII) and one possible insertion (at position zero) of code point 252. That is why it is necessary to tell the decoder to skip a total of (6 × 124) + 1 = 745 possible insertions before getting to the one required.
[edit] Re-encoding of code numbers as ASCII sequences

Re-encoding of code numbers as ASCII sequences

Punycode uses generalized variable-length integers to represent these values. For example, this is how “kva” is used to represent the code number 745:

A number system with little-endian ordering is used which allows variable-length codes without separate delimiters: a digit lower than a threshold value marks that it is the most-significant digit, hence the end of the number. The threshold value depends on the position in the number and also on previous insertions, to increase efficiency. Correspondingly the weights of the digits vary. In this case a number system with 36 digits is used, with the case-insensitive ‘a’ through ‘z’ equal to the numbers 0 through 25, and ’0′ through ’9′ equal to 26 through 35. Thus “kva”, corresponds to “10 21 0″.

To decode this string of digits, the threshold starts out as 1 and the weight is 1. The first digit is the units digit; 10 with a weight of 1 equals 10. After this, the threshold value is adjusted. For the sake of simplicity, let’s assume it is now 2. The second digit has a weight of 36 minus the previous threshold value, in this case, 35. Therefore the sum of the first two “digits” is 10 × 1 + 21 × 35. Since the second “digit” is not less than the threshold value of 2, there is more to come. The weight for the third “digit” is the previous weight times 36 minus the new threshold value; 35 × 34. The third “digit” in this example is 0, which is less than 2, meaning that it is the last (most significant) part of the number. Therefore “kva” represents the number 10 × 1 + 21 × 35 + 0 × 35 × 34 = 745.

The threshold itself is determined by an algorithm keeping it between 1 and 26 inclusive, meaning the last character of an encoding will always be alphabetic. The case can then be used to provide information about the original case of the string.