Friday, 28 February 2014

Learning Letters With Diacritics

It takes only a few steps to learn a new language if you get a good hold on its alphabet. But learning alphabet of any language is not as simple as learning the 26 letters of English. The advanced Latin script as used in Languages like French, Spanish, English, etc. comprises of 26 letters but the number varies in many other languages. What leads to differ these numbers is the use of ‘Diacritics’. Diacritics indicates some sort of modification in the base letter to aid its pronunciation. Such modifications are required if the language uses such sounds that were not there in the Latin one. Thus, varies the number of letters.

For those who are not aware as to what this diacritics is? It is simply a mark or sign that is placed through a letter that guides its pronunciation in a particular manner. It seems as if English is the only language which makes use of a "Neat" Latin alphabet, i.e. there is no use of special letters of any kind. The 26 letters a, b, c, d, e, f, g, h, i, j, k, l, m, n, o, p, q, r, s, t, u, v, w, x, y, z are considered the standard European alphabets. But their pronunciation changes from place to place and to mark those changes, we have diacritical marks with us. One can see the most prominent use of diacritics in languages like Spanish, French, Czech, Romanian, Danish, Polish, Hungarian, etc.

Learning Diacritics!
For example, see the alphabets of Czech a, b, c, č, d, e, f, g, h, ch, i, j, k, l, m, n, o, p, r, ř, s, š, t, u, v, w, x, y, z, ž. The alphabet has got 30 letters. After this elaborate introduction of the diacritics, let us see how these marks or signs look like and how these are utilized by different languages. There are some marks that are prominently used in the languages other than English, some of them are:
  • à, this mark here is called grave that indicates a low tone. E.g. ‘scold’
  • á, this mark here is known as acute and it indicates the high tone. E.g. ‘what’
  • â, circumflex, a mark that signifies a falling tone. E.g. ‘escape’
  • ā, Known as macron the sign indicates an extra long stress. E.g. ‘day’
  • ă, Known as breve it denotes the short stress that is given to a word. E.g. ‘cat’
  • ǎ, háček, indicates a rising tone. E.g. ‘really’
  • ą, also known as nasal hook, ogonek. E.g. ‘dome’
  • , known as glottal, the letters with the shown sign are vocalized with the glottis. E.g. ‘harm’
Thus, we get to know that diacritics basically decides the intonation of a letter, it also indicates as to which part of the mouth is stressed more while articulating those letters. For instance, the articulation of the letter ‘pis bilabial since it needs coming together of both upper and lower lips. Whereas, when you utter a letter like ‘gand ‘hyou feel a kind of vibration in your throat because these letters are glottal since they are produced through glottis.

If planning to learn a language, you must keep in mind the various uses of these signs and marks within that language since these signs are the ones that form an accent. And you don’t get through acquiring a language completely unless you get the right accent.

Friday, 21 February 2014

Science-Its Mystery and Mastery

Its mystery and mastery
Science! A word whenever uttered invites various expressions like wonder, amazement, suspense, surprise, shock and mystery. It brings with itself various debates too, one of the most common being “Science, a boon or a bane?” Do sci-fi movies like Her actually mirror the future? Will we be dependent on machines for emotional support as well? Can a machine ever replace man? Such are the concerns that surround the current inventions or developments in science and technology. But were the concerns same when Thomas Alva Edison lightened the world with the electric bulb or the Wright brothers gave us wings to accompany the birds up in the air? Of course, not!

These great inventions actually welcomed the life in a more comfortable and innovative future. Earlier, it used to take years to invent something but thanks to those early inventions because of which now each day an invention takes place. Footprints of science and its inventions, big or small, can be seen in every sphere of life. People of all age groups depend on technology for every good reason. Science offers an arena of solutions to a single problem. All you need to have is a smart phone. Our smart phones and tabs have become the storehouse of all the cool inventions in the form of applications.

Your Tabs and Apps

Get the right application & have a fun-filled sojourn!

Earlier, be it a vacation or a business trip, a journey used to become a matter of mystery whenever it came to learning about an unknown place and its untraversed routes. Before planning the trip one used to consider hiring a guide. But now the scene has changed completely. With your smart phones you can carry the guide within your pocket! Just a touch and you can get familiar with all the unfamiliar routes. Looking for a travel based app I got to see a word called “ExpeDiction” instead of Expedition. This interesting term led me to a pool of related apps. All were travel related and suited to the kind of traveler you might be. Just one click and a World map opens up to ensure a cheerful world trip.

Make sure that you have learned the language flawlessly!
 
Knowledge of just a single language is not enough to cope with the competitive world. But learning a foreign language is also not an easy task. Actually, it is now much simpler with many language learning apps present in the market. Such apps aid your learning through the authentic data they use along with the correct phonetics to make the word speakable for you. But there are apps like LingoDiction that provide you with audio features following which you can utter the correct word in the correct manner. Not only this, in order to improve your retention these applications offer interactive games and quizzes making it a fun app as well.

Get the best food wherever you go!
 
If you are alien to a land and not finding your cultural food there then what would be the possible solution? Experiment with your tastes buds and taste the best cuisines of that place only! But how would you get the information about the cuisines of an alien land? Again, you have your smart phone at your disposal that has the cure to satiate your taste buds.

Means, if I happen to visit Paris, France, I may not have to ask around instead just turn on the right app and find the best restaurant there. And now it solely depends on me what kind of french dish I would like to have on my plate via the cookery app. And finally, I don't need to interact with the waiter in sign language since I have got a quick fix that can aid my communication with the French waiter. Amazing!


GOOGLE IT!

Google it!
 
The day to day development in technology has made one more and more curious and an instant answer is all that one craves for. And it takes only a move to get all your answers-GOOGLE IT! Such is the influence of Google that the slow-speed of internet makes us all feel as if life itself has come to a standstill.

All such development in science and technology has brought a drastic change in the outlook of the man and his thoughts. It aids man as a “ friend in need.” One can never feel alone, lost and misunderstood in the company of such advancement in science and technology. In short, one can say that it is this development that has brought the world together irrespective of our different cultures, tastes and languages.





Friday, 14 February 2014

Computer Science and Engineering

Computer Science and Engineering is a huge talking point today. It is a booming industry. Computer engineers make computer parts work together. Computer engineers are responsible for the research, design and development of computer equipment like circuit boards, microchips, routers, video cards, etc. Some universities may treat this discipline as an off-shoot of electrical engineering.

A grasp of computer science is beneficial for Computer engineers. Computer engineers often deal with hardware-to-software integration, meaning they have to design and build processors and hardware that can support a given program. As technology advances and our devices become smaller and smaller, a main goal of computer engineers is to create microchips and microprocessors that work economically and efficiently.

Students in computer engineering study concepts in computer science, engineering and mathematics. By combining these three fields, computer engineers are able to solve hardware problems and create state-of-the-art machines that can handle the many tasks computers perform.


Careers in computer engineering

Although there’s not a lot of diversity in job titles in the computer engineering world but there are great opportunities. Diversity in the job comes from the various industries that employ computer engineers. You can find employment rates and median salary information for the top four industries in which computer engineers work. Following are these industries:
  • Federal government- As of 2010, the federal government employed seven percent of all computer engineers. The median annual pay for computer engineers working for the federal government is $102,950.
  • Computer and electronic product manufacturing- The majority of computer engineers (35 percent) work in this industry. The median salary for computer engineers in product manufacturing is $101,320.
  • Computer systems design and related services- Nineteen percent of computer engineers work in systems design. The median pay for computer engineers in this industry is $98,860.
  • Scientific research and development services- Eleven percent of computer engineers are employed by research firms. The median salary for computer engineers in research settings is $92,080.

Friday, 7 February 2014

Language Learning supports Scholarship



Language Learning supports scholarship and research in language studies by means of a variety of grant programs:
  • The Language Learning Dissertation Grant Program
  • The Language Learning Roundtable Conference Program
  • The Language Learning Distinguished Scholar-in-Residence Program
  • The Language Learning Small Grants Research Program
  • The Language Learning Visiting Research Assistant Professorship
 
The Language Learning Dissertation Grant Program

The Language Learning Dissertation Grant Program provides support for the research work of doctoral candidates in the language sciences. The grant is designed to cover actual expenses, up to $2,000 per grant, e.g. travel for data collection, essential equipment etc., connected with the research component of the dissertation. Applicants should be at the level of “advanced candidacy” and have a dissertation proposal approved by the relevant departmental authorities. Applications are invited worldwide and should consist of the abstract of the dissertation proposal, a detailed research budget, and letters of endorsement by the thesis supervisor and a university official agreeing to administer the grant if awarded. The names of recipients are published, once a year, in the September issue of the journal. Twenty Dissertation Grants were made in 2012.

The Language Learning Roundtable Conference Program

The conference program is intended to fund small roundtable conferences, worldwide, organized around a topic of significant current interest and resulting in a position or “state of the art” paper worthy of publication in an appropriate forum. The Board of Directors encourages small groups of senior investigators to get together for a day or two to discuss in depth a topic currently central to their field and to chart the course for its immediate future. Applications, in free form, are to be submitted by a Convener who assumes responsibility for organizing the conference and for the subsequent submission of a final summary report. Applications are to include a description of the proposed project, its rationale, a brief review of the relevant recent literature, a detailed budget, the names of the participants, their c.v.'s, and their agreement to attend the conference. Recipients for 2013 are Professor Jan Hulstijn, University of Amsterdam and Professor Aneta Pavlenko, Temple University. The biennial Alexander Guiora Conference on the Cognitive Neuroscience of Language Learning and Processing, established in 2005 in cooperation with the Max Planck Institute for Psycholinguistics, Nijmegen, continues this year under the coordination of Professor Núria Sebastián Gallés of the University of Universitat Pompeu Fabra, Barcelona..

The Language Learning Distinguished Scholar-in-Residence Program

This program is designed to enable university departments worldwide, representing the broadly defined area of applied linguistics, to host a distinguished scholar of their choosing for a week on their campus. Several fellowships are offered annually. The DSiR Fellow for 2012 was Professor Suresh Canagarajah, Pennsylvania State University, USA who visited the National University of La Plata, Argentina.

The Language Learning Small Grants Research Program

This program provides research support of up to $10,000, in direct cost only, for new research projects relevant to the language sciences. No overhead, indirect cost, or faculty stipends by the applicant's institution can be approved. Applications may be submitted by any academic institution worldwide such as a university or college. Applications are peer reviewed for scientific and technical merit. Recipients for 2013 are Professors Sudha Arunachalam, Boston University; Eva Kartchava, College Ahuntsic; Cristina Sanz, Georgetown University; Christine Shea, University of Iowa; and Natsuko Shintani, National Institute of Education, Singapore.

The Language Learning Visiting Research Assistant Professorship

In 1985 Language Learning, in a matching arrangement with the College of Literature, Science and the Arts of the University of Michigan, endowed a Language Visiting Research Assistant Professorship in Linguistics at the University of Michigan. The position is held for 2011-13 by Dr. Anne-Michelle Tessier.



Computer Science and Growing Careers

Computer scientists are, in fact, scientists. They are focused with the theory of computational applications. That means they understand the “why” behind computer programs. Using algorithms and advanced mathematics, computer scientists invent new ways to manipulate and transfer information. Computer scientists are generally concerned with software, operating systems and implementation.



Like Neo in The Matrix, computer scientists can see and make sense of code. Computer science students will learn the fundamentals of different programming languages, linear and discrete mathematics, and software design and development. Computer scientists study the machine itself and understand how and why various computer processes operate the way they do.

Simply put, computer scientists can talk to computers. The field is based in mathematics—the language of computers. Computer scientists understand why computers work and can create a program or operating system that does what you want it to do.


Careers in computer science: Computer Science and growing careers is a huge talking point today.  Computer science is a rapidly growing field and is expected to see large increases in employment opportunities. High salaries are generally associated with computer science careers. If you’re pursuing a computer science degree, the following career paths are open to you:

  • Applications software developer- As the creative minds behind applications and programs, software developers design and build programs and applications for computers and technological devices. Angry Birds? A software developer made that. Microsoft Office? Again, creation of a software developer. The median salary for a software developer is $90,530.
  • Systems engineer- Operating systems provide the foundation for computers and devices to function. Microsoft Windows, Linux and iOS are examples of types of operating systems. Systems engineers design and create those types of systems for use in personal computers, phones and even cars. The median pay for systems engineers is $94,180.
  • Web developer- Web developers are not graphic designers. Graphic designers create the images you see on websites; web developers program the code that makes a website function. Web developers integrate the graphics, audio and video into the site and monitor the site’s traffic, performance and capacity. The median salary for a Web developer is $75,660.