Jim, this is your cue! From what you've described, we're all more involved in Computational Linguistics than we think. When a call is "recorded for training purposes", when you use voice activation, and more. Let's kick off with some basics. If you in Codetown have some definitions to add, now is the time.

Views: 217

Replies to This Discussion

Commercial applications of computational linguistics have been growing by leaps and bounds.  IBM created a new poster child for the field with their Jeopardy champion Watson, and most everyone has used Google Translate and/or Voice by now (and fewer yet will have escaped interacting with an Automated Voice Response system).  Commercial segments making significant use of NLP include web marketing, medicine, biomedical research, finance, law, and customer call centers.

In the most general terms, computational linguistics is applying computational methods to problems in linguistics.  Linguistics then is the study of human language in all its aspects.  Although it hasn't received a lot of press until recently, computational linguistics has been around pretty much since the development of the computer.  One of the first uses of digital computers (and a key impetus for their development) was in code breaking, which is an application of "compling" (I know, it looks like a typo for "compiling" but CL looks like Common LISP to me).  The Association for Computational Linguistics (ACL), the largest and oldest scientific and profssional society in the field, will hold its 50th annual conference next July.

Being such a broad field there are of course many specializations and various communities with differing objectives and vocabularies.  Folks primarily focused on engineering computer systems that process human language at a level deeper than simply character strings are generally under the Natural Language Processing (NLP) banner.  The commercial success of CL applications and the focus on some problems other than the traditional NLP ones (translation, text understanding, and speech recognition and generation) has spawned Text Analytics as another subfield that is closely associated with Business Intelligence (itself largely commercial application of machine learning methods).  Perhaps the biggest focus of Text Analytics has been on sentiment analysis, which assesses a speaker's attitude or mood in something they've said or written (we usually say "speaker" even when the medium is written or typed).  There are many businesses that use sentiment analysis on the web to find out what folks are saying about them and their products, in call centers for quality control, and in finance to predict future prices.  Applications in law and government include "e-discovery" and smart OCR systems.  Lastly, and far from leastly, is compling in the medical field and the specialized domain knowledge it calls for which is known as bioinformatics.  Bioinformatics may well be compling's "killer app" because of the tremendous opportunity to do good.  Answering technical questions for medical practitioners is the application IBM has targeted as Watson's "day job".

This is a big topic and I have lots I would like to say, so I intend to drop in here often.  So stay tuned!

~~~~ Jim White

 

On a similar note: This fall a colleague of mine informed me of a class being offered by two Standford professors. It is Introduction to Artifical Intelligence (ai-class.com).  I signed up for the course along with 138,000 other students.  It has been interesting to see some of the therories and formulas used to help the computer find the correct answer.  Prior to starting the class, I did not realize it is mostly related to statistics.  I just finished the midterm and will hopfully learn alot more as the course continues.   

Next semester Stanford is offering a wider variety of online courses. One of them is specifically on natural language processing:

 

http://www.nlp-class.org/

 

There are also some other courses that would make good follow-ups to the AI course.

 

Machine learning: http://jan2012.ml-class.org/

 

Probabilistic graphical models: http://www.pgm-class.org/ (These are the kinds of graphs you saw in the AI course - not about pictures)

 

Game theory: http://www.game-theory-class.org/

 

Excellent. Thanks, Eric!

Eric Lavigne said:

Next semester Stanford is offering a wider variety of online courses. One of them is specifically on natural language processing:

 

http://www.nlp-class.org/

 

There are also some other courses that would make good follow-ups to the AI course.

 

Machine learning: http://jan2012.ml-class.org/

 

Probabilistic graphical models: http://www.pgm-class.org/ (These are the kinds of graphs you saw in the AI course - not about pictures)

 

Game theory: http://www.game-theory-class.org/

 

RSS

Happy 10th year, JCertif!

Notes

Welcome to Codetown!

Codetown is a social network. It's got blogs, forums, groups, personal pages and more! You might think of Codetown as a funky camper van with lots of compartments for your stuff and a great multimedia system, too! Best of all, Codetown has room for all of your friends.

When you create a profile for yourself you get a personal page automatically. That's where you can be creative and do your own thing. People who want to get to know you will click on your name or picture and…
Continue

Created by Michael Levin Dec 18, 2008 at 6:56pm. Last updated by Michael Levin May 4, 2018.

Looking for Jobs or Staff?

Check out the Codetown Jobs group.

 

Enjoy the site? Support Codetown with your donation.



InfoQ Reading List

From Camera to Cloud: Netflix’s Scalable Media Processing Pipeline

Netflix has detailed a cloud-based system for scaling camera file processing across global film and TV workflows. The pipeline handles ingest, validation, metadata extraction, and media transformation at scale using FilmLight API and distributed compute. It standardizes workflows across editorial, VFX, and color pipelines, improving consistency and reducing manual handling across productions.

By Leela Kumili

Presentation: Write-Ahead Intent Log: A Foundation for Efficient CDC at Scale

Vinay Chella and Akshat Goel discuss the challenges of running traditional CDC across heterogeneous databases during peak order traffic. They explain how Debezium hit limits under high load and share how they built Write-Ahead Intent Log (WAIL) - a custom architecture that utilizes a dumb producer proxy and a smart consumer pattern to cleanly separate the intent from the state payload.

By Vinay Chella, Akshat Goel

How Lightweight ADRs and Architectural Advice Forums Can Support Architectural Decisions

How we decide is at the core of architecture, and the architecture advice process is a way to decentralize architectural decisions. It needs to be supported by Architecture Decision Records because of the speed at which technology and systems move, and can be complemented by a weekly architecture advice forum.

By Ben Linders

Ky 2.0 Fetch API Wrapper with Revamped Hooks, Smarter Timeouts, and Built-In Schema Validation

Ky 2.0 is an open-source JavaScript HTTP client built on the Fetch API, featuring significant updates such as consolidated hook handling, enhanced timeout management, and improved URL processing. The release includes response validation through schema validation libraries and addresses migration from earlier versions. It aims to provide a lightweight alternative to axios.

By Daniel Curtis

VS Code 1.123 Adds Two-Hour Extension Update Delay to Limit Supply Chain Attacks

VS Code 1.123 adds a two-hour delay before auto-updating extensions to newly published versions, creating a revocation window against supply chain attacks. The delay does not apply to trusted publishers like Microsoft, GitHub, and OpenAI. Similar cooldown mechanisms have now spread across pip, RubyGems, npm, pnpm, Yarn, and Bun.

By Steef-Jan Wiggers

© 2026   Created by Michael Levin.   Powered by

Badges  |  Report an Issue  |  Terms of Service