Computational Lingustics Essay

Computational Lingustics Essay Computational Lingustics Essay Computational Linguistics Computational linguistics is a discipline between linguistics and computer technology, which is concerned with the computational aspects of our languages. This area of computer science can correlate with the field of Artificial Intelligence. Put simply, computational linguistics is a set of programs that turns human speech into words and motions. There are a couple of different areas of computational linguistics that make up its entirety; theoretic computational linguistics and applied computational linguistics. These two areas can be divided into sub-areas and from the sub-areas they can be itemized even further. Theoretical computational linguistics is organized into theoretical linguistics and cognitive science. This specific region deals with formal theories about the linguistic understanding that a human needs for producing, understanding, and interpreting language. This area has made significant advances; its complexities can only be interpreted and managed by man ironically only with the help of computers. â€Å"These computers computational linguists are able to cultivate formal representations simulating characteristics of the human language and then incorporating that into programs.† (1) These programs are what form the overall core for the assessment and additional development of their theories. Alongside these comprehensive concepts lays an alternative role that plays a huge contribution to the understanding of theoretical computational linguistics and that part is cognitive sciences. These programs are able to interpret the words given to them by dissecting the syntax and e xtensiveness of the our languages and then able to match it up with its programming; a computer that can teach itself. The other portion of computational linguistics is called applied computational linguistics which targets the real-world outcome of modeling human language use. The methods, techniques, tools, and applications in this area are often subsumed under the term language engineering or (human language technology. The current computational linguistic systems are far from achieving human ability of communicating they have numerous applications. The goal for this is to eventually have a computer program that will have the same communication skills as a human being. Once this is achieved it will open doors never thought possible in computing. After all the major problem today with computing is communication with the computer. Today’s computers don’t really understand our language and it is very difficult to learn computer language, plus computer language doesnâ⠂¬â„¢t correspond to the structure of human thought. Even if the computer understands your language its abilities are really limited. The major problem with this type of software is the interpretation of your speech. Since no one speaks exactly the same, one word you say might sound like a different word that someone else would say. As a result each individual person must â€Å"teach† their computer the way that they speak. That process can often be a tedious and time consuming. Even after you â€Å"teach† your computer they way that you speak its still not a hundred percent that it will recognize what you are saying. Because of that this type of software isn’t very efficient today, but once that barrier is broken this technology will revolutionize the computing industry. After all, all you will need to operate a computer is your voice. An excellent example of how this type of technology will benefit man kind is language translators. What I mean, is that with this technology it will let people create multi-language translators that will aid in business transactions, peace conferences, etc. It w ill bring humanity one step closer to become equal because we wont have the difference of languages to get in our way. Another area that this technology

Trumpet Fish Facts

Trumpet Fish Facts Trumpet fish are part of class Actinopterygii, which consists of ray-finned fish, and can be found in coral reefs throughout the Atlantic, Indian, and Pacific oceans. There are three species of trumpet fish under the scientific name Aulostomus: the West Atlantic trumpetfish (A. maculatus), the Atlantic trumpetfish (A. strigosus), and the Chinese trumpetfish (A. chinensis). Their name is derived from the Greek words flute (aulos) and mouth (stoma) for their long mouths. Fast Facts Scientific Name: AulostomusCommon Names: Trumpetfish, Caribbean trumpetfish, stickfishOrder: SyngnathiformesBasic Animal Group: FishDistinguishing Characteristics: Long, slender bodies with a small mouth, varied colors.Size: 24-39 inchesWeight: UnknownLife Span: UnknownDiet: Small fish and crustaceansHabitat: Coral reefs and rocky reefs throughout the Atlantic, Indian, and Pacific oceans.Population: UnknownConservation Status: Least ConcernFun Fact: Male trumpet fish carry fertilized eggs with them until they hatch. Description Trumpet fish have elongated bodies and snouts leading into a small jaw. The lower jaw has small teeth, and their chin has a short barbel for defense. They also have a row of spines on their backs that can be raised to ward off predators, and their body is covered with small scales. Trumpet fish can grow anywhere from 24 to 39 inches depending on the species, with A. chinesis reaching up to 36 inches, A. maculatus averaging 24 inches, and A. strigosus reaching up to 30 inches. Their coloration helps them blend in with their environment, and they can even change their colors for stealth and during their mating ritual. Habitat and Distribution Trumpetfish in Chichiriviche de la Costa,Venezuela,Caribbean Sea. Humberto Ramirez/Moment/Getty Images A. maculatus are found in the Caribbean sea and off the northern coasts of South America, A. chinensis are found throughout the Pacific and Indian oceans, and A. strigosus are found in the Atlantic ocean off the coast of Africa and parts of South America. They live in coral reefs and reef flats in the tropical and subtropical waters in these areas. Diet and Behavior A trumpet fish’s diet consists of small fish and crustaceans, as well as occasionally larger fish. For larger prey, trumpet fish swim near large herbivorous fish to hide and ambush their prey. To catch smaller food, they float in a vertical, head-down position among corals to conceal themselves- a technique that also hides them from predators- and wait for their prey to come across their path. They capture them by suddenly expanding their mouth, which generates a suction strong enough to draw in their prey. Additionally, they can also consume fish larger than the diameter of their mouths due to the elasticity of their tissue. Reproduction and Offspring Not much is known about trumpet fish reproduction, but trumpet fish begin courtship via a dancing ritual. Males use their color changing abilities and dance to win over females. This ritual occurs close to the surface. After the ritual, females transfer their eggs to the males to fertilize and care for until they hatch. Like seahorses, the males care for the eggs, carrying them in a special pouch. Species Trumpetfish. Daniela Dirscherl/WaterFrame/Getty Images Plus There are three species of Aulostomus: A. maculatus, A. chinensis, and A. strigosus. The coloration of these fish changes depending on the species. A. maculatus are most commonly reddish-brown but also can be grey-blue and yellow-green with black spots. A. chinensis can be yellow, reddish-brown, or brown with pale bands. The most common colors for A. strigosus are brown or blue, green or orange tones, or intermediate shades. They also have a pattern of pale, vertical/horizontal lines across their body. A. chinensis are seen in shallow reef flats of at least 370 feet. They can be seen swimming close to coral or rocky sea floors or floating motionless under ledges. A. strigosus are a more coastal species and are found over rocky or coral substrates in inshore waters. A. maculatus range in depth from 7-82 feet and are found close to coral reefs. Conservation Status All three species of Aulostomus are currently designated as least concern according to the International Union for Conservation of Nature (IUCN). However, the A. maculatus population has been found to be decreasing, while the populations of A. chinensis and A. strigosus are currently unknown. Sources Aulostomus chinensis. IUCN Red List Of Threatened Species, 2019, https://www.iucnredlist.org/species/ 65134886/82934000.Aulostomus maculatus. IUCN Red List Of Threatened Species, 2019, https://www.iucnredlist.org/species/16421352/16509812.Aulostomus strigosus. IUCN Red List Of Threatened Species, 2019, https://www.iucnredlist.org/species/ 21133172/112656647.Bell, Elanor, and Amanda Vincent. Trumpetfish | Fish. Encyclopedia Britannica, 2019, https://www.britannica.com/ animal/trumpetfish.Bester, Cathleen. Aulostomus Maculatus. Florida Museum, 2019, https://www.floridamuseum.ufl.edu/discover-fish/species-profiles/aulostomus-maculatus/. Eastern Atlantic Trumpetfish (Aulostomus Strigosus). Inaturalist, 2019, https://www.inaturalist.org/taxa/47241-Aulostomus-strigosus. Trumpetfish. Lamar University, 2019, https://www.lamar.edu/arts-sciences/biology/marine-critters/marine-critters-2/trumpetfish.html. Trumpetfish. WaikÄ «kÄ « Aquarium, 2019, https://www.waikikiaquarium.org/experience/anim al-guide/fishes/trumpetfishes/trumpetfish/.