nyuuzyou/wikis huggingface dataset:
Austrian Americans

Austrian Americans, also known as Osterreichamerikaner, are Americans of Austrian heritage who are mostly German-speaking Catholics and Jewish communities. The census taken in the United States in the year 2000 revealed that there were 735,128 people of full or partial Austrian heritage living in the country. This represented 0.3% of the total population. The states of New York (population: 93,083), California (population: 84,959), Pennsylvania (population: 58,002) (most of whom live in the Lehigh Valley), Florida (population: 54,214), New Jersey (population: 45,154), and Ohio (population: 27-017) have the biggest numbers of Austrian Americans .
This may be an underestimate due to the fact that many German Americans, Czech Americans, Polish Americans, Slovak Americans, and Ukrainian Americans, and other Americans with Central European ancestry can trace their roots from the Habsburg territories of Austria, the Austrian Empire, or Cisleithania in the Austro-Hungarian Empire. These regions were major sources of immigrants to the United States before World War I, and the inhabitants of these regions often assimilated into larger immigrant and ethnicultural groups.
Category:American people of Austrian descent
Category:Austrian diaspora in North America
Category:Austrian American
Category:European-American society
Authentic News Giant

Authentic News Giant is an online newspaper that is developed to disseminate exclusive information to Nigerians.authenticnigeria.business.site It reports on local and national news, politics, Education and entertainment. Authentic News Giant is featured in Google News and is one of the growing news websites in Nigeria.
In 2019 Authentic News Giant was born and has up to 2 Million Monthly Impressions. With it's Top Notch Investigative Journalism It has live up to the expectation of about 200,000 Subscriber in verifying News in Nigeria.
== References ==
== External links ==
*Authentic News Giant Official website
*Authentic News Giant on Facebook
*Authentic News Giant on Twitter
Category:Newspapers published in Port Harcourt
Category:Publications established in 2019
Category:2019 establishments in Nigeria
Category:Newspapers published in Port Harcourt
Category:Daily newspapers published in Nigeria
Category:News websites
Category:Newspapers
Category:Online newspaper
Category:Nigerian news websites
Author

An author is the person who creates or originates a written work, such as a book or a play, and is sometimes referred to as a writer or poet in certain circles. A more general definition of an author is "the person who produced or gave birth to something," and the person who created or gave birth to something is the one who bears responsibility for what was created. [A compilation of the bibliographies and short biographies of notable authors up to 1974.]
Typically, the person who produced the work, i.e. the author, is the initial owner of a copyright. It is possible to establish joint authorship when more than one individual is responsible for the work, provided that certain conditions are fulfilled. There is a need for a certain amount of flexibility in the definition of authorship under the copyright laws of different countries. In the words of the United States Copyright Office, "copyright is a type of protection granted by the laws of the United States (Title 17, United States Code) to authors of 'original works of authorship.'"
Holding the title of "author" over any "literary, dramatic, musical, artistic, [or] certain other creative works" confers rights on the person who holds the copyright, including the exclusive right to engage in or authorise the production or distribution of the work in question. To utilise intellectual property protected by copyright, any person or organisation must first get permission from the copyright holder, and in many cases, the copyright holder will charge a fee for the use of the content. An intellectual work's copyright expires after a certain period of time, at which point it becomes public domain and may be utilised without restriction. A large number of jurisdictions have amended their copyright laws on a number of occasions since their inception, mostly following the lead of the United States, where the entertainment and publishing industries wield considerable political clout. The goal has been to extend the length of time during which the work is solely controlled by the copyright holder. Copyright, on the other hand, is just the legal guarantee that one's work is one's own. According to the law, a person owns their work from the moment it is produced. Copyright has a noteworthy feature in that it may be handed on to heirs in many countries, which is an important element of authorship to note. The person who inherits the copyright is not the author, yet he or she receives the same legal protections that the original author does.
==References==
Category:Writing occupations
Category:Literary criticism
Autio, Sweden

Autio is a village in Sweden.
Autio is located in Norrbotten, Norrbotten County, Pajala Municipality. It is located near the Torne (river) and very close to the border of Finland. It is located above the Arctic Circle.
Autio is located near the 99 freeway and the 395 freeway. Also it is near the Pajala Airport.
Autio is near the settlements of Erkheikki, Pääskynen, Tuomaniemi and Pajala.
Autio's timezone is Central European Time. The sun rises at 9:10 am and sets at 2:06 pm. The Köppen climate classification is Subarctic climate (Subarctic).
Category:Villages in Sweden
AutoPets

AutoPets is a designer and manufacturer of automatic pet products and accessories, including the Litter-Robot, a gravity-driven sifting automatic litter box. The company is based in Auburn Hills, Michigan
== History ==
AutoPets was started in 1999 by Mechanical engineering Brad Baxter after he inherited two cats and became frustrated with scooping their litter boxes. He sought to automate litter box scooping and devised a method using a rotating mechanism that would sift the litter using gravity.  An existing concept had been patented in 1997 by Donald Reitz. Baxter licensed the design and modified it to address issues like cat sensing and clump removal. He funded the first generation of the Litter-Robot with an investment from his parents.  Baxter sold the Litter-Robot online directly to consumers, and the business became profitable in 2005. In 2020, Jacob Zuppke was made Vice President of business development and serves as President & COO.  By 2019, AutoPets had sold more than 300,000 Litter-Robots. The company expanded into other automated pet products, like the Feeder-Robot, and accessories, including pet furniture, cleaning products, and toys. It launched Litterbox.com, a hub for all AutoPets accessories and products.   In 2019, the company raised $31 million in Growth equity financing from Chicago-based Pondera Holdings LLC. In 2020, AutoPets nearly doubled its manufacturing space in Juneau, Wisconsin, and expanded its headquarters in Auburn Hills, Michigan.  As of January 1, 2021, AutoPets employs more than 200 full-time employees across its Michigan and Wisconsin offices.  == Products ==  === Litter-Robot === The Litter-Robot is a gravity-led automatic sifting cat litter box.  === Feeder-Robot === Feeder-Robot is a Wi-Fi connected smart pet feeder.  === Cat furniture === AutoPets released a collection of cat furniture that includes a tower, side table, silo, and orb.  === Subscription box === AutoPets offers a curated subscription box of toys, cleaning and grooming supplies, catnip, and other cat items.  == Reception == Good Housekeeping called Litter-Robot 3 “the best smart self-cleaning litter box.” The Spruce|The Spruce rated it “excellent“ with 4.5 stars, and it received a 93/100 rating from PureWow. The Wirecutter called it “the best automatic cat litter box.”  == Awards == In 2020, AutoPets won a Shorty Awards for Comedy Video for its ad “Don’t Be a Scooper.”  == External links == Official site
Category:Pet equipment
Category:Companies based in Michigan
Auto racing

Auto racing (also known as car racing, motor racing, or automobile racing) is a kind of motorsport in which cars compete against one another in a racetrack setting.
Since the advent of the car, there has been an ongoing tradition of auto racing. Rallies and races of all kinds were organised, with the first one being held as early as 1867. Many of the early events were essentially reliability tests, with the goal of demonstrating that these new machines were a viable means of transportation. However, these reliability tests quickly evolved into an important opportunity for car manufacturers to showcase their vehicles. By the 1930s, there were specialised racing vehicles on the market.
Currently, there are many distinct categories, each with its own set of laws and restrictions.
Category:Auto racing
Autoforsure

Autoforsure is a mobile app for hailing auto rickshaws in India. It was founded in 2020 and is headquartered in Nagpur, India. The company operates in Delhi, Nagpur, and Manipal. 
Autoforsure; endowed to change the conventional halt and go method of hiring an auto-rickshaw in India. During the COVID-19, loss of trade caused a significant upsurge in Autoforsure initial days as it provided the business opportunity to unemployed drivers in India.
Autoforsure was conceived in COVID-19 lockdown due to COVID-19 in India in September 2020 by founder Sarthak Sharma and co-founder Kushagra Kumar.
Autoforsure was eventually started by displaying contact information of auto rickshaw drivers who registered themselves, which was then later converted into a mobile application available on Android. In December 2020, Autoforsure served 2,500 passengers per month, with more than 500 local auto-rickshaw drivers registered on the platform.
Category:Companies of India
Category:Companies of India by industry
Category:Multinational companies headquartered in India
Automated trading system

An automated trading system (ATS), which is a subset of algorithmic trading, is a kind of trading that involves the use of a computer programme to generate buy and sell orders, which are then automatically sent to a market centre or exchange. A trading strategy that is based on technical analysis, advanced statistical and mathematical computations, or input from other electronic sources may be used by the computer programme to automatically generate orders. These orders will be generated based on a set of rules that have been predefined by the user.
Electronic communication networks, "black pools," and automated exchanges are all examples of automated market centres that make use of automated trading systems. These automated market centres also facilitate electronic trading. Trading platforms that use automation and automated trading systems are able to do repetitive operations at rates that are several orders of magnitude faster than any person could achieve. Traditional risk controls and safeguards, which depended on human judgement, are not suitable for automated trading; as a result, this has led to problems such as the Flash Crash in 2010. To address the issue of automated trading systems, several electronic markets have included novel controls such as trading limits or 'circuit breakers.' These controls are intended to prevent excessive market volatility.
The current price of an option on the market as well as theoretical buy and sell prices are two of the factors that are considered by the automated trading system when determining whether or not an order should be placed. The current market price of the underlying asset is one of the factors that is taken into consideration when determining the theoretical buy and sell prices of an option. A look-up table is a database that holds a variety of hypothetical purchase and sell prices for a specified range of the underlying security's current market price. Therefore, if the price of the underlying asset changes, a new theoretical price may be indexed in the look-up table. This allows for the avoidance of computations that would otherwise cause automated trading choices to move more slowly. The many stages of a negotiation between a market maker (quoter) and a prospective buyer or seller are each represented by structured messages in a distributed processing online automated trading system (requestor).
Category:Share trading
Category:Financial software
Category:Electronic trading systems
Category:Algorithmic trading
Automatic identification and data capture

Object identification and data capture (AIDC) are techniques of autonomously recognising items, gathering information about them, and putting that information directly into computer systems without the intervention of a person. QR codes, bar codes, radio frequency identification (RFID), biometrics (such as iris and face recognition systems), magnetic stripes, optical character recognition (OCR), smart cards, and voice recognition are examples of technologies that are often regarded as part of AIDC. AIDC is sometimes referred to as "Automatic Identification," "Auto-ID," and "Automatic Data Capture," among other terms.
An example of AIDC is the process or method of gathering external data, typically via the analysis of photos, sounds, or videos. To collect data, a transducer is used, which turns the real picture or sound into a digital file that can be stored on a computer. The file is then kept so that it may be processed by a computer or compared with other files in a database at a later time in order to authenticate identification or grant authorisation to access a protected system. Data collection may be accomplished in a variety of ways; the most effective option is determined by the application.
When it comes to biometric security systems, capture is the process of obtaining and distinguishing features such as a finger image, palm image, face image, iris print, or voice print, all of which need audio data, while the others all require video data to be acquired and distinguished.
In comparison to other AIDC technologies, radio-frequency identification is a relatively young technique that was originally developed in the 1980s. The technology serves as the foundation for automated data gathering, identification, and analysis systems around the globe. Because of its capacity to monitor moving things, RFID has gained popularity in a broad variety of sectors, including livestock identification and Automated Vehicle Identification (AVI) systems, among others. These automated wireless AIDC systems are useful in production areas where barcode labels would not be able to withstand the conditions.
Category:Automatic identification and data capture
Category:Encodings
Category:Multimodal interaction
Automation

Automation refers to a broad variety of technologies that are designed to eliminate the need for human involvement in operations. By predetermining decision criteria, subprocess linkages, and associated actions — and then embodying those predeterminations in computers — we can eliminate the need for human involvement.
In addition to the use of various equipment and control systems, such as machinery, factory processes, boilers, and heat-treating ovens, switching on telephone networks, steering and stabilisation of vessels and other applications and vehicles, automation also includes the use of robots and other devices to perform tasks that previously required human intervention.
From a simple thermostat controlling a boiler to a large industrial control system with hundreds of thousands of input measurements and thousands of output control signals, automation encompasses a wide range of situations and applications. Automated processes have also made their way into the banking industry. Control complexity can range from simple on-off control to multi-variable high-level algorithms, with the latter being the most common.
The most basic type of automatic control loop is one in which a controller compares a measured value of a process with a desired set value and processes the resulting error signal to change some input to the process in such a way that the process maintains its set point despite disturbances in the environment. This closed-loop control system is an example of how negative feedback may be used to a system. Efforts to establish the mathematical foundations of control theory began in the 18th century and expanded significantly in the twentieth.
Automation has been accomplished through a variety of methods, including mechanical, hydraulic, pneumatic, electrical, electronic, and computer devices, which are usually used in conjunction. Complex systems, such as modern factories, aeroplanes, and ships, typically make use of a variety of techniques that are combined. Labor reductions, waste reduction, power cost savings, material cost savings, and increases in quality, accuracy, and precision are some of the advantages of automating processes.
According to the World Bank's World Development Report 2019, there is evidence that the economic benefits of new sectors and employment in the technology sector exceed the economic costs of employees being replaced by automation in the long run.
Among the many factors contributing to the resurgence of nationalist, protectionist, and populist politics in countries including the United States, Britain, and France since the 2010s has been the blame placed on automation for job losses and downward mobility.
It wasn't until 1947 that Ford established an automation department that the term automation became widely accepted. It was derived from the earlier word automatic (which comes from automaton). It was during this period that the industrial sector began to quickly embrace feedback controllers, which had first appeared in the 1930s.
Category:Automation
Automotive industry

The term "automotive industry" refers to a broad category of businesses and organisations that are engaged in the process of designing, developing, producing, marketing, selling, repairing, and modifying motor vehicles. It is one of the sectors that brings in the most money throughout the globe. In addition to this, the average company in this sector devotes the most amount of resources to research and development.
The term "automotive" refers to any vehicle that runs on its own power and originates from the Greek autos, which means "self," and the Latin motivus, which means "of motion." The year 1898 marked the beginning of the usage of this phrase, which was first conceived of and contributed to by Elmer Sperry (1860–1930).
In the 1860s, hundreds of manufacturers contributed to the development of the first horseless carriage, which marked the beginning of the automobile industry. The United States dominated the global market in terms of overall automotive production for many decades. In 1929, just before to the onset of the Great Depression, there were 32,028,500 vehicles operating around the globe, and the automotive industry in the United States was responsible for producing more than 90% of them. In the United States at that time, there was one automobile for every 4.87 people. After 1945, the United States was responsible for about 75% of the world's automotive output. The United States of America lost its position as the world's leading economy to Japan in 1980, but it regained that position in 1994. In 2006, Japan edged out the United States to take the top place in production, and it maintained that position until 2009, when China overtook Japan with 13.8 million units produced. China's production of 19.3 million units in 2012 almost twice that of the United States, which totaled 10.3 million units. Japan's output of 9.9 million units placed them in third position, after China and Japan. The number of different automotive models available in the United States has increased at an exponential rate from 1970 (140 models) to 1998 (260 models) to 2012 (684 models).
In the early days of automobile production, each vehicle was hand-built by a human assembler. Initially, engineers would work on an automobile while it was parked, but eventually, they switched to using a conveyor belt system where the car would move through various stations staffed by more specialised experts. Beginning in the 1960s, robots and other forms of automated machinery began to be integrated into the production process. Today, the vast majority of automobiles are manufactured with the assistance of such technology.
Category:Automotive industry
Autopoiética

Autopoiética is the upcoming ninth studio album by Chilean and Mexican singer Mon Laferte, set for release on November 10, 2023 , through Universal Music México.
== Background ==
Following the release of "Te juro que volveré" in August 2023, the first promotional single of the album, Laferte announced that she had an upcoming album set to be released later in the year. Laferte released "Tenochtitlán" as the first single fo the album on August 2023, without an official announcement yet, but giving clues about the artistic direction of the record. Laferte said that "I loved this new creative work, I wanted to try new things from previous albums. I'm really excited, I feel that this is my best album yet". 
Later in October, Laferte announced the name of the album "Autopoietica", term that comes from "Autopoiesis", coined by the chiliean biologist Humberto Maturana. Laferte explained the concept as "Our cells create themselves. In other words, life creates life. Everything in the end is cyclical. So, I loved that idea and I took it to a poetic sense: we are all autopoietic beings, I am autopoietic, I have the ability to recreate myself all the time, to create this universe, my personal mythology". 
== Promotion ==
The song "Te juro que volveré" was released as a promotional single on August 18, 2023, alongside a visualizer. On August 25, 2023, "Tenochtitlán" was released as the first single of the record, alongside a music video directed by Camila Grandi. Additionally, on October 6, 2023, "40 y MM" was released as a promotional single, alongside the album announcement. 
== Tracklist ==
Category:Mon Laferte albums
Category:Albums
Category:Latin music albums
Category:Latin music albums by Chilean artists