This time we are looking on the crossword clue for: Hound sound.
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Possible Answers: ARF, YELP, GRR, BAY, YIP, BARK, WOOF.
Last seen on: –NY Times Crossword 2 Jan 22, Sunday
–NY Times Crossword 20 Oct 21, Wednesday
Random information on the term “ARF”:
The Advertising Research Foundation (ARF) is a nonprofit industry association for creating, aggregating, synthesizing and sharing knowledge in the fields of advertising and media. It was founded in 1936 by the Association of National Advertisers and the American Association of Advertising Agencies. Its stated mission is to improve the practice of advertising, marketing and media research in pursuit of more effective marketing and advertising communications. Its membership consists of over 400 advertisers, advertising agencies, research firms, media companies, educational institutions and international organizations.
The ARF conducts several research initiatives. It publishes the Journal of Advertising Research, a peer-reviewed academic periodical. It also sponsors a variety of advertising-related marketing research endeavours and hosts periodic conferences on advertising and media-related topics. The ARF operates the Roy Morgan Information Center as a clearinghouse for advertising research, promulgating industry standards and guidelines, and it provides training and administers the annual David Ogilvy Awards Program.
Random information on the term “YELP”:
Jeremy Stoppelman (born November 10, 1977) is an American business executive. He is the CEO of Yelp, which he co-founded in 2004. Stoppelman obtained a bachelor’s degree in computer engineering from the University of Illinois at Urbana–Champaign in 1999. After a short time working for @Home Network, he worked at X.com and later became the VP of Engineering after the company was renamed PayPal. Stoppelman left PayPal to attend Harvard Business School. During a summer internship at MRL Ventures, he and others came up with the idea for Yelp Inc. He turned down an acquisition offer by Google and took the company public in 2012.
Stoppelman was born in Arlington, Virginia in 1977. His mother, Lynn, was an English teacher, and his father, John, was a securities lawyer. Stoppelman is Jewish. He attended a Reform temple as a child and had a Bar Mitzvah. As a child Stoppelman had an interest in computers and business and began investing in stocks at the age of 14. Stoppelman aspired to be a video game developer and took computer programming classes, where he learned the Turbo Pascal software programming system. He attended the University of Illinois at Urbana-Champaign and obtained a bachelor’s degree in computer engineering in 1999. After graduating he took a job with @Home Network.
Random information on the term “GRR”:
ANOVA gauge repeatability and reproducibility is a measurement systems analysis technique that uses an analysis of variance (ANOVA) random effects model to assess a measurement system.
The evaluation of a measurement system is not limited to gauges (or gages) but to all types of measuring instruments, test methods, and other measurement systems.
ANOVA gauge R&R measures the amount of variability induced in measurements by the measurement system itself, and compares it to the total variability observed to determine the viability of the measurement system. There are several factors affecting a measurement system, including:
There are two important aspects of a Gauge R&R:
It is important to understand the difference between accuracy and precision to understand the purpose of Gauge R&R. Gauge R&R addresses only the precision of a measurement system. It is common to examine the P/T ratio which is the ratio of the precision of a measurement system to the (total) tolerance of the manufacturing process of which it is a part. If the P/T ratio is low, the impact on product quality of variation due to the measurement system is small. If the P/T ratio is larger, it means the measurement system is “eating up” a large fraction of the tolerance, in that the parts that do not have sufficient tolerance may be measured as acceptable by the measurement system. Generally, a P/T ratio less than 0.1 indicates that the measurement system can reliably determine whether any given part meets the tolerance specification. A P/T ratio greater than 0.3 suggests that unacceptable parts will be measured as acceptable (or vice versa) by the measurement system, making the system inappropriate for the process for which it is being used.
Random information on the term “BAY”:
In the United Kingdom and in Australia, a bay platform is a dead-end railway platform at a railway station that has through lines. It is normal for bay platforms to be shorter than their associated through platforms.
Bay and island platforms are so named because they resemble the geographic features of the same name.
Examples of stations with bay platforms include Carlisle railway station; Nottingham railway station (pictured), which has a bay platform inset into one of its platform islands; and the San Francisco International Airport BART Station which has three bay platforms, two of which are in use. Chicago’s CTA O’Hare Airport Station features a bay platform with one track on the bay and a track on each side of the platform. The Hoboken and 33 St Stations on the PATH train line have bay platforms. Ferry Avenue on the PATCO Speedline also has a bay platform. However, in the New York City Subway, such platforms are thought of as side or island platforms connected at the ends, rather than bay platforms.
Random information on the term “YIP”:
Yip is a nickname of:
Random information on the term “BARK”:
BESK (Binär Elektronisk SekvensKalkylator, Swedish for “Binary Electronic Sequence Calculator”) was Sweden’s first electronic computer, using vacuum tubes instead of relays. It was developed by Matematikmaskinnämnden (Swedish Board for Computing Machinery) and for a short time it was the fastest computer in the world. The computer was completed in 1953 and in use until 1966. The technology behind BESK was later continued with the transistorized FACIT EDB and FACIT EDB-3 machines, both software compatible with BESK. Non-compatible machines highly inspired by BESK were SMIL made for the University of Lund, SAABs räkneautomat SARA, “SAAB’s calculating machine”, and DASK made in Denmark.
BESK was developed by the Swedish Board for Computing Machinery (Matematikmaskinnämnden) a few years after the mechanical relay computer BARK (Binär Aritmetisk Relä-Kalkylator, Swedish for “Binary Arithmetic Relay Calculator”). The team was initially led by Conny Palm, who died in December 1951, after which Stig Comét took over. The hardware was developed by Erik Stemme. Gösta Neovius and Olle Karlqvist were responsible for architecture and instruction set. It was closely modeled on the IAS machine for which the design team had retrieved drawings during a scholarship to Institute for Advanced Study (IAS) and Massachusetts Institute of Technology, U.S.
Random information on the term “WOOF”:
A bark is a sound most commonly produced by dogs. Other animals that make this noise include wolves, coyotes, pinnipeds, foxes and quolls. Woof is the most common representation in the English language for this sound, especially for large dogs. Other transliterations include the onomatopoeic ruff, arf, au au, bow-wow, and, for small dogs, yip. “Bark” is also a verb that describes the sharp explosive cry of certain animals.
Dog barking is distinct from wolf barking. Wolf barks represent only 2.3% of all wolf vocalizations and are described as “rare” occurrences. According to Schassburger, wolves bark only in warning, defense, and protest. In contrast, dogs bark in a wide variety of social situations, with acoustic communication in dogs being described as hypertrophic. Additionally, while wolf barks tend to be brief and isolated, adult dogs bark in long, rhythmic stanzas. Dogs have been known to bark for hours on end.
While a distinct reason for the difference is unknown, a strong hypothesis is that the vocal communication of dogs developed due to their domestication. As evidenced by the farm-fox experiment, the process of domestication alters a breed in more ways than just tameness. Domesticated breeds show vast physical differences from their wild counterparts, notably an evolution that suggests neoteny, or the retention of juvenile characteristics in adults. Adult dogs have, for example large heads, floppy ears, and shortened snouts – all characteristics seen in wolf puppies. The behavior, too, of adult dogs shows puppy-like characteristics: dogs are submissive, they whine, and they frequently bark. The experiment illustrates how selecting for one trait (in this case, tameness) can create profound by-products, both physical and behavioral.