Rare

Rare may refer to:

Organizations

Acronyms

Music

Albums

This Is What the Truth Feels Like

This Is What the Truth Feels Like is the upcoming third studio album by American singer and songwriter Gwen Stefani. It is scheduled to be released on March 18, 2016, by Interscope Records. Initially, the album was scheduled to be released in December 2014 with Benny Blanco being the executive producer and the songs "Baby Don't Lie" and "Spark the Fire" being released as singles. However, after the underperformance of both songs on the charts and the writer's block Stefani suffered, she scrapped the whole record in favor of starting again.

Inspired by the end of her marriage and the roller coaster of emotions she experienced during the time, Stefani returned to feel inspired and started writing new and meaningful songs. With the help of producers J.R. Rotem, Mattman & Robin and Greg Kurstin, as well as songwriters Justin Tranter and Julia Michaels, Stefani wrote the whole album in a few months and described it as a "breakup record", with the songs having a "sarcastic" and dark-humor vibe, as well as being real, joyful, and happy.

Rare (Asia album)

Rare is the eighth studio album by British rock band Asia, released in 2000. It is completely instrumental, and the only performers on this CD are John Payne and Geoff Downes. Tracks 1–16 were created for David Attenborough's nature film, "Salmon: Against the Tides", and 17–22 for an unreleased CD Rom video game.Rare is Asia's first studio album not titled with a word beginning and ending with the letter 'a'.

Track listing

Credits

References

Analog (program)

Analog is a free web log analysis computer program that runs under Windows, Mac OS, Linux, and most Unix-like operating systems. It was first released on June 21, 1995, by Stephen Turner as generic freeware; the license was changed to the GNU General Public License in November 2004. The software can be downloaded for several computing platforms, or the source code can be downloaded and compiled if desired.

Analog has support for 35 languages, and provides the ability to do reverse DNS lookups on log files, to indicate where web site hits originate. It can analyze several different types of web server logs, including Apache, IIS, and iPlanet. It has over 200 configuration options and can generate 32 reports. It also supports log files for multiple virtual hosts.

The program is comparable to Webalizer or AWStats, though it does not use as many images, preferring to stick with simple bar charts and lists to communicate similar information. Analog can export reports in a number of formats including HTML, XHTML, XML, Latex and a delimited output mode (for example CSV) for importing into other programs. Delimited or "computer" output from Analog is often used to generate more structured and graphically rich reports using the third party Report Magic program.

Analog signal

An analog or analogue signal is any continuous signal for which the time varying feature (variable) of the signal is a representation of some other time varying quantity, i.e., analogous to another time varying signal. For example, in an analog audio signal, the instantaneous voltage of the signal varies continuously with the pressure of the sound waves. It differs from a digital signal, in which the continuous quantity is a representation of a sequence of discrete values which can only take on one of a finite number of values. The term analog signal usually refers to electrical signals; however, mechanical, pneumatic, hydraulic, human speech, and other systems may also convey or be considered analog signals.

An analog signal uses some property of the medium to convey the signal's information. For example, an aneroid barometer uses rotary position as the signal to convey pressure information. In an electrical signal, the voltage, current, or frequency of the signal may be varied to represent the information.

Structural analog

Structural analogs (structural analogue or simply analog) are models or representations that keep each other certain "structural similarity". It is used in engineering, chemistry, mathematics and other fields.

Despite the field diversity, all structural analog analysis use some level of abstraction to transform models in mathematical graphs, and detected structural analogies by algorithms. Example: for molecular structure comparison and classification operations, the compared compounds are modeled as a mathematical graph. Formally, when structures are represented by graphs, the concept of analog is related to a graph isomorphism.

Systems engineering

Analogical models are used in a method of representing a ‘target system’ by another, more understandable or analysable system.

Two systems have analog structures (see illustration) if they are isomorphic graphs and have equivalent (mapped) lumped elements. In Electronics, methods based on fault models of structural analogs gain some acceptance in industry.