HIStory: Past, Present and Future, Book I

HIStory: Past, Present and Future, Book I (usually shortened to HIStory) is the ninth overall studio album and his fifth under Epic Records by American recording artist Michael Jackson. It was released on June 16, 1995 by Epic Records. This is Jackson's first album on his own label, MJJ Productions, and consists of two discs: the first disc (HIStory Begins) is a compilation of some of his greatest hits from 1979 onward, while the second disc (HIStory Continues) is a studio album composed entirely of new material. The majority of the second disc's tracks were written and produced by Jackson, often in conjunction with collaborators.

HIStory was Jackson's return to releasing music following the accusation of child sexual abuse in August 1993. Many of the 15 songs pertain to the accusations and Jackson's mistreatment in the media, specifically the tabloids. The songs' themes include environmental awareness, isolation, greed, suicide and injustice.

HIStory is Jackson's most controversial album. Jackson was accused of using anti-Semitic lyrics in "They Don't Care About Us". Jackson stated that he did not mean any offense and on multiple occasions denied anti-Semitism. The dispute regarding the lyrics ended with Jackson re-recording them. R. Kelly was accused of plagiarizing one of the album's songs, "You Are Not Alone". In 2007 a judge ruled that the song was plagiarized and the song was subsequently banned from radio stations in Belgium.

Money (Blackadder)

"Money" is the fourth episode of the BBC sitcom Blackadder II, the second series of Blackadder, which was set in Elizabethan England from 1558 to 1603.

Plot

Blackadder owes one thousand pounds to the Bishop of Bath and Wells, who threatens to have him killed if he does not pay. Blackadder tries unsuccessfully to blackmail the Bishop. He has only 85 pounds, which he loses when the Queen wins a bet about him with Lord Melchett.

Blackadder and Baldrick manage to get sixpence from a sailor, which is also taken by the Queen. Lord Percy tries to make them money by alchemy, without success, only producing a green substance, which he seems convinced is valuable. Blackadder manages to bully a couple into buying his house for 1100 pounds, but is again tricked out of the money by the Queen.

Finally, Blackadder drugs the Bishop and has a painting made of him in a highly compromising position. He uses this to successfully blackmail the Bishop into writing off the debt and giving him enough money to buy back his house and live in comfort. The Bishop is impressed by his treachery, but asks who the other figure in the painting is, at which Blackadder reveals Percy.

Money (KMFDM song)

"Money" is a song by industrial rock group KMFDM from their 1992 album of the same name. It was released as a single in 1992, and released as a 7" in 2008, as the ninth release of KMFDM's 24/7 series. The song charted at No. 36 in July 1992 on Billboard's Dance/Club Play Songs Chart.

Track listing

1992 release

2008 7" reissue

Personnel

References

Naming scheme

In computing, naming schemes are often used for objects connected into computer networks.

Naming schemes in computing

Server naming is a common tradition. It makes it more convient to refer to a machine by name than by its IP address.

CIA named their servers after states.

Server names may be named by their role or follow a common theme such as colors, countries, cities, planets, chemical element, scientists, etc. If servers are in multiple different geographical locations they may be named by closest airport code.

Such as web-01, web-02, web-03, mail-01, db-01, db-02.

Airport code example:

City-State-Nation example:

Thus, a production server in Minneapolis, Minnesota would be nnn.ps.min.mn.us.example.com, or a development server in Vancouver, BC, would be nnn.ds.van.bc.ca.example.com.

Large networks often use a systematic naming scheme, such as using a location (e.g. a department) plus a purpose to generate a name for a computer.

For example, a web server in NY may be called "nyc-www-04.xyz.net".

Name (song)

"Name" is an alternative rock song by the American rock band Goo Goo Dolls. It was released in September 1995 as the third single from the album A Boy Named Goo. As the band's first hit, the song topped both the US Modern Rock chart and the US Album Rock chart, and reached number 5 on the Billboard Hot 100.

Although the Goo Goo Dolls were considered an alternative group prior to the single's release, "Name" crossed over to pop and adult contemporary radio, greatly increasing the band's fan base.

Prior to the release of the Dizzy Up the Girl album three years later, "Name" was the band's most successful single. It is currently their 3rd most successful single, after "Iris" and "Slide".

The band re-recorded this song for their compilation album, Greatest Hits Volume One: The Singles; this version featured minimal arrangements and production.

Track listing

Song composition

NAME (dispersion model)

The NAME atmospheric pollution dispersion model was first developed by the UK's Met Office in 1986 after the nuclear accident at Chernobyl, which demonstrated the need for a method that could predict the spread and deposition of radioactive gases or material released into the atmosphere.

The acronym, NAME, originally stood for the Nuclear Accident ModEl. The Met Office has revised and upgraded the model over the years and it is now used as a general purpose dispersion model. The current version is known as the NAME III (Numerical Atmospheric dispersion Modeling Environment) model. NAME III is currently operational and it will probably completely replace the original NAME model sometimes in 2006.

Features and capabilities of NAME

NAME (in its current NAME III version) is a Lagrangian air pollution dispersion model for short range to global range scales. It employs 3-dimensional meteorological data provided by the Met Office's Unified National Weather Prediction Model. Random walk techniques using empirical turbulence profiles are utilized to represent turbulent mixing. In essence, NAME follows the 3-dimensional trajectories of parcels of the pollution plume and computes pollutant concentrations by Monte Carlo methods — that is, by direct simulation rather than solving equations.