ROI

Roi may refer to:

People

Other uses

ROI may stand for:

Simon

Simon may refer to:

Names

Electronics and technology

Media names

Other

Recurring Saturday Night Live characters and sketches introduced 1990–1991

The following is a list of recurring Saturday Night Live characters and sketches introduced between September 29, 1990, and May 18, 1991, the sixteenth season of SNL.

Larry Roman the Talent Scout

A Dana Carvey sketch. Debuted September 29, 1990.

Middle-Aged Man

A Mike Myers and Chris Farley sketch. Chris Farley portrayed a character known as "Drinking Buddy," Middle-Aged Man's sidekick. Debuted October 20, 1990.

Simon

Simon is a sketch about a young British boy, played by Mike Myers, who likes to draw, and has his own BBC television program, Simon. The sketches always begin by showing the BBC logo with a faux British announcer back-announcing some ridiculously insipid sounding programming on right before it. The show borrows its theme song from a British children's television series called Simon in the Land of Chalk Drawings, though, aside from the concept of a young boy who draws, the premises are completely dissimilar. Simon broadcasts his program from his bathtub, in which he appears to be nude. On the show, Simon displays his drawings (pronounced drawerings in an exaggerated British accent), which he bends over to pick up, whereupon he scolds the audience, by yelling his catch phrases, "Don't look at my bum!" and calling the audience "Bum Lookers!" and "Cheeky Monkeys!"

Gabriel's Revelation

Gabriel's Revelation, also called Hazon Gabriel (the Vision of Gabriel) or the Jeselsohn Stone, is a three-foot-tall (one metre) stone tablet with 87 lines of Hebrew text written in ink, containing a collection of short prophecies written in the first person and dated to the late 1st century BCE. One of the stories allegedly tells of a man who was killed by the Romans and resurrected in three days. It is a tablet described as a "Dead Sea scroll in stone".

Origins

The unprovenanced tablet was likely found near the Dead Sea some time around the year 2000 and has been associated with the same community which created the Dead Sea scrolls. It is relatively rare in its use of ink on stone. It is in the possession of Dr. David Jeselsohn, a Swiss–Israeli collector, who bought it from a Jordanian antiquities dealer. At the time, he was unaware of its significance.

Reception

Hillel Halkin in his blog in The New York Sun wrote that it "would seem to be in many ways a typical late-Second-Temple-period eschatological text" and expressed doubts that it provided anything "sensationally new" on Christianity's origins in Judaism.

DES

DES or Des may refer to:

Computing

Medical

Other uses

Dessie

Dessie (Amharic: ደሴ^?) (also spelled Dese or Dessye), is a city and a woreda in north-central Ethiopia. Located in the Debub Wollo Zone of the Amhara Region, it sits at a latitude and longitude of 11°8′N 39°38′E / 11.133°N 39.633°E / 11.133; 39.633, with an elevation between 2,470 and 2,550 metres above sea level.

Dessie is located along Ethiopian Highway 1. It has postal service (a post office was established in the 1920s), and telephone service from at least as early as 1954. The city has had electrical power since at least 1963 when a new diesel-powered electric power station with a power line to Kombolcha was completed, at a cost of Eth$ 110,000. Intercity bus service is provided by the Selam Bus Line Share Company. Dessie shares Combolcha Airport (ICAO code HADC, IATA DSE) with neighbouring Kombolcha.

Dessie is home to a museum, in the former home of Dejazmach Yoseph Birru. It also has a zawiya of the Qadiriyya order of Islam, which was the first Sufi order to be introduced into north-east Africa.

Triple DES

In cryptography, Triple DES (3DES) is the common name for the Triple Data Encryption Algorithm (TDEA or Triple DEA) symmetric-key block cipher, which applies the Data Encryption Standard (DES) cipher algorithm three times to each data block.

The original DES cipher's key size of 56 bits was generally sufficient when that algorithm was designed, but the availability of increasing computational power made brute-force attacks feasible. Triple DES provides a relatively simple method of increasing the key size of DES to protect against such attacks, without the need to design a completely new block cipher algorithm.

Definitive standards

The Triple Data Encryption Algorithm (TDEA) is defined in each of: