.web

.web is a generic top-level domain that will be awarded by ICANN to one of seven registry applicants. The .web TLD will be in the official root once ICANN awards the registry contract.

Historic information about .web

.web was operated as a prospective registry, not in the official root, by Image Online Design since 1995. It originated when Jon Postel, then running the top level of the Domain Name System basically single-handedly, proposed the addition of new top-level domains to be run by different registries. Since Internet tradition at the time emphasized "rough consensus and running code", Christopher Ambler, who ran Image Online Design, saw this as meaning that his company could get a new TLD into the root by starting up a functional registry for it. After asking and receiving permission from IANA to do so, IOD launched .web, a new unrestricted top level domain.

Since then IOD has tried to get their domain into the official root through several plans to admit new top-level domains. Several new-TLD plans in the late 1990s, including Postel's original proposal, failed to reach sufficient consensus among the increasingly contentious factions of the Internet to admit any new TLDs, including .web. When ICANN accepted applications for new TLDs in 2000 which resulted in the seven new domains added soon afterward, IOD's application was not approved; neither was it officially rejected, however, since all unapproved applications remain in play for possible future acceptance. A second round of new TLDs, however, was done entirely with new applications, and only for sponsored domains (generally intended for use by limited communities and run by nonprofit entities). The .web registry remains hopeful, however, that their application will eventually be approved. On May 10, 2007, ICANN announced the opening of public comments towards a new, third round of new gTLDs, a round in which IOD has not participated.

Web

Web or Webs may refer to:

Arachnology

Computing

Mathematics

Law & Order: Special Victims Unit (season 7)

The seventh season of the television series, Law & Order: Special Victims Unit premiered September 20, 2005 and ended May 16, 2006 on NBC. It aired on Tuesday nights at 10:00 p.m. Critically the show's most successful season, both lead actors received nominations at the 2006 Emmy Awards with a win by Mariska Hargitay.

Production

Repeating a pattern established by other SVU seasons, the Season 7 premiere was filmed before the airing of the Season 6 finale. Long-time SVU co-executive producers, Michele Fazekas, Tara Butters, and Lisa Marie Petersen departed the series at the end of Season 7. Additionally, long-time Law & Order franchise director Constantine Makris departed until his return in the twelfth season.

Mariska Hargitay won the Primetime Emmy Award for Outstanding Lead Actress in a Drama Series for her performance in the episode "911". This made her the first regular cast member of any Law & Order series to win an Emmy. Christopher Meloni was nominated for the Primetime Emmy Award for Outstanding Lead Actor in a Drama Series, his first Emmy nomination. Meloni was water skiing when the 2006 Emmy nominations were announced. He received a congratulatory call from showrunner Neal Baer and responded with "Cool! I'm going back to ski." Sources are not consistent about whether the episode submitted for Meloni's nomination was "Raw" or "Ripped". The Envelope section of The LA Times reported that SVU also made a bid for Ted Kotcheff to receive the Primetime Emmy Award for Outstanding Directing for a Drama Series, but he was not selected as a nominee.

ATM

ATM or atm may refer to:

Biology and medicine

Computing

People and organizations

Transportation

ATM (computer)

ATM (ATM Turbo) is a ZX Spectrum clone, developed in Moscow, in 1991, by two firms, MicroArt and ATM. It has a Z80 at 7 MHz, 1024 kB RAM, 128 kB ROM, AY-8910 (two ones in upgraded models), 8-bit DAC, 8-bit 8-channel ADC, RS-232, Centronics, Beta Disk Interface, IDE interface, AT/XT keyboard, text mode (80x25, 16 colours, 8x8 pattern), and 3 graphics modes.

Graphics modes

640 x 200 mode has colour attribute byte for each 8 pixels. Difference from Profi (computer) is that ATM has full 16 colour set for both ink and paper.

320 x 200 mode (16 colours) is ordinary raster mode, but not similar to EGA (it is two-pixel chunky, not planar like EGA). Two games for this mode were converted directly from PC: Prince of Persia and Goblins (computer game), and one from Sony PlayStation: Time Gal. Some other games for this mode exist. The latter one is Ball Quest (August, 2006).

256 x 192 ZX Spectrum mode.

Palette (16 colours from 64) is set for all modes.

Models

Many models exist, the recent is 7.10 (with some bug fixes by NedoPC). Models < v6.00 are called ATM 1, later models are called ATM 2(2+) or ATM Turbo 2(2+) or simply Turbo 2+. IDE is available since v6.00.JIO0UBH9BY8B9T7GVC6R

Asynchronous Transfer Mode

Asynchronous Transfer Mode (ATM) is, according to the ATM Forum, "a telecommunications concept defined by ANSI and ITU (formerly CCITT) standards for carriage of a complete range of user traffic, including voice, data, and video signals". ATM was developed to meet the needs of the Broadband Integrated Services Digital Network, as defined in the late 1980s, and designed to unify telecommunication and computer networks. It was designed for a network that must handle both traditional high-throughput data traffic (e.g., file transfers), and real-time, low-latency content such as voice and video. The reference model for ATM approximately maps to the three lowest layers of the ISO-OSI reference model: network layer, data link layer, and physical layer. ATM is a core protocol used over the SONET/SDH backbone of the public switched telephone network (PSTN) and Integrated Services Digital Network (ISDN), but its use is declining in favour of all IP.

ATM provides functionality that is similar to both circuit switching and packet switching networks: ATM uses asynchronous time-division multiplexing, and encodes data into small, fixed-sized packets (ISO-OSI frames) called cells. This differs from approaches such as the Internet Protocol or Ethernet that use variable sized packets and frames. ATM uses a connection-oriented model in which a virtual circuit must be established between two endpoints before the actual data exchange begins. These virtual circuits may be “permanent”, i.e. dedicated connections that are usually preconfigured by the service provider, or “switched”, i.e. set up on a per-call basis using signalling and disconnected when the call is terminated.