Charlotte, North Carolina

Charlotte /ˈʃɑːrlət/ is the largest city in the state of North Carolina, in the United States. It is the county seat of Mecklenburg County and the second largest city in the Southeastern United States, just behind Jacksonville, Florida. Charlotte is the third fastest growing major city in the United States. In 2014, the estimated population of Charlotte according to the U.S. Census Bureau was 809,958, making it the 17th largest city in the United States based on population. The Charlotte metropolitan area ranks 22nd largest in the US and had a 2014 population of 2,380,314. The Charlotte metropolitan area is part of a sixteen-county market region or combined statistical area with a 2014 U.S. Census population estimate of 2,537,990. Residents of Charlotte are referred to as "Charlotteans". It is listed as a "gamma-plus" global city by the Globalization and World Cities Research Network.

Charlotte is home to the corporate headquarters of Bank of America and the east coast operations of Wells Fargo, which among other financial operations makes it the second largest banking center in the United States. Among Charlotte's many notable attractions, some of the most popular include the Carolina Panthers of the National Football League (NFL), the Charlotte Hornets of the National Basketball Association (NBA), two NASCAR Sprint Cup races and the NASCAR All-Star Race, the Wells Fargo Championship, the NASCAR Hall of Fame, Carowinds amusement park, and the U.S. National Whitewater Center. Charlotte Douglas International Airport is a major international hub, and was ranked the 23rd busiest airport in the world by passenger traffic in 2013.

Charlotte (singer)

Charlotte Kelly is a British R&B and dance singer and songwriter. She is of mixed English/Caribbean descent.

Career

Kelly was blind at birth. Kelly started her career as a singer in her teens. In the 1990s, she co-wrote with Mike Ward and Lisa Stansfield, before being signed to Big Life Records and joining Soul II Soul. In 1999, she topped the US Billboard dance chart with her single, "Skin". In 2010 Charlotte co-wrote the topline to UK number 1 single "Good Times", performed by Roll Deep. This earned Charlotte her first UK number 1.

Personal life

She has a daughter named Iman.

Discography

Awards

Charlotte (anime)

Charlotte (シャーロット, Shārotto) is a 13-episode Japanese anime television series produced by P.A.Works and Aniplex and directed by Yoshiyuki Asai. The anime aired in Japan between July 4 and September 26, 2015. An original video animation episode will be released in March 2016. Two manga series are serialized in ASCII Media Works' Dengeki G's Comic. The story takes place in an alternate reality where a small percentage of children manifest superhuman abilities upon reaching puberty. A focus is placed on Yuu Otosaka, a high school boy who awakens the ability to temporarily possess others, which brings him to the attention of Nao Tomori, the student council president of a school founded as a haven for children with such abilities.

The story was originally conceived by Jun Maeda, who also wrote the screenplay and composed some of the music, with original character design by Na-Ga. Both Maeda and Na-Ga are from the visual novel brand Key, and Charlotte is the second original anime series created by Key following Angel Beats! in 2010. Maeda had thought up the concept for Charlotte long before he was approached in early 2012 to work on another anime series after Angel Beats!. Maeda narrowed down the number of main characters compared to Angel Beats! and attempted to put more of a focus on their behavior. Instead of employing the same staff that had worked on Angel Beats!, the aim for Charlotte was to bring together a staff that would add a new variety to the creative process to prevent being influenced by the work done on Angel Beats!.

Library (journal)

Library was a literary magazine founded in the United States in 1900.

Overview

The magazine was only published over the course of six months, until it ran out of funds.

Willa Cather published five original short stories (The Dance at Chevalier's, The Sentimentality of William Tavener, The Affair at Grover Station, and The Conversion of Sum Loo), sixteen articles and seven poems. She also re-published Peter, A Night at Greenway Court and A Singer's Romance. It has been noted that she was well paid for her contributions.

References

Halo (megastructure)

Halo rings are fictional megastructures and superweapons in the Halo video game series, giving its name. They are referred to as "Installations" by their AI monitors, and are collectively referred to as "the Array" by the installations' creators, the Forerunners. The series' alien antagonists, the Covenant, refer to the structures as the "Sacred Rings", believing them to form part of a greater religious prophecy known as "The Great Journey". According to Halo's fiction, the Forerunners built the rings to contain and study the Flood, an infectious alien parasite. The rings act together as a weapon of last resort; when fired, the rings kill any sentient life capable of falling prey to the Flood, starving the parasite of its food. The installations are at the crux of the plot progression for the Halo series.

The Halos are massive ringworlds, which feature their own wildlife and weather. The constructs resemble Larry Niven's Ringworld concept in shape and design. The structure that Halo: Combat Evolved takes place on was initially to be a hollowed-out planet, but was changed to its ring design later in development; a staff member provided "Halo" as the name for both the ring and the video game after names such as Red Shift were suggested.

Standard cell

In semiconductor design, standard cell methodology is a method of designing application-specific integrated circuits (ASICs) with mostly digital-logic features. Standard cell methodology is an example of design abstraction, whereby a low-level very-large-scale integration (VLSI) layout is encapsulated into an abstract logic representation (such as a NAND gate). Cell-based methodology — the general class to which standard cells belong — makes it possible for one designer to focus on the high-level (logical function) aspect of digital design, while another designer focuses on the implementation (physical) aspect. Along with semiconductor manufacturing advances, standard cell methodology has helped designers scale ASICs from comparatively simple single-function ICs (of several thousand gates), to complex multi-million gate system-on-a-chip (SoC) devices.

Construction of a standard cell

A standard cell is a group of transistor and interconnect structures that provides a boolean logic function (e.g., AND, OR, XOR, XNOR, inverters) or a storage function (flipflop or latch). The simplest cells are direct representations of the elemental NAND, NOR, and XOR boolean function, although cells of much greater complexity are commonly used (such as a 2-bit full-adder, or muxed D-input flipflop.) The cell's boolean logic function is called its logical view: functional behavior is captured in the form of a truth table or Boolean algebra equation (for combinational logic), or a state transition table (for sequential logic).