GE: General Electric Company General Electric Company GE: Google Earth Google Earth GE: Gigabit Ethernet Gigabit Ethernet 1Gbps 10GE: Optical Ethernet Optical Ethernet 10Gbps google earth
[edit]Natural Science Fields
GE:Germanium Enthalpy of Atomization: kJ /mol @25°C 376.6 Heat Capacity: J /(mol- K) 23.222 Electrical Conductivity: 10^6/(cm -Ω ) 1.45×10^(-8) Thermal Conductivity: W/(m-K) 60.2 Heat of Melt: (kJ/ (kJ/mol) 36.940 Heat of vaporization: (kJ/mol) 330.90 Elemental content in the universe: (ppm) 0.2 GE: gross energy Total energy GE:: Gigabit Ethernet Gigabit Ethernet GE: genetic engineering Genetic engineering GE: relational operator, greater than or equal to. gE: acceleration envelope, an acceleration index for amplitude in vibration analysis.
[edit]GE Corporation
General Electric Company GE Dreams Launch the Future - GE is one of the world's largest technology, manufacturing and service companies operating across multiple industries and dedicated to solving some of the world's toughest problems.GE's products and services span a broad range of products and services, from aircraft engines, power generation equipment, water treatment and security technologies, to medical imaging, business and consumer finance, and media, with customers in more than 100 countries and more than 300,000 employees. Mr. Jeff Immelt is the current Chairman and Chief Executive Officer.
[edit]GE's "Three Rings" strategy
The "Three Rings" strategy consists of retaining and enhancing the Core, High Tech and Service Rings, with the aim of avoiding excesses and emphasizing integration, which can be summarized in eight words. Integration. There are three intrinsic reasons for the success of this strategy: doing the right thing, using the right people, and being able to afford it.
Doing the right thing:
Doing the right thing - adopting the "three rings" strategy; doing the right thing, choosing the right direction of development. His embodiment is a look at the market, the second look at the Harmonization.
Use the right people:
GE has a famous saying: "Let the right people do the right thing is far more important than developing a new strategy! From this quote we can see how much GE values its people, and to use an old Chinese saying, "use talent in any way you choose.
Take up:
This is reflected in GE's management system and system, adopting a clear network management structure.
[edit]GE in China
Introduction
As early as 1906, GE began to develop trade with China, was the most active and influential foreign companies in China at that time. 1908, GE established the first light bulb factory in Shenyang. 1934, GE bought the Shenchang foreign firms, began to provide the installation and maintenance services of imported electrical equipment in China. 1979, GE bought the first light bulb factory in China. In 1979, GE reestablished trade relations with the People's Republic of China, and in 1991, the first joint venture, GE Aviation Medical Systems, was established in Beijing. To date, all of GE's industrial product groups have a presence in China, with more than 12,000 employees and more than 50 operating entities. With the gradual opening of the market after China's accession to the WTO, GE's financial business is also actively seeking opportunities for development in China. In 2006, GE's sales revenue in China amounted to US$5.4 billion.
Volunteer Programs
In addition to its business activities, GE also encourages itself as a responsible corporate citizen. In 2006 alone, nearly 3,000 GE employees organized more than 70 community volunteer programs in the Greater China region,*** contributing more than 20,000 hours of service to a number of public welfare causes, including education, children's health and development, elderly care, and environmental protection. of service. ***Communities in 18 different regions have benefited from these programs (including Beijing, Chongqing, Gansu, Guangzhou, Hangzhou, Hong Kong, Qinhuangdao, Shanghai, Taiwan, Wuxi, Zengcheng, Zhongshan, Shenzhen, Pengzhou, Shenyang, Harbin, and Xuzhou).
GE currently has six industrial divisions:
Infrastructure, Industrial, Healthcare, Business Finance, Consumer Finance, and NBC Universal.
Infrastructure
GE is one of the world's leading providers of infrastructure technology services, including the Aircraft Engines, Energy, Oil & Gas, Rail and Water Technologies business groups. Currently, nearly 1,200 GE aircraft engines are used in 550 aircraft in China; more than 300 steam, gas turbines, wind and hydroelectric turbines provide more than 30,000 megawatts of energy in China; GE has established a joint venture for its oil and gas business in Shenyang; the latest rail signaling systems, locomotives, track and platform management systems have been put on the market; and GE has established a water treatment chemical plant in Wuxi. GE Infrastructure also provides aviation and energy leasing and financial services, with more than 100 aircraft in use by airlines in China through GE Aviation Financial Leasing.
Industrial
GE Industrial provides a wide range of products and services worldwide, including home appliances, lighting and industrial products, factory automation systems, plastics, security and sensing technologies, as well as equipment financing, management and operations services. GE has joint venture plants in Nansha, Shanghai, and Zhongshan for its plastics business; four lighting plants in Jiading, Shanghai; security facilities with innovative technologies for entrance and building security control, and explosives and narcotics detection; and the sensing business has established a Greater China headquarters in Shanghai.
Medical
GE Healthcare is a global leader in medical imaging, information technology, medical diagnostics, patient monitoring and life support systems, disease research, drug discovery, and biopharmaceutical manufacturing technologies to detect disease earlier and help treat it. GE Healthcare has been active in the Chinese market since 1991 and currently employs 3,000 people with operations in 25 regions across China, including Beijing, Shanghai, Wuxi and Guangzhou. GE Healthcare has plants in Beijing for CT scanning systems, MR*** vibro-imaging systems, and X-ray imaging systems; an expanded manufacturing facility in Shanghai to supply contrast media products to China, as well as to the U.S. and global markets outside of China; and a plant for ultrasound and patient monitoring equipment in Wuxi.
Business Finance
To facilitate business growth around the world, GE Business Finance offers a range of financing services and products, including lending, operating leases, financing programs, and financial real estate. In March 2006, GE Real Estate entered the Chinese market, investing 2,000 RMB in CITIC Capital's Vanke China Real Estate Development Fund. Vanke China Real Estate Development Fund, which will invest $100 million to $150 million in residential real estate development in China over the next five to seven years.
Consumer Finance
GE Consumer Financial Services provides credit services and financial products, such as personal credit cards and auto loans, to consumers, retailers and auto dealers around the world. The division is rapidly expanding its business in Asia, and in September 2005, it joined the Shenzhen Development Bank in a strategic partnership.
In March 2006, GE Management Technology Consulting (Shanghai) Co.
NBCUniversal
NBCUniversal is a leading global media and entertainment company that develops, produces, and markets entertainment, news, and current affairs information for viewers around the world.NBC is the broadcaster of the Olympic Games. CNBCUniversal Asia has partnered with China Business News in Shanghai to broadcast news and programs co-produced by China Business News, Asia Operator, and China Operator for CNBC.
[edit]GE administrators
ThomasAlvaEdison ) the first general manager and founder of GE Group. Edison is a world-renowned United States of America electrologist and inventor, in addition to his inventions and contributions to the phonograph, electric light, telephone, telegraph, film, etc., in addition to mining, construction, chemical industry, and other areas of the field also has a number of famous creations and insights. Edison had about two thousand creative inventions in his life*** and made great contributions to the civilization and progress of mankind. Edison is also a great entrepreneur, he was formed in 1890 Edison General Electric Company (Edison General Electric Company), its two main business composed of the big-name General Electric Company (GE).
Biography
Edison was born on February 11, 1847, in the small town of Milan, Ohio, in the west-central United States of America. His father was of Dutch descent and his mother, who worked as an elementary school teacher, was of Scottish descent. When Edison was seven years old, his father lost money in the shingle business and moved the family to Fort Gratiot, a northern suburb of Huron, Michigan. Soon after moving here, Edison contracted scarlet fever and was ill for a long time, and it is believed that this disease was the cause of his deafness. Edison went to school at the age of eight, but after only three months of schooling, he was thrown out by his teacher as an "imbecile". From then on, his mother was his "tutor". Because of his mother's good education methods, he has a strong interest in reading. "At the age of 8, he read William Shakespeare, the most important playwright of the English Renaissance, Dickens, and many important history books, and by the age of 9, he could quickly read difficult books, such as Parker's Philosophy of Nature and Experimentation. 10 years old, he had a passion for chemistry. At age 11, he experimented with his first telegram. He began working to earn money to buy chemicals and equipment, and at age 12, he got a job selling newspapers on trains, traveling between Port Huron and Detroit, Michigan. He sold newspapers, had a fruit and vegetable business, and read books in the library whenever he could. He bought an old printing press and began publishing his own weekly newspaper, the Herald, the first issue of which was printed on the train. With the money he earned he set up a chemical laboratory in the baggage car. Unfortunately, on one occasion the chemicals caught fire and he was thrown out of the car with all his equipment. On another occasion, when Edison was trying to board a freight train, a conductor grabbed him by both ears and helped him on board. This action resulted in Edison becoming deaf for life. In August 1862, Edison's fearless heroism saved a boy who was about to be killed on the train tracks. The boy's father was grateful for this, but with no money to pay him back, was willing to teach him telegraphy. From then on, Edison became involved with this mysterious new world of electricity and embarked on a journey of science. In 1863, Edison worked as a telecommunication telegraph operator at the Stratford Junction station of the Grand Trunk Railway. From 1864 to 1867, he lived a nomadic life as a telegraph operator throughout the Midwest. His travels included Stratford, Adrian, Fort Wayne, Indianapolis, Cincinnati, Connecticut, Nashville, Tennessee, Memphis, Louisville, and Huron. In 1868, Edison came to Boston (Boston) as a newspaper clerk. In the same year, he received his first patent for an invention. It was a device that automatically recorded the number of votes cast. Edison thought the device would speed up the work of Congress and that it would be popular. However, a congressman told him that they had no intention of speeding up the agenda and that there were times when slow voting was politically necessary. From then on, Edison decided that he would never work on any invention that people did not need. In early June 1869, he traveled to New York (New York) to look for work. While he was waiting to be summoned to an agent's office, a telegraph broke down. Edison was the only one there who could fix it, so he got a better job than he expected, and in October he joined with Pope to form the Pope-Edison Company, which specialized in scientific instruments for electrical engineering. Here he invented the "Edison Universal Press". He offered this printing press to the manager of a large Wall Street company, wanted to ask for 5,000 dollars, but lacked the courage to say it. So he asked the manager to give him a price, and he gave him $40,000 dollars. Edison used this money in New Jersey (New Jersey) Newark, Ward Street, built a factory, specializing in the manufacture of various electrical machinery. He worked all night long. He developed many capable assistants, and also met the industrious Mary (Mary Stilwell), his first future bride. In Newark, he made inventions such as waxed paper and the mimeograph, and from 1872 to 1875, Edison invented the two- and four-weight telegraph, and assisted others in getting the world's first English typewriter. In the spring of 1876, Edison moved again, this time he moved to New Jersey (New Jersey) "Monroe Park". Here he built the first "invention factory," which "marked the beginning of collective research." In 1877, Edison improved the telephone, which had been invented by Bell in the early days, and put it into practical use. He also invented one of his beloved projects, the phonograph. The telephone and telegraph "were a revolution in the extension of the functions of the human senses"; the phonograph was one of the three major inventions that changed people's lives, and "from the point of view of the imagination of the invention, it was his most significant inventive achievement." By this time, people called him "the magician of Menlo Park". Edison in the invention of the phonograph at the same time, after numerous failures finally made a breakthrough in the study of electric light, October 22, 1879, Edison lit the first really have a wide range of practical value of electric light. In order to extend the life of the filament, he re-examined, about tried more than 6000 kinds of fiber materials, only to find a new luminescent body - Japanese bamboo filament, which can last for more than 1,000 hours, to achieve the purpose of durability. In one respect, this invention was the crowning achievement of Edison's life. He went on to create a power supply system that allowed distant lamps to be distributed from a central power station, a major technological achievement. His first discovery in pure science occurred in 1883. Experimenting with electric lamps, he observed what he called the Edison effect: an electric charge traveling from a hot filament through space to a cold plate inside a lit bulb. Edison patented this discovery in 1884, but did not study it further. Instead, scientists next to him used the Edison effect to develop the electronics industry, especially radio and television. Edison also attempted to do for the eyes what the phonograph did for the ears, and the movie camera was born. Using a strip of George Eastman's newly invented celluloid film, he took a series of photographs and projected them rapidly and continuously onto a curtain, creating the illusion of motion. He first experimented with motion pictures in his laboratory in 1889 and applied for a patent in 1891, and in 1903 his company produced its first feature film, "Train Robbery." Edison did much to organize and standardize the film industry. After Edison moved his laboratory to West Orange in 1887, he founded a number of commercial companies to manufacture and market his many inventions; these companies were later merged into the Edison General Electric Company, later known as General Electric. Thereafter, his interests turned to fluoroscopy, ore mashing machines, magnetic separation of iron, storage batteries, and railroad signaling devices. During World War I, he developed torpedo mechanisms, flamethrowers and underwater periscopes. On October 21, 1929, on the 50th anniversary of the invention of the electric light, a great celebration was held for Edison, with famous scientists such as Albert Einstein of the German Bundes*** and State and Madame Curie of the French **** and State congratulating him. Unfortunately, in this celebration, when Edison made a speech, due to excessive excitement, he suddenly fainted. Since then, his health is deteriorating. 1931 October 18, this has made great contributions to mankind's scientists died of illness, aged 84 years. Edison's cultural level is very low, the contribution to mankind is so great, what is the "secret" here? In addition to a curious heart, a personal test instinct, is that he has more than ordinary people's hard work of endless energy and bold spirit. When someone called Edison a "genius", he explained: "Genius is 99% of the sweat plus 1% of the inspiration, but the 1% of the inspiration is the most important, even more important than the 99% of the sweat." He was in the "invention factory", the organization of many different professions, including scientists, engineers, technicians, workers *** more than 100 people, Edison's many major inventions is to rely on the strength of this collective success. His achievements are mainly attributed to his hard work and creative talent and the power of the collective, in addition, his wife had also played a fairly important role. Edison invention chronology: October 11, 1868 invented the "voting counter", received the first patent in his life. In October 1869, Edison and his friends set up the "Pope-Edison Company". In 1870, he invented the general-purpose printing press and received 40,000 U.S. dollars for the patent. Established his own manufacturing plant in New York. 1872-1876 Invented the electric telegraph, the automatic duplicate telegraph method, the double and quadruple telegraph method, and the manufacture of waxed paper and charcoal resistors. 1875 Invented acoustic wave analyzing resonator. 1876 Established a laboratory in Menlo Park, New Jersey - the first industrial research laboratory. It was the origin of the modern concept of "research group". Invented the carbon rod transmitter. Patented the automatic telegraph recorder. Improved and put into practical use an earlier telephone invented by Bell at Menlo Park in 1877. Receives three patents: the perforated pen, the pneumatic iron pen and the ordinary iron pen. On August 20 invented what proved to be one of Edison's beloved projects, the phonograph. 1878 Edison claims to have solved the problem of electric lighting. The Royal Society organizes an exhibition of the phonograph. He improved the phonograph, designed microphones, loudspeakers, aerial loudspeakers, sound engines, tuning engines, microthermometers, odorometers, etc. He was granted a patent for the phonograph on February 19th, and went to Wyoming with Prof. Pike of the University of Pennsylvania in July to observe a total eclipse of the sun and to measure the temperature of the whole area around the sun with a thermometer he invented, and returned to Monroe Park in August to return to his scientific research and experiments. Britain approves Edison's patent application for a "tape recorder"; visits William Wallace in Connecticut in September. On October 5, Edison filed a patent application for a platinum filament electric lamp. 1879-1880 Invented the high-resistance incandescent lamp after thousands of setbacks. Improved the dynamo. Designed a new method of distributing electric current, and a method of adjusting and calculating electric circuits. Invented the electric lamp holder and switch. Invented the method of magnetic ore analysis. August 30, 1879 Edison and Bell each demonstrated a telephone setup at City Hall in Saratoga Creek, resulting in Edison's phone being clearer than Bell's. October 21 Invention of the high-resistance incandescent lamp, which lit continuously for 40 hours. patented the carbon filament lamp on November 1. reported Edison's incandescent lamp in the New York Express on December 21. spoke to a crowd from New York City of On December 25, Edison gave a public demonstration of the electric light to 3,000 visitors from New York City in Menlo Park. 1880 Research on the helicopter. Patented the electric light. January 28, the "electric power transmission and distribution system" patent. February 18, "Scribe's Monthly" published "Edison's electric light" article, officially published the invention of the electric light. May, the first electric light by the electric light of the ship "Columbia" test sailed successfully. "In May, the first ship illuminated by electric light, the Columbia, was successfully tested. December established the New York Edison Electric Lighting Company. 1881 New York Fifth Avenue headquarters was established. Established an incandescent lamp factory in New York City. Established a manufacturing plant for generators, underground wiring, and electric light parts. Tested trolley cars in Menlo Park. 1882 Invented the three-wire distribution system for electric current. Applied for 141 patents. September 4, established the first central plant. More than 150 small power stations were established throughout the United States of America by the end of December. May 23, 1885 Patent filed for wireless telegraphy. 1887-1890 Improved the cylinder phonograph and obtained more than 80 patents on phonographs. Started manufacturing and sales of phonographs, records, and dictation machines. In 1888, invented the cylinder phonograph. Participated in the Paris Centennial Exposition in 1889. Invented various types of electric railroads. Completed the motion picture camera. 1890-1899 Designed a large-scale stone crusher and grinder. Directed the large-scale development of iron ore at the Ogden Mining District. In 1891, invented the Edison Ore Concentrator and began mining business on his own. Patented the "Moving Picture Projector," and on May 20, the first successful moving picture projector was demonstrated to the public at Edison's laboratory in West Orange, New Jersey. In 1893, the world's first motion picture "studio" was built in the courtyard of Edison's laboratory. April 14, 1894 - The first motion picture projector theater opens in New York City. On April 23, 1896, the "Vitae Projector" was used for the first time to show films at the Coster-Baylor Music Hall in New York, and was warmly received by the public. In 1902, the test of using a new type of storage battery for vehicle power, the trip was 5,000 miles, and every time the battery was charged, it could go 100 miles, which was a success. In 1903, Edison's company produced the first feature film, "Train Robbery". In 1909, after ten years of research on storage batteries, it finally succeeded. Made facsimile telegraph. Received patents for the design of a raw material machine, a finer mill, and a long kiln. 1910-1914 Completion of the disc gramophone, the non-destructive record, and the gold and steel record. Completed the sound movie machine. 1910 Invention of the "disc record". Invention of the "talking picture" in 1912. Development of the phonograph. In 1914-1915, invented the carbolic acid synthesis method, and combined the phonograph and the dictation machine into a teleprinter, which automatically recorded the other party's speech on one side of the telephone. Manufactured benzene and indigo oil on his own. From 1915 to 1918, the company completed 39 inventions, the most famous of which were the torpedo mechanism, the flamethrower, and the underwater periscope. 1927 Completed a long period of recording. In 1928, he succeeded in extracting rubber from weeds. Some people have made statistics: Edison's lifetime inventions, in the Patent Office officially registered about 1300 kinds of inventions. 1881 is his invention of the highest record year. This year, he applied for the filing of 141 kinds of inventions, an average of every three days there is a new invention. The life of the great inventor Edison tells us that great achievements come out of hard labor. Edison will not be forgotten as time goes by, his life was honorable, and everything he did was for mankind.
Jeff Immelt
Chairman and Chief Executive Officer, GE Jeff Immelt was named president and chairman-designate of General Electric Company in November 2000, and formally succeeded Jack Welch in September 2001 as chairman and chief executive officer of GE. Previously, Jeff was president and chief executive officer of GE Healthcare Systems, a Waukesha, Wisconsin-based company with $7 billion in annual sales and a global leadership position in diagnostic medical imaging technology and healthcare information services. Jeff joined GE's headquarters in 1982 in the marketing department and moved to the plastics group in 1983, where he held leadership positions in sales, marketing and global product management. Jeff joined GE Appliances in 1989 as Vice President, Consumer Services, and in 1991 became Vice President, Global Marketing and Product Management, returning to GE Plastics in 1992 as Vice President and General Manager of the Plastics Group's Americas Commercial Division. A year later, he became vice president of GE Plastics and general manager of GE Plastics Americas. On January 2, 1997, Jeff was promoted to President and Chief Executive Officer of GE Medical Systems. Jeff graduated from Dartmouth University with a degree in Applied Mathematics in the Department of Mathematics. He later earned an MBA from Harvard University. Jeff and his wife, Andrea, have one daughter and the family lives in Wisconsin.
Derek Pang
Vice President, GE Corporation Chairman and Chief Executive Officer, GE Northeast Asia, GE (China) Limited President, GE Financial Services Asia Born in Munich, Germany, Mr. Pang spent his childhood and teenage years in Europe, North Africa, North and South America. He graduated from the University of Texas with a Bachelor's degree in Finance and Management in 1985 and received his MBA from the University of North Texas in 1991. After joining GE Financial's Management Development Program in 1986 in Dallas, Texas, where he held various positions within the GE Financial Group, he moved to Hong Kong in 1993 to establish GE Consumer Finance's Asia business and became General Manager of GE Consumer Finance Asia in 1994. In October 1996, Mr. Pontefract became President of GE Consumer Finance Australia, and in October 1998, he assumed the role of Chief Operating Officer of GE Australia and New Zealand, and in November 1999, he was appointed Group Chief Executive Officer of GE Consumer Finance and Insurance Australia and New Zealand. In January 2001, Mr. Pontemps became CEO of GE Australia and New Zealand and President of GE Financial Services Asia, and since 2004, he has also been responsible for GE's mergers and acquisitions business in the Asia-Pacific region. In November 2005, Mr. Pontemps was appointed Chairman and Chief Executive Officer of GE China, responsible for GE's business development in Greater China. In December 2005, he was appointed Global Vice President of GE. In January 2007, Mr. Pang was appointed Chairman and CEO of the newly established GE Northeast Asia Region. He is Chairman of the GE Volunteers Greater China Leadership Council and serves on the Board of Directors of Junior Achievement China. He enjoys weightlifting, golf, tennis and skiing. He and his wife have a daughter and two sons.
The Sword of Excellence
Whereland (center) and the 4th empire were invested 4.5 billion yuan by Hankwang Software, the Legend of Wonderland producer Kim Hak-kyu led the development of the IMC Games online game masterpiece "Granado Espada" in mainland China's agency by the Ninth City, the Chinese name of the name of the "Excellence of the Sword" and October 31, 2007 officially opened beta test. On October 31st, 2007, the game was officially opened for testing. Granado Espada is derived from Spanish, and the game is set in the Mediterranean Sea in the 17th and 18th centuries, which is different from the western fantasy background of most online games, with a strong historical color. In this era, adventurers have brought their wisdom and courage to the brand new continent in search of their dreams, and this continent is named Granado Espada. In the current Korean gaming industry, where there are so many new games, it is undoubtedly a gamble to invest such a huge amount of money as 4.5 billion Won just to produce a game, because the risk is really too great. Hankwang Software dared to do so because of Kim Hak-kyu, who is known for his "big hits". Kim Hak-kyu is ranked as one of the top four game producers in Korea, and is very sick of pure PK and leveling in games. In the game development and follow-up development pay great attention to the player's various ideas to be realized is the biggest difference between him and ordinary game developers, because of his production of the "Legend of Wonderland", cartoon style online games to become a school of its own, and other styles of the game to really fight against each other. Kim Hak-kyu has been thinking about the planning of Sword of Excellence since he finished Legend of Wonderland. He said that Sword of Excellence is the most successful and innovative game he has ever developed, and that it will probably be his crowning achievement. The biggest difference between Sword of Excellence and other online games is its original MCC (Multiple Character Control) system. By applying this system, players can use up to three characters at the same time, and control these three characters to form their own team in the game, which is completely different from the current MMORPGs that emphasize on single-player combat. Players can choose characters of different professions to form a team completely under their control according to strategic and tactical needs, and the teams formed by characters of different professions will have completely different fighting styles. For example, if all three characters are fighters, they will have very powerful physical attacks; if it is a combination of fighters and wizards, they can use skills and tactics that target the enemy's weaknesses; if it is a combination of fighters, wizards, and props masters, they can play the most diverse skills and tactics. In terms of game graphics, the father of RO, Kim Hak-kyu, led a team to travel to Europe specifically for the original design of Sword of Excellence, and based the design on actual photos of the scenery. Together with the most advanced 3D engine technology, "Sword of Excellence" has created a gorgeous and very realistic game screen. The painting style of the game has a strong medieval European fantasy style, and added a similar oil painting-like art effects, the whole picture is full of rich artistic beauty, coupled with more prominent 3D models of the characters and eye-catching light and shadow effects, shaping the game screen is breathtaking, creating a real and distinctive environment atmosphere. Sword of Excellence" is regarded as the most important online game masterpiece in 2005 by the Korean game industry, and is ranked as the most anticipated online game in Korea in 2005. The mainland service "Sword of Excellence" was formally tested on October 31, 2007, and on the day of the public test, the scene was exceptionally hot, and the servers were full. It is believed that Sword of Excellence will bring a brand-new gaming experience to Chinese online gamers with its unique multi-character control system, brilliant and realistic graphics, and highly infectious music and sound effects.
[edit]GE
Getting a good ending in a GALGAME or other game is called GOOD ENDING, or GE for short. The GOOD END must be obtained according to the strategy, and reading the hints carefully and completing them is also an important way to try to get to know different people under different routes, which will lead to a new plot. Try out each option and consider the impact on subsequent options, and take care to record and archive branches that will affect subsequent options.