Arnold Spielberg is the son of Jewish parents Rebecca (Chechick) and Samuel Spielberg,[5] who were both born in Ukraine, and immigrated to the United States. They met and married in Cincinnati, where Arnold was born.

From the age of 9, he began building radios. He scrounged parts from garbage cans to assemble a first crystal set. "At 15, Arnold became a ham radio operator, building his own transmitter, a skill that proved fortuitous when he enlisted in the U.S. Army in January 1942, one month after the Japanese attack on Pearl Harbor, and joined the Signal Corps." After training as a radio-gunner for the Air Corps his skills in the design of new airplane antennas elevated him to Communications Chief of a B-25 Squadron in India

After graduating from the University of Cincinnati with a BS in Electrical Engineering, he joined RCA Advanced Development Department in 1949 where he did early work on servo and guidance systems.

In 1960, Arnold traveled to Moscow as part of a delegation of electrical engineers from Phoenix

( sounds like Eric Schimdt)

When RCA entered the computer field Spielberg began doing early circuit designs implementing computer logic. Moving into systems design, he was responsible for the design of a tape-to-tape data sorter. He designed and patented the first electronic library system, implemented as an interrogation system for data stored on an array of magnetic tapes. Promoted to Manager of Advanced Product Development he was given responsibility for development of a "Point of Sales" System. The system involved a central processing computer called Recorder Central with ten satellites, specially designed point of sale units. All data was error checked by feedback data verification. The system had all the capabilities of today's point of sale systems, including price look up on a large drum storage unit, calculating sales transactions including sales tax, discounts, and credit verification.

In 1957, Spielberg began working for General Electric. Here he was instrumental in developing the G.E. 200 series.[9] The GE-225 was derived from the GE-312 and 412 Process control computers. Spielberg and Charles "Chuck" H. Propster had worked together at RCA on BIZMAC before designing the GE-225, introduced in 1960. https://en.wikipedia.org/wiki/Arnold_Spielberg

At the onset of WWII, he decided to enlist since he knew he would have been drafted anyway so he joined the Army Signal Corp. He enlisted at Fort Thomas, KY and after a week he was sent to Louisville and later to New Orleans at New Orleans Army-Air Force Base and the 422nd Signal Company. Part of his responsibilities was to teach Morse code to the new recruits who did not seem very interested in learning any of that until he started telling “dirty” stories and then suddenly their learning shot up. In May of 1942 he was sent off to what was then Karachi, India (now Pakistan) zigging and zagging on the way there. This was at the height of the German submarine attacks something that another UC Bearcat, Dr. Paul Herget, had a hand in preventing.

When he came back to the United States, he was stationed at Wright Field where his brother was also stationed. He was a master sergeant working on designing a radio receiver to help guide a bomb. He knew he wanted to engineer after his experiences in the war and his work at Wright

( I think his brother's name is Russell, can't find anything on him)

He did quite well at UC and was recognized for his academics and was elected to Eta Kappa Nu International Electrical and Computer Engineering Honor Society of the IEEE his pre-junior year, Tau Beta Pi Engineering Honor Society his junior year, and he won an electric engineering award. One of his co-ops was at the former Crosley Corporation

Mr. Spielberg was recognized by the IEEE in 2006 as a Computing Pioneer for his work on developing a computerized Point of Sale System while working for RCA. The system was tested in Cleveland, Ohio at the former Higbee's Department Store. Higbee’s was made famous in the movie “A Christmas Story” and now is the site of the Horseshoe Casino Cleveland. http://uccomputinghistory.blogspot.com/2015/03/the-grandfather-of-et-and-father-of.html#!/2015/03/the-grandfather-of-et-and-father-of.html

RCA, a London corporation with an American front

In the West we see the giant Intelligence operation SERCO GROUP PLC taking full control of all contingency systems administered by their own corporate government as outsource contractors.

Serco is a prime example of the super spider in a web of deception, acting as king in all things contingency governance and as a subsidiary of RCA, for all appearance for the masses it would seem to be an American affair, but this is certainly not the reality of the situation.

One thing to keep in mind, this system is today fully set up in the East, and, under the control of the same people controlling and dismantling the West. It’s the Central Banks

World War I. Radio traffic across the Atlantic Ocean increased dramatically after the western Allies cut the German transatlantic submarine communication cables (telegraph-only at that time, well before the first transatlantic telephone cable connected the United States with France in 1956). Germany, Austria-Hungary, and their allies in Europe (the Central Powers) maintained contact with neutral countries in the Americas, such as the United States, Mexico, Brazil, Argentina, Chile, and Peru via long-distance radio communications, as well as via telegraph cables owned by neutral countries such as the Netherlands and Denmark.

In 1917 the US Government took charge of the patents owned by the major companies involved in radio manufacture in the United States in order to devote radio technology to the war effort. All production of radio equipment was allocated to the US Army, US Navy, US Marine Corps, and the US Coast Guard. The War Department and the Navy Department sought to maintain a Federal monopoly of all uses of radio technology.

The ending of the Federal Government’s monopoly in radio communications did not prevent the War and Navy Departments from creating a national radio system for the United States.[3] On 8 April 1919, naval Admiral W. H. G. Bullard and Captain Stanford C. Hooper met with executives of the General Electric Corporation (GE) and asked them to discontinue selling the company’s Alexanderson alternators (used in the high-power AM radio transmitters of that era) to the British-owned Marconi Company, and to its subsidiary, the Marconi Wireless Telegraph Company of America.

The proposal presented by the government was that if GE created an American-owned radio company, then the Army and Navy would effect a monopoly of long-distance radio communications via this company. This marked the beginning of a series of negotiations through which GE would buy the American Marconi company and then incorporate what would be called the Radio Corporation of America.[

RCA was one of several major computer companies (see also: Computing) that also included IBM, Digital Equipment Corporation, Burroughs, Control Data Corporation, General Electric, Honeywell, NCR and Sperry Rand through most of the 1960s. RCA marketed the Spectra 70 Series (models 15, 25, 35, 45, 46, 55, 60 and 61) that were hardware, but not software, compatible with IBM’s 360 series, and the RCA Series (RCA 2, 3, 6, 7) competing against the IBM 370

These systems all ran RCA’s real-memory operating systems, DOS and TDOS. RCA’s Virtual Memory Systems, the Spectra 70/46 and 70/61 and the RCA 3 and 7 could also run their Virtual Memory Operating System, VMOS. VMOS was originally named TSOS (Time Sharing Operating System), but was renamed in order to expand the system beyond the time-sharing market. RCA was credited with coining the term Virtual Memory. TSOS was the first mainframe, demand paging, virtual memory operating system on the market. The English Electric System 4 range, the 4-10, 4-30, 4-50,4-70 and the time-sharing 4-75 computers were essentially RCA Spectra 70 clones of the IBM System /360 and 370 range. RCA abandoned computers in 1971 http://thebridgelifeinthemix.info/technology/in-profile-rca-a-london-corp-with-an-american-front/#sthash.XdY73PxL.dpbs

In the late 1950s, Arnold Spielberg, the father of Hollywood director Steven Spielberg, helped revolutionize computing when he designed the GE-225 mainframe computer. The machine allowed a team of Dartmouth University students and researchers to develop the BASIC programing language, an easy-to-use coding tool that quickly spread and ushered in the era of personal computers. (Young Bill Gates, Paul Allen, Steve Wozniak and Steve Jobs all used the language when they started building their digital empires.)

In the late 1950s, Arnold Spielberg, the father of Hollywood director Steven Spielberg, helped revolutionize computing when he designed the GE-225 mainframe computer. The machine allowed a team of Dartmouth University students and researchers to develop the BASIC programing language, an easy-to-use coding tool that quickly spread and ushered in the era of personal computers. (Young Bill Gates, Paul Allen, Steve Wozniak and Steve Jobs all used the language when they started building their digital empires.)

Spielberg and his colleague Charles Propster, whom he brought from RCA, designed the GE-225 in 1959. It was a 20-bit computer that filled an entire room and contained 1,000 circuit boards, 10,000 transistors and 20,000 diodes. It stored data on disks, magnetic tapes, punch cards and paper tapes. It also allowed operators sitting at up to 11 external terminals to access the memory independently. The possibility of this embryonic form of personal computing led the Dartmouth team to develop BASIC

https://www.ecnmag.com/news/2015/05/arnold-spielberg-birth-personal-computing