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A Tecnifibre electronic stringing machine. Electronic stringing machines control the tension with a computer-directed electric motor, resulting in fast paced stringing and exceptional accuracy. This is the most common kind of stringing machine found in racquet sport shops. Reliable constant pull stringing machines usually cost $3,000 and more.
Classic string synthesizers included the Freeman String Symphonizer, Eminent 310, [3] Logan String Melody, Roland RS-101, Roland RS-202, [4] [5] Korg Polyphonic Ensemble S, Crumar Orchestrator (Multiman-S), Elka Rhapsody, ARP String Ensemble, [1] Moog Opus 3 and the Vox String Thing (a rebranded version of the budget Jen SM2007 String Machine ...
Bull Gamma series The Bull Gamma 3, 1952, one of the earliest commercial computers Gamma 3 (1952) Gamma 55 [1] (1967) (also known as GE 55) Gamma 60 [2] (1960) Gamma 30 (1964) (RCA 301) Gamma M 40 (1965) Gamma 10 (1966) CAB 500 (1961, sold under license from Société d'Electronique et d'Automatisme) Série 300 TI (1962) GE-600 series (1965) GE ...
The Gamma 3 was an early electronic vacuum-tube computer.It was designed by Compagnie des Machines Bull in Paris, France and released in 1952.. Originally designed as an electronic accelerator for electromechanical tabulating machines, similar to the IBM 604, it was gradually enhanced with new features and evolved into a first-generation stored program computer (Gamma AET, 1955, then ET, 1957).
Ektelon, Inc. was an American manufacturer of equipment for racquetball. Originally based in Bordentown, New Jersey, Ektelon was founded by Franklin W. "Bud" Held in 1964 as the first company to manufacture racquetball racquets and stringing machines, [1] not long after the development of the sport of racquetball by Joe Sobek.
In the shape-scale parametrization, X ~ Gamma(1, λ) has an exponential distribution with rate parameter 1/λ. If X ~ Gamma(ν/2, 2) (in the shape–scale parametrization), then X is identical to χ 2 (ν), the chi-squared distribution with ν degrees of freedom. Conversely, if Q ~ χ 2 (ν) and c is a positive constant, then cQ ~ Gamma(ν/2, 2c).