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HQ of Kawai Musical Instruments in Hamamatsu Shigeru Kawai Grand Piano. Koichi Kawai, the company founder, was born in Hamamatsu, Japan in 1886. His neighbor, Torakusu Yamaha, a watchmaker and reed organ builder, took him in as an apprentice. Kawai became a member of the research and development team that introduced pianos to Japan. [2]
Teisco was a Japanese musical instrument manufacturing company from 1948 until 1967, when the brand "Teisco" was acquired by Kawai (河合楽器製作所; Kawai Gakki Seisakusho). The company produced guitars as well as synthesizers , microphones , guitar amplifiers and drum kits .
Kawai K5000S The K5000S was intended for live performance and it includes sixteen realtime control knobs (four of them assignable), a programmable arpeggiator, [2] two assignable front panel buttons, a damper and (assignable) expression pedal, and two assignable foot switches.
The Kawai XD-5 is a percussion synthesizer based on the Kawai K4 sample playback (but uses 16-bit 44.1 kHz sample rate as opposed to 32 kHz ) [6] [7] with filter and AM amplifier modulation synthesis architecture. It is essentially a Kawai K4r with percussion waveforms, plus faster envelopes, gate mode and amplifier to better suit percussion ...
The Kawai K4 is a 61 key synthesizer manufactured in 1989 by Kawai. It contains several features beyond those offered on Kawai K1 , adding resonant filters and a DAC PCM wavetable. The K4 incorporated a new type of synthesis called Digital Multi Spectrum.
The Kawai K1 is a 61 key synthesizer manufactured in 1988 [3] by Kawai. It is an entry-level [4] and low fidelity synthesizer and not as feature rich as the Kawai K4 and was released to compete with the Roland D50 and Korg M1 synthesizers. The patch memory can be doubled with a DC-8 memory card which was available separately. [5]
Kurzweil Music Systems is an American company that produces electronic musical instruments.It was founded in 1982 by Stevie Wonder (musician), Ray Kurzweil (innovator) and Bruce Cichowlas (software developer).
Force-directed graph drawing algorithms assign forces among the set of edges and the set of nodes of a graph drawing.Typically, spring-like attractive forces based on Hooke's law are used to attract pairs of endpoints of the graph's edges towards each other, while simultaneously repulsive forces like those of electrically charged particles based on Coulomb's law are used to separate all pairs ...