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Advances in technology and decreasing costs are enabling microcomputers to displace more traditional devices in the scientific laboratory. The availability of various approaches to software-system development for the use of microcomputers in the on-line control of experiments has contributed to the trend. This report describes a software system developed to control conditioned behavior during schedules of reinforcement while simultaneously accumulating behavioral data and physiological (analog) data using a hardware system base on the Radio Shack TRS-80 Model I microcomputer. The software utilizes a high-level interpretive language (Microsoft BASIC), assembly language and compiled BASIC to attain an acceptable execution speed and ease of programming.
R L Mapou, and
F M Borowiec, and
J B Richards, and
L D Byrd
January 1986,
International journal of clinical monitoring and computing,
R L Mapou, and
F M Borowiec, and
J B Richards, and
L D Byrd
February 1981,
Medical electronics,
R L Mapou, and
F M Borowiec, and
J B Richards, and
L D Byrd
April 1993,
Pacing and clinical electrophysiology : PACE,
R L Mapou, and
F M Borowiec, and
J B Richards, and
L D Byrd
September 1979,
The Review of scientific instruments,
R L Mapou, and
F M Borowiec, and
J B Richards, and
L D Byrd
July 1989,
Computer methods and programs in biomedicine,
R L Mapou, and
F M Borowiec, and
J B Richards, and
L D Byrd
September 1986,
Medical & biological engineering & computing,
R L Mapou, and
F M Borowiec, and
J B Richards, and
L D Byrd
January 1990,
Medical & biological engineering & computing,
R L Mapou, and
F M Borowiec, and
J B Richards, and
L D Byrd
April 1989,
Physiology & behavior,
R L Mapou, and
F M Borowiec, and
J B Richards, and
L D Byrd
January 1986,
Psychopharmacology bulletin,
R L Mapou, and
F M Borowiec, and
J B Richards, and
L D Byrd
February 1987,
Talanta,
