The recent introduction of the hand-held computer has provided an important new tool for the medical team. The device is inexpensive, portable, and operator-programmable in BASIC. We describe software for a spirometry program with computer-generated interpretation as an example of numerical calculation and logical decision making. (Silage DA, Maxwell C. A Spirometry/Interpretation Program for Hand-Held Computers. Respir Care 1983;28:62-66.
CohnJD, EnglerRC, DelGuercioLR. The automated physiologic profile. Crit Care Med1975;3:51–58.
2.
CarlonGC, HowlandWS, KahnRC. Computers in intensive care: User-written programs are preferred to turn-key systems (abstract). Crit Care Med1981;9:266.
3.
CottrellJJ, MalangaAL, GrenvikA.Microcomputer applications in the intensive care unit (abstract). Crit Care Med1981;9:217.
4.
DeepakV, AllorDR, BabcockRA, MagilliganDJ. Complete physiological profile by microcomputer (abstract). Crit Care Med1981;9:214.
5.
RuizBC, TuckerWK, KirbyRR. A program for calculation of intrapulmonary shunts, blood-gas and acid-base values with a programmable calculator. Anesthesiology1975;42:88–95.
6.
ShabotMM, ShoemakerWC, StateD.Rapid bedside computation of cardio-respiratory variables with a programmable calculator. Crit Care Med1977;5:105–111.
7.
McPeckM.The Texas Instruments Model TI-59/PC-100A programmable printing calculator: Its usefulness and versatility in determining cardiorespiratory and pulmonary physiologic variables (abstract). Respir Care1979;24:62–63.
8.
FinlaysonDC, YinA.Calculator-assisted cardiorespiratory monitoring. Crit Care Med1981;9:604–606.
9.
InmanD, ConlanJ.Problem-solving on the TRS-80 pocket computer. New York: John Wiley and Sons, 1982.
10.
MorrisJF, KoskiA, JohnsonLC. Spirometric standards for healthy non-smoking adults. Am Rev Respir Dis1971;103:57–67.
11.
EllisJH, PereraSP, LevinDC. A computer program for calculation and interpretation of pulmonary function studies. Chest1975;68:209–213.