Basic human characteristics are applied to understanding the design and operation of boats. In particular, the processes of perception, skill, judgment and decision making are analyzed in the boating environment. Emphasis is given to (1) errors and hazards that are likely to result in the boating environment (both stressor-induced and others), and (2) areas where research is needed to determine the role of these human factors in boating. From our present state of knowledge, we can conclude that the human operator needs to be studied to determine the minimum safe levels of performance in each of these areas in the boating task. The proposed methodology involves field investigations with accident victims and constructing real-world test courses to gain data. Quantitative determinations of the safe levels of performance could allow the establishment of the necessary educational or regulatory procedures to assure these performance levels.
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References
1.
AllenMerrill J.Vision and Highway Safety, (Chilton Book Company: New York), (1970).
2.
AmooreJ.E.JohnstonJ.W.Jr.“The Stereochemical Theory of Odor,”Scientific American, 210(2), 42–49. (1964).
3.
BegbieG.H.“The Effects of Alcohol and of Varying Amounts of Visual Information on a Balancing Test,”Ergonomics, Vol. 9, No. 4, p. 325–333. (1966).
4.
BeranekL.L.“Noise Control in Office and Factory Spaces,” 15th Annual Mtg. Chem. Engr. Conference, Trans, Bull.18, p. 26–33, (1950).
5.
BrownB.“The Effect of Target Contrast Variation on Dynamic Visual Acuity and Eye Movements,”Vision Research, 12/2, p. 293–304, (Feb. 1972).
6.
BrownB.“Resolution Thresholds for Moving Targets at the Fovea and in the Peripheral Retina,”Vision Research, 12/2, p. 293–304, (Feb. 1972).
7.
BrownB.“Dynamic Visual Acuity, Eye Movements and Peripheral Acuity for Moving Targets,”Vision Research, 12/2, p. 305–321, (Feb. 1972).
8.
BurgAlbert“Vision and Driving: A Report on Research,”Human Factors, 13(1), p. 79–87, (1971).
9.
DickinsonJ.LeonardJ.A.“The Role of Peripheral Vision in Static Balancing,”Ergonomics, Vol. 10, No. 4, p. 421–20, (1967).
10.
DumasJ.“Decision Making in Dynamic Circumstances,”SAE Paper #73022, (Jan. 1973).
11.
EdwardsD.S.HahnC.P.FleishmanE.A.“Evaluation of Laboratory Methods for the Study of Driver Behavior: The Relation Between Simulator and Street Performance,”American Institute for Research Report No. R79–7, (1969).
12.
EdwardsW.“Conservatism in Human Information Processing,”Formal Representation of Human Judgment, Kleinhuntz, ed., (New York: Wiley & Sons), (1968).
GoodwinG.M.“Proprioceptive Illusions Induced by Muscle Vibration: Contribution by Muscle Spindles to Perception?,”Science, 175: 1382–1384, (March 1972).
21.
GrahamClarence H. Ed. Vision and Visual Perception. (John Wiley and Sons Inc.: New York), (1966).
22.
GrindleyG.C.“Psychological Factors in Peripheral Vision,”Great Britain Privy Council Medical Research Council Special Report #163.H.M. Stationery Office, London, (1931).
23.
HechtS.HaigC.ChaseA.M.“Influence of Light Adaptation on Subsequent Dark Adaptation of the Eye,”Journal of General Physiology, Vol. 20, 831–850, (1937).
24.
HerzogJ.H.“Manual Control Using the Matched Manipulator Control Technique,”IEEE Transactions on Man-Machine Systems, MNS-9(3), 56–60, (1968).
HillW.“Most Comfortable Loudness for Pure Tones, Noise, and Speech,”J. of Accoustical Society of America, 49/6, PT. 2, p. 1805–1813, (June 1971).
27.
HoffmanErrol R.“Note on Detection of Vehicle Velocity Changes,”Human Factors, Vol. 7, No. 2, p. 139–141, (April 1966).
28.
JohnstonDorothy M.“Search Performance as a Function of Peripheral Acuity,”Human Factors, Vol. 7, No. 6, p. 527–535, (Dec. 1965).
29.
KaoH.S.R.NagamuchiM.“Visual Manual Feedback Mechanism in Human Vehicular Performance,”Ergonomics, Vol. 12, No. 5, 741–751, (1969).
30.
KimballKent A.“Estimation of Intersection of Two Converging Targets as a Function of Speed and Angle of Target Movement,”Perceptual and Motor Skills, Vol. 30, p. 301–10, (Feb. 1970).
LeibowitzH.W.“Detection of Peripheral Stimuli Under Psychological and Physiological Stress,”AD 754327 NTIS, Visual Search: A Symposium of the National Academy of Sciences, Spring Meeting, (1970).
34.
LeibowitzH.W.AppelleS.“The Effect of a Central Task on Luminance Thresholds for Peripherally Presented Stimuli,”Human Factors, 11(4), 387–392, (1969).
35.
LouieA.D.LouieP.“The Effect of Mixed, Visual Contrast Schedules on Detection Times for Both Free and Horizontally Structured Visual Search,”Ergonomics, Vol. 13, No. 6, p. 735–741, (1970).
36.
MagrabEdward B.“The Establishment of Noise Criteria for Recreational Boats, Contract No. DOT-CG-2401-A.
37.
MaraThomas D.Human Factors in Ship Control - Vol. I, General Dynamics Corporation, (1968).
38.
MartinJ.G.“Temporal Word Spacing and the Perception of Ordinary, Anomolous, and Scrambled Strings,”J. of Verbal Learning and Verbal Vehavior, 7, 1, pp. 154–157, (1968).
39.
MayyosiA.M.“The Effects of Ambient Illumination and Contrast on Dynamic Visual Acuity, American Journal of Optometry, 48: 844–8, (Oct. 1971).
40.
MetcalfR.M.“The Effects of Visual Angle, Brightness, on the Visibility of Projected Material,”Dissertation Abstracts, 20/10-A, pp. 3334–5, (1969).
41.
MortimerR.G.JorgesonC.M.“Eye Fixations of Drivers as Affected by Highway and Traffic Characteristics and Moderate Doses of Alcohol,”Proceedings of the 16th Annual Meeting of the Human Factors Society, pp. 86–92.
42.
MourantRonald R.RockwellT.H.“Mapping Eye-Movement Patterns to the Visual Scene in Driving: An Exploratory Study,”Human Factors, 12 (1), p. 81–87, (1970).
43.
PickettJ.M.“Effects of Vocal Force on the Intelligibility of Speech Sounds,”J. Accoustical Society of America, 28, p. 902–905, (1965).
RichardsW.A.“Factors Affecting Depth Perception,”Contract F-44 620–69-C-0108, Massachusetts Institute of Tech., Cambridge Annual Report.
46.
SalvatoreSanto“The Estimation of Vehicular Velocity as a Function of Visual Stimulation,”Human Factors, 10(1), p. 27–32, (1968).
47.
SchmidtI.ConnallyP.L.“Visual Considerations of Man, The Vehicle, and the Highway,”SP-279, SAE, New York, (1966).
48.
SchmidtRichard A.“Proprioception and the Timing of Motor Responses,”Psychological Bulletin, Vol. 76, No. 6, p. 383–92, (Dec. 1971).
49.
SchoneH.WadeN.J.“The Influence of Force Magnitude on the Perception of Body Position,”British Journal of Psychology, 62: 347–352, (1971).
50.
SnapperKurt John.“Effects of Alcohol on Psychomotor Skill and Decision-Making in a Driving Task,” Unpublished Ph.D. Thesis, HSRI, The University of Michigan, (1973).
51.
United States Coast Guard, Boating Statistics, (1969 and 1972).
52.
Von BekesyG.V.Experiments in Hearing, (McGraw-Hill: New York), (1960).
53.
WarnerH.D.HeimstraN.W.“Effects of Noise Intensity on Visual Target-Detection Performance,”Human Factors, 14(2), 181–185, (April 1972).
54.
WebsterJ.C.LeporM.“Noise - You Can Get Used to It,”American Journal Accoustical Society of America, Vol. 45, No. 3, p. 751–7, (1969).
55.
WelfordA.T.“Perceptual Selection and Integration,”Ergonomics, Vol. 13, No. 1, p. 5–23, (1970).
56.
ZellerA.F.“Human Error in the Seventies,”Aerospace Medicine, 43(5), 492–497, (1972).
57.
ZiglerM.J.HolwayA.H.“Differential Sensitivity as Determined by Amount of Olfactory Substance,”Journal of General Physiology, Vol. 12, 372–382, (1935).
58.
Zwaardemaker, (1925), discussed in Geldard (1966).
