INDEX OF INVITED PARTICIPANTS

MICHAEL ARBIBMassachusetts Institute of Technology
ROBERT H. ASENDORFHughes Research Laboratories/ Malibu
J. A. DALYAstropower/Newport Beach
GEORGE DeFLORIOSystem Development Corp./Santa Monica
DEREK H. FENDERCalifornia Institute of Technology
LEONARD FRIEDMANSpace Technology Labs./Redondo Beach
JAMES EMMETT GARVEYONR/Pasadena
THOMAS L. GRETTENBERGCalifornia Institute of Technology
HAROLD HAMILTONLibrascope/Glendale
JOSEPH HAWKINSAeronutronic/Newport Beach
CHARLES HENDRIXSpace-General Corp./El Monte
R. D. JOSEPHAstropower/Newport Beach
PETER A. KLEYNNortronics/Anaheim
JOHN KUHNSpace-General Corp./El Monte
FRANK LEHANSpace-General Corp./El Monte
EDWIN LEWISLibrascope/Glendale
PETER C. LOCKEMANNCalifornia Institute of Technology
GILBERT D. McCANNCalifornia Institute of Technology
C. J. MUNCIEAeronutronic/Newport Beach
C. OVERMIERNortronics/Anaheim
RICHARD K. OVERTONAutonetics/Anaheim
DIANE RAMSEYAstropower/Newport Beach
RICHARD REISSLibrascope/Glendale
R. I. ŚCIBOR-MARCHOCKINortronics/Anaheim
JAMES J. SPILKERPhilco/Palo Alto
ROBERT M. STEWARTSpace-General Corp./El Monte
HENNIG STIEVECalifornia Institute of Technology
RICHARD TEWSpace-General Corp./El Monte
JOHN THORSENUniversity of California/Los Angeles
RICHARD VINETZLibrascope/Glendale
CHRISTOPH von CAMPENHAUSENCalifornia Institute of Technology
DAVID VOWLESCalifornia Institute of Technology
HORST WOLFAstropower/Newport Beach

U.S. GOVERNMENT PRINTING OFFICE: 1966 O—205-502

Footnotes:

[1] For review articles see: [Lillie (13)], [Franck (6)].

[2] The operation of this machine is described in substantially greater detail in J. J. Spilker, Jr., D. D. Luby, R. D. Lawhorn, “Adaptive Binary Waveform Detection,” Philco Western Development Laboratories, Communication Sciences Department, TR #75, December 1963.

[3] F. M. Glaser, “Signal Detection by Adaptive Filters,” IRE Trans. Information Theory, pp. 87-90; April 1961.

[4] P. W. Cooper, “The Hypersphere in Pattern Recognition,” Information and Control, pp. 324-346; December 1962.

[5] Observed from Oscillogram

[6] Computed

[7] Observed from Oscillogram

[8] Kleyn, P. A., “Conceptual Design of Self-Organizing Machines,” Anaheim, California:Northrop Nortronics, NSS Report 2832, Nov. 14, 1963.

[9] Random cartesian product.

[10] Kleyn, P. A., “Conceptual Design of Self-Organizing Machines,” Anaheim, California:Northrop Nortronics, NSS Report 2832, Nov. 14, 1963.

[11] Harman, W. W., “Principles of the Statistical Theory of Communication,” New York, New York:McGraw-Hill, 1963.

[12] Munroe, M. E., “Introduction to Measure and Integration,” Cambridge, Mass.:Addison-Wesley, 1953.

[13] Munroe, M. E., “Introduction to Measure and Integration,” Cambridge, Mass.:Addison-Wesley, 1953.

[14] Halmos, P. R., “Measure Theory,” Princeton, New Jersey:D. Van Nostrand Co., Inc., 1950.

[15] Kelley, J. L., “General Topology,” Princeton, New Jersey:D. Van Nostrand Co., Inc., 1955.

[16] Feinstein uses his axioms only in finite space X; i.e., card(X) < K₀.

[17] Feinstein, A., “Foundations of Information Theory,” New York, New York: McGraw-Hill, 1958.

[18] If I is infinite, certain precautions have to be exercised.

[19] This “if” is the catch that makes all methods of metrization of a space of dimensionality higher than one impractical, except the method of successive projections upon unit spheres centered at the center of gravity. The method of using that nilpotent projection operator is described in the companion paper(see footnote [page 65]).

[20] Only non-cyclic irreducible (wrt direct product) denumerable group components of the old denumerable space will remain.

[21] Random cartesian product.

[22] This paper, submitted after the Symposium, represents a more detailed presentation of some of the issues raised in the discussion sessions at the Symposium and hence, constitutes a worthwhile addition to the Proceedings.

Transcriber’s Notes:


The illustrations have been moved so that they do not break up paragraphs and so that they are next to the text they illustrate.

Typographical and punctuation errors have been silently corrected.

A heavy bar on top of a letter indicates a vector, e.g. M means “the vector M”.