00100	*VISION,*REPRESENTATION,*SHAPE;
00200	T.O. BINFORD
00300	VISUAL PERCEPTION BY COMPUTER
00400	INVITED TALK FOR IEEE SYSTEMS AND CONTROL, MIAMI (1971)
00500	
00600	*VISION,*SUPPORT;
00700	M. BLUM,ARNOLD GRIFFITH,BERNARD NEUMAN
00800	A STABILITY TEST FOR CONFIGURATIONS OF BLOCKS
00900	MIT, AI 188
01000	
01100	
01200	*VISION,*EDGE;
01300	KUNIHIKO FUKUSHIMA, KYBERNETIK 7,153 (1970)
01400	A FEATURE EXTRACTOR FOR CURVILINEAR PATTERNS:
01500	A DESIGN SUGGESTED BY THE MAMMALIAN VISUAL SYSTEM
01600		A SMALL EXTENSION OF A PREVIOUS PAPER WHICH COMPUTER
01700		SIMULATES A MULTI-LAYER NETWORK.  AN ADDITIONAL LAYER
01800		IS PUT IN WHICH MEASURES CURVATURE AT EVERY POINT.
01900	
02000	*VISION,*EDGE;
02100	K. FUKUSHIMA, IEEE TRANS SYSTEMS SCIENCE AND CYBERNETICS SSC 5,322 (1969)
02200	VISUAL FEATURE EXTRACTION BY A MULTILAYERED NETWORK OF ANALOG
02300	THRESHOLD ELEMENTS
02400		COMPUTER SIMULATED NETWORK OF ELEMENTS FOR DETECTING
02500		STRAIGHT LINES.
02600	
02700	*VISION,*EDGE;
02800	A.K.GRIFFITH
02900	COMPUTER RECOGNITION OF PRISMATIC SOLIDS
03000	MIT THESIS 1970
03100	
03200	
03300	*VISION,*EDGE;
03400	A. HERSKOVITS AND T.O. BINFORD
03500	ON BOUNDARY DETECTION 
03600	MIT AI MEMO 182
03700	
03800	
03900	*VISION,*SHADING;
04000	BERTHOLD K.P. HORN
04100	SHAPE FROM SHADING: A METHOD FOR OBTAINING THE SHAPE
04200	OF A SMOOTH OPAQUE OBJECT FROM ONE VIEW
04300	MIT MAC TR-79
04400		
04500	*SENSOR;
04600	B.K.P.HORN
04700	THE IMAGE DISSECTOR EYES
04800	MIT AI 178
04900	
05000	*VISION,*ANALYSIS;
05100	D.A. HUFFMAN
05200	IMPOSSIBLE OBJECTS AS NONSENSE SENTENCES
05300	MACHINE INTELLIGENCE 6
05400	
05500	
05600	L.KRAKAUER
05700	THESIS
05800	
05900	
06000	 *VISION,*STEREO;
06100	D.N. PERKINS,JR.
06200	COMPUTER STEREO VISION: A COMBINATORIAL THEORY WITH IMPLEMENTATION
06300	MIT THESIS MATH 1970
06400	
06500	
06600	M.B. CLOWES, ON SEEING THINGS
06700	
06800	M.B.CLOWES, A.K. MACKWORTH, R.B. STANTON
06900	PICTURE INTERPRETATION AS A PROBLEM-SOLVING PROCESS
07000	
07100	
07200	*VISION,*SYSTEM;
07300	P.H. WINSTON
07400	HETERARCHY IN THE MIT ROBOT
07500	MIT VISION FLASH 8 (1971)
07600	
07700	*VISION;
07800	P.H. WINSTON
07900	WHAT'S WHAT
08000	MIT VISION FLASH 9 (1971)
08100	
08200	*VISION;
08300	TIM FININ
08400	TWO PROBLEMS IN ANALYZING SCENES
08500	MIT VISION FLASH 12 (1971)
08600	
08700	*VISION,*ANALYSIS;
08800	MARK DOWSON
08900	WHAT CORNERS LOOK LIKE
09000	MIT VISION FLASH 13 (1971)
09100	
09200	*VISION,*SYSTEM
09300	P.H.WINSTON
09400	WANDERING ABOUT THE TOP OF THE ROBOT
09500	MIT VISION FLASH 15 (1971)
09600	
09700	*VISION,*EDGE,*ORGANIZATION;
09800	B.K.P.HORN
09900	THE BINFORD-HORN LINEFINDER
10000	MIT VISION FLASH 16
10100	
10200	*VISION;
10300	R.O. DUDA
10400	SOME CURRENT TECHNIQUES FOR SCENE ANALYSIS
10500	SRI AI GROUP TECH NOTE 46
10600	
10700	*VISION;
10800	R.O.DUDA AND P.E.HART
10900	A GENERALIZED HOUGH TRANSFORMATION FOR DETECTING LINES IN PICTRUES
11000	SRI AI GROUP TECH NOTE 36
11100	
11200	*VISION;
11300	P.E.HART AND R.O.DUDA
11400	PERSPECTIVE TRANSFORMATIONS
11500	SRI AI GROUP TECH NOTE 3
11600	
11700	*VISION,*REGION;
11800	C. FENEMA AND C. BRICE
11900	A REGION-ORIENTED DATA STRUCTURE
12000	SRI AI GROUP TECH NOTE 7
12100	
12200	*VISION;
12300	R.O.DUDA AND P.E.HART
12400	EXPERIMENTS IN SCENE ANALYSIS
12500	SRI AI GROUP TECH NOTE 20
12600	
12700	*ARM;
12800	V.D.SCHEINMAN
12900	 DESIGN OF A COMPUTER CONTROLLED MANIPULATOR
13000	STANFORD AI 92
13100	
13200	*VISION;
13300	L.H. QUAM
13400	COMPUTER COMPARISON OF PICTURES
13500	STANFORD AI 144
13600	
13700	*ARM;
13800	M. E. KAHN
13900	THE NEAR-MINIMUM-TIME CONTROL OF OPEN-LOOP
14000	ARTICULATED KINEMATIC CHAINS
14100	STANFORD AI 106
14200	
     

00100	PHYSIOLOGY
00200	
00300	D. POLLEN     TO BE PUBLISHED IN SCIENCE 1971
00400	FOURIER TRANSFORMS IN STRIATE CORTEX
00500	
     

00100	PSYCHOLOGY
00200	B. JULESZ
00300	FOUNDATIONS OF CYCLOPEAN PERCEPTION
00400	UNIVERSITY OF CHICAGO PRESS (1971)
00500