A STRONG-CONNECTIVITY ALGORITHM AND ITS APPLICATIONS IN DATA FLOW ANALYSIS

A STRONG-CONNECTIVITY ALGORITHM AND ITS APPLICATIONS IN DATA FLOW ANALYSIS (HB)

A STRONG-CONNECTIVITY ALGORITHM AND ITS APPLICATIONS IN DATA FLOW ANALYSIS APPLICATIONS (CLASSIC REPRINT)

AN EFFICIENT MOTION PLANNING ALGORITHM FOR A CONVEX POLYGONAL OBJECT IN 2-DIMENSIONAL POLYGONAL SPACE

AN EFFICIENT MOTION PLANNING ALGORITHM FOR A CONVEX POLYGONAL OBJECT IN 2-DIMENSIONAL POLYGONAL SPACE (HB)

COMPUTING THE GEODESIC CENTER OF A SIMPLE POLYGON

COMPUTING THE GEODESIC CENTER OF A SIMPLE POLYGON (HB)

EFFICIENT MOTION PLANNING FOR AN L-SHAPED OBJECT

EFFICIENT MOTION PLANNING FOR AN L-SHAPED OBJECT (HB)

GENERALIZED VORONOI DIAGRAMS FOR MOVING A LADDER

GENERALIZED VORONOI DIAGRAMS FOR MOVING A LADDER (HB)

IDENTIFICATION OF PARTIALLY OBSCURED OBJECTS IN TWO DIMENSIONS BY MATCHING OF NOISY ''CHARACTERISTIC CURVES, '' (HB)

IDENTIFICATION OF PARTIALLY OBSCURED OBJECTS IN TWO DIMENSIONS BY MATCHING OF NOISY ''CHARACTERISTIC CURVES, '' (HB)

IDENTIFICATION OF PARTIALLY OBSCURED OBJECTS IN TWO DIMENSIONS BY MATCHING OF NOISY ''CHARACTERISTIC CURVES,'' (PB)

IDENTIFICATION OF PARTIALLY OBSCURED OBJECTS IN TWO DIMENSIONS BY MATCHING OF NOISY 'CHARACTERISTIC CURVES, '

IDENTIFICATION OF PARTIALLY OBSCURED OBJECTS IN TWO DIMENSIONS BY MATCHING OF NOISY 'CHARACTERISTIC CURVES, '

IDENTIFICATION OF PARTIALLY OBSCURED OBJECTS IN TWO DIMENSIONS BY MATCHING OF NOISY 'CHARACTERISTIC CURVES, '

IDENTIFICATION OF PARTIALLY OBSCURED OBJECTS IN TWO DIMENSIONS BY MATCHING OF NOISY 'CHARACTERISTIC CURVES, ' (HB)

IDENTIFICATION OF PARTIALLY OBSCURED OBJECTS IN TWO DIMENSIONS BY MATCHING OF NOISY 'CHARACTERISTIC CURVES, ' - SCHOLAR'S CHOICE EDITION

LINEAR TIME ALGORITHMS FOR VISIBILITY AND SHORTEST PATH PROBLEMS INSIDE SIMPLE POLYGONS (HB)

MOTION PLANNING AND RELATED GEOMETRIC ALGORITHMS IN ROBOTICS

MOTION PLANNING AND RELATED GEOMETRIC ALGORITHMS IN ROBOTICS (HB)

ON SHORTEST PATHS BETWEEN TWO CONVEX POLYHEDRA

ON SHORTEST PATHS BETWEEN TWO CONVEX POLYHEDRA (HB)

ON THE COMPLEXITY OF MOTION PLANNING FOR MULTIPLE INDEPENDENT OBJECTS; PSPACE HARDNESS OF THE WAREHOUSEMAN'S PROBLEM

ON THE COMPLEXITY OF MOTION PLANNING FOR MULTIPLE INDEPENDENT OBJECTS; PSPACE HARDNESS OF THE WAREHOUSEMAN'S PROBLEM (HB)

ON THE COMPLEXITY OF MOTION PLANNING FOR MULTIPLE INDEPENDENT OBJECTS; PSPACE HARDNESS OF THE WAREHOUSEMAN'S PROBLEM - PRIMARY SOURCE EDITION

ON THE EXISTENCE AND SYNTHESIS OF MULTIFINGER POSITIVE GRIPS

ON THE EXISTENCE AND SYNTHESIS OF MULTIFINGER POSITIVE GRIPS (HB)

ON THE GENERAL MOTION PLANNING PROBLEM WITH TWO DEGREES OF FREEDOM

ON THE GENERAL MOTION PLANNING PROBLEM WITH TWO DEGREES OF FREEDOM (HB)

ON THE NUMBER OF CRITICAL FREE CONTACTS OF A CONVEX POLYGONAL OBJECT MOVING IN 2-D POLYGONAL SPACE

ON THE NUMBER OF CRITICAL FREE CONTACTS OF A CONVEX POLYGONAL OBJECT MOVING IN 2-D POLYGONAL SPACE (HB)

PRECISE IMPLEMENTATION OF CAD PRIMITIVES USING RATIONAL PARAMETRIZATIONS OF STANDARD SURFACES

PRECISE IMPLEMENTATION OF CAD PRIMITIVES USING RATIONAL PARAMETRIZATIONS OF STANDARD SURFACES (HB)

ROBOTICS RESEARCH TECHNICAL REPORT

SEPARATING TWO SIMPLE POLYGONS BY A SEQUENCE OF TRANSLATIONS

SEPARATING TWO SIMPLE POLYGONS BY A SEQUENCE OF TRANSLATIONS (HB)

SHARP UPPER AND LOWER BOUNDS ON THE LENGTH OF GENERAL DAVENPORT- SCHINZEL SEQUENCES (HB)

SOME OBSERVATIONS CONCERNING FORMAL DIFFERENTIATION OF SET-THEORETIC EXPRESSIONS

SOME OBSERVATIONS CONCERNING FORMAL DIFFERENTIATION OF SET-THEORETIC EXPRESSIONS (HB)

STRUCTURAL ANALYSIS

STRUCTURAL ANALYSIS

STRUCTURAL ANALYSIS

STRUCTURAL ANALYSIS

STRUCTURAL ANALYSIS

STRUCTURAL ANALYSIS (HB)

STRUCTURAL ANALYSIS: A NEW APPROACH TO F (HB)

STRUCTURAL ANALYSIS: A NEW APPROACH TO F (HB)

STRUCTURAL ANALYSIS: A NEW APPROACH TO F (PB)

STRUCTURAL ANALYSIS: A NEW APPROACH TO F (PB)

THE COMPLEXITY OF MANY FACES IN ARRANGEMENTS OF LINES AND OF SEGMENTS

THE COMPLEXITY OF MANY FACES IN ARRANGEMENTS OF LINES AND OF SEGMENTS (HB)

THE UPPER ENVELOPE OF PIECEWISE LINEAR FUNCTIONS

THE UPPER ENVELOPE OF PIECEWISE LINEAR FUNCTIONS: ALGORITHMS AND APPLICATIONS (HB)