LISP A: a lisp-like system for incremental computing. - Erik Sandewall (AFIPS Spring Joint Computing Conference, 1968)

Concepts and Methods for Heuristic Search. - Erik Sandewall (IJCAI, 1969)

A Planning Problem Solver Based on Look-Ahead in Stochastic Game Trees. - Erik Sandewall (J. ACM, 1969)

A Programming Tool for Management of a Predicate-Calculus-Oriented Data Base. - Erik Sandewall (IJCAI, 1971)

Formal Methods in the Design of Question-Answering Systems. - Erik Sandewall (Artif. Intell., 1971)

Conversion of Predicate-Calculus Axioms, Viewed as Non-Deterministic Programs, to Corresponding Deterministic Programs. - Erik Sandewall (IJCAI, 1973)

Ideas About Management Of LISP Data Bases. - Erik Sandewall (IJCAI, 1975)

A Partial Evaluator, and its Use as a Programming Tool. - Lennart Beckman; Anders Haraldson; Östen Oskarsson; Erik Sandewall (Artif. Intell., 1976)

Conversion of Predicate-Calculus Axioms to Corresponding Deterministic Programs. - Erik Sandewall (IEEE Trans. Computers, 1976)

Artificial Intelligence in Western Europe. - Jacques Pitrat; Erik Sandewall; Wolfgang Bibel; Gérard P. Huet; Hans-Hellmut Nagel; M. Somalivco (IJCAI, 1977)

What Structure does a LISP Program have - besides being a set of Procedures? - Erik Sandewall (AISB/GI (ECAI), 1978)

Programming in an Interactive Environment: the LISP Experience. - Erik Sandewall (ACM Comput. Surv., 1978)

Surveyor's Forum: Structured Editing with a LISP. - Erik Sandewall (ACM Comput. Surv., 1978)

Biological Software. - Erik Sandewall (IJCAI, 1979)

A Description Language and Pilot-System Executive for Information-Transport Systems. - Erik Sandewall (VLDB, 1979)

Provisions for flexibility in the Linköping office information system (LOIS). - Erik Sandewall; Göran Hektor; Anders Ström; Claes Strömberg; Ola Strömfors; Henrik Sörensen; Jaak Urmi (AFIPS National Computer Conference, 1980)

A System of Communicating Residential Environments. - Erik Sandewall; Henrik Sörensen; Claes Strömberg (LISP Conference, 1980)

Software Architecture Based on Communicating Residential Environments. - Erik Sandewall; Claes Strömberg; Henrik Sörensen (ICSE, 1981)

Unified Dialogue Management in the Carousel System. - Erik Sandewall (POPL, 1982)

Experience from computer supported prototyping for information flow in hospitals. - Hans Gill; Roland Lindvall; Olle Rosin; Erik Sandewall; Henrik Sörensen; Ove Wigertz (Rapid Prototyping, 1982)

Stepwise structuring: a style of life for flexible software. - Erik Sandewall; Sture Hägglund; Christian Gustafsson; Lennat Jonesjö; Ola Strömfors (AFIPS National Computer Conference, 1983)

Interactive programming environments. - David R. Barstow; Howard E. Shrobe; Erik Sandewall; Stephen W. Smoliar (ACM SIGSOFT Softw. Eng. Notes, 1984)

On Application-Oriented and Tool-Oriented Theories. - Erik Sandewall (Foundations of Knowledge Base Management (Xania), 1985)

A Functional Approach to Non-Monotonic Logic. - Erik Sandewall (IJCAI, 1985)

A Representation of Action Structures. - Erik Sandewall; Ralph Rönnquist (AAAI, 1986)

Environments for the Development of Specifications (Panel). - Erik Sandewall (IFIP Congress, 1986)

Nonmonotonic inference rules for multiple inheritance with exceptions. - Erik Sandewall (Proc. IEEE, 1986)

The Pipelining Transformation on Plans for Manufacturing Cells with Robots. - Erik Sandewall (IJCAI, 1987)

Future Developments in Artificial Intelligence: A Personal View. - Erik Sandewall (ECAI, 1988)

An Approach to Non-Monotonic Entailment. - Erik Sandewall (ISMIS, 1988)

The Semantics of Non-Monotonic Entailment Defined Using Partial Interpretations. - Erik Sandewall (NMR, 1988)

Filter Preferential Entailment for the Logic of Action in Almost Continuous Worlds. - Erik Sandewall (IJCAI, 1989)

Combining Logic and Differential Equations for Describing Real-World Systems. - Erik Sandewall (KR, 1989)

Reasoning about the World as Perceived by an Agent. - Erik Sandewall (ECAI, 1990)

PROMETHEUS Session. - Erik Sandewall; Giovanni Adorni; Hans-Hellmut Nagel; Monique Thonnat (ECAI, 1990)

Knowledge-based systems, Lisp, and very high level implementation languages. - Erik Sandewall (Knowl. Eng. Rev., 1992)

Real-Time Hierarchical Control. - Magnus Morin; Simin Nadjm-Tehrani; Per Österling; Erik Sandewall (IEEE Softw., 1992)

The Range of Applicability of Nonmonotonic Logics for the Inertia Problem. - Erik Sandewall (IJCAI, 1993)

Systematic Assessment of Temporal Reasoning Methode for Use in Autonomous Agnents. - Erik Sandewall (ISMIS, 1993)

Nonmonotonic temporal logics and autonomous agents: Each contributes to the rigorous basis for the other. - Erik Sandewall (KI, 1993)

The Range of Applicability of Some Non-monotonic Logics for Strict Inertia. - Erik Sandewall (J. Log. Comput., 1994)

Reasoning about Actions and Change with Ramification. - Erik Sandewall (Computer Science Today, 1995)

Getting Robots to Know Exactly What They Are Doing. - Erik Sandewall (ECAI, 1996)

Towards a World-Wide Knowledge Base. - Erik Sandewall (ISMIS, 1996)

Assessments of Ramification Methods that Use Static Domain Constraints. - Erik Sandewall (KR, 1996)

Towards the Validation of High-Level Action Descriptions from Their Low-Level Definitions. - Erik Sandewall (AI Commun., 1996)

Towards a World-Wide Data Base. - Erik Sandewall (Comput. Networks, 1996)

Relating High-Level and Low-Level Action Descriptions in a Logic of Actions and Change. - Erik Sandewall (HART, 1997)

Publishing and Reviewing in the ETAI. - Erik Sandewall (Electron. Trans. Artif. Intell., 1997)

Logic-Based Modelling of Goal-Directed Behavior. - Erik Sandewall (Electron. Trans. Artif. Intell., 1997)

The Logical Characterization of Goal-Directed Behavior in the Presence of Exogenous Events. - Erik Sandewall (JELIA, 1998)

Cognitive Robotics Logic and its Metatheory: Features and Fluents Revisited. - Erik Sandewall (Electron. Trans. Artif. Intell., 1998)

An Early Use of Continuations and Partial Evaluation for Compiling Rules Written in First-Order Predicate Calculus. - Erik Sandewall (High. Order Symb. Comput., 1999)

The WITAS Unmanned Aerial Vehicle Project. - Patrik Dohrty; Gösta H. Granlund; Krzysztof Kuchcinski; Erik Sandewall; Klas Nordberg; Erik Skarman; Johan Wiklund (ECAI, 2000)

Review: M. Shanahan, Solving the Frame Problem. - Erik Sandewall (Artif. Intell., 2000)

Use of Cognitive Robotics Logic in a Double Helix Architecture for Autonomous Systems. - Erik Sandewall (Advances in Plan-Based Control of Robotic Agents, 2001)

Cellular Ontology as a Basis for Spatiotemporal Reasoning. - Erik Sandewall (TIME, 2001)

On the Design of Software Individuals. - Erik Sandewall (Electron. Trans. Artif. Intell., 2001)

Words at the Right Time: Real-Time Dialogues with the WITAS Unmanned Aerial Vehicle: Extended Abstract. - Erik Sandewall; Patrick Doherty 001; Oliver Lemon; Stanley Peters (KI, 2003)

External and Internal Autonomy in Software Systems. - Erik Sandewall (ICINCO, 2005)

Coordination of Actions in an Autonomous Robotic System. - Erik Sandewall (Reasoning, Action and Interaction in AI Theories and Systems, 2006)

Artificial Intelligence Needs Open-Access Knowledgebase Contents. - Erik Sandewall (AAAI, 2008)

A review of the Handbook of Knowledge Representation. - Erik Sandewall (Artif. Intell., 2008)

Extending the concept of publication: factbases and knowledgebases. - Erik Sandewall (Learn. Publ., 2008)

Defeasible inheritance with doubt index and its axiomatic characterization. - Erik Sandewall (Artif. Intell., 2010)

Intelligent Software Individuals Based on the Leonardo System. - Erik Sandewall (AAAI Fall Symposium: Advances in Cognitive Systems, 2011)

From systems to logic in the early development of nonmonotonic reasoning. - Erik Sandewall (Artif. Intell., 2011)

Maintaining Live Discussion in Two-Stage Open Peer Review. - Erik Sandewall (Frontiers Comput. Neurosci., 2012)

The Leonardo System and Software Individuals. - Erik Sandewall (ELS, 2013)

A perspective on the early history of artificial intelligence in Europe. - Erik Sandewall (AI Commun., 2014)

Ethics, Human Rights, the Intelligent Robot, and its Subsystem for Moral Beliefs. - Erik Sandewall (Int. J. Soc. Robotics, 2021)