The systems approach — A. Bogdanov and L. von Bertalanffy

We undertake the comparison between Ludwig von Bertalanffy's General Systems Theory and Alexandr Bodganov's Tektology as two theories proposing a holistic interpretation of reality and claiming to solve problems which are unsolvable via conventional philosophic and scientific theories and methodologies. Basic misunderstandings by some Soviet authors regarding the nature of these theories — especially in the case of Tektology — are pointed out. The comparison is made in what concerns the general origins and purposes of the theories, their approaches to the problem of organization, their treatment of mathematics and their understanding of the cybernetic concept of regulation.We contend that Tektologycontains — some 15 years earlier — all the basic concepts which will be later developed by the General Theory of Systems. As we shall see, Tektology is the ultimate expansion of any theory of systems. This fact is widely ignored in contemporary specialized literature.We finally contend that both Tektology and the General Systems Theory are a sign of the times. A holistic secular monism is a respectable alternative to the failure of contemporary science and philosophy in guiding the life of men, in providing araison d'être for human existence. However, we do not explore the soundness of this alternative.     

Supervenience of Extrinsic Properties

The aim of this paper is to define a notion of supervenience which can adequately describe the systematic dependence of extrinsic as well as of intrinsic higher-level properties on base-level features. We argue that none of the standard notions of supervenience—the concepts of weak, strong and global supervenience—fulfil this function. The concept of regional supervenience, which is purported to improve on the standard conceptions, turns out to be problematic as well. As a new approach, we develop the notion of property-dependent supervenience. This notion is founded on a criterion of relevance adapting the supervenience base to the considered higher-level properties in a specific way, such that only features which are relevant to the instantiation of the higher-level properties under consideration are taken into account.     

Natural concepts and generalization classes

The results of an experiment performed by Herrnstein, Loveland, and Cable (1976) show that pigeons possess concepts that are not based on common elements. The conclusion they draw from these results is that these concepts are largely determined by genetic factors. In the present paper it is argued that, at least for some of the concepts, the conclusion is incorrect. These concepts-called here uncommon generalization classes-were acquired by the pigeons as a consequence of certain experiences through which they went during the experiment. The discussion will also suggest the fruitfulness of replacing the vague and misleading notion of concept by the more adequate notion of generalization class.     

What in the world is weakness of will?

At least since the middle of the twentieth century, philosophers have tended to identify weakness of will with akrasia—i.e. acting, or having a disposition to act, contrary to one’s judgments about what is best for one to do. However, there has been some recent debate about whether this captures the ordinary notion of weakness of will. Richard Holton claims that it doesn’t, while Alfred Mele argues that, to a certain extent, it does. As Mele recognizes, the question about an ordinary concept here is one apt for empirical investigation. We evaluate Mele’s studies and report some experiments of our own in order to investigate what in the world the ordinary concept of weakness of will is. We conclude that neither Mele nor Holton (previously) was quite right and offer a tentative proposal of our own: the ordinary notion is more like a prototype or cluster concept whose application is affected by a variety of factors.     

Bridging the representational gap in the dynamic systems approach to development

We describe the relationship between the dynamic systems approach to development and a recent approach to the dynamics of representational states – the dynamic field approach. Both approaches share an emphasis on the concepts of stability (attractor states), instability (especially bifurcations), soft-assembly and flexibility. But the dynamic field approach adds the concept of ‘activation’ to capture the strength with which behaviorally relevant information is specified. By explicitly linking these dynamic systems approaches, we allow for more direct comparisons between dynamic systems theory and connectionism. We note three current differences between these two approaches to development: (1) the notion of stability is central to how representational states are conceptualized in the dynamic field approach; (2) the dynamic field approach is more directly concerned with the sensorimotor origins of cognition; and (3) the dynamic approach is less advanced with regard to learning. We conclude that proponents of the two approaches can learn from the respective strengths of each approach. We suspect these differences will largely disappear in the next 20 years.     

Personal responsibility and middle knowledge: a challenge for the Molinist

In this paper, I develop and discuss an argument intended to demonstrate that the Molinist notion of middle knowledge, and in particular the concept of counterfactuals of freedom, is incompatible with the notion of personal responsibility (for created creatures). In Sect. 1, I discuss the Molinist concepts of middle knowledge and counterfactuals of freedom. In Sect. 2, I develop an argument (henceforth, the Transfer of Negative Responsibility Argument, or TNRA) to the effect that, due to their construal of the concepts of middle knowledge and counterfactuals of freedom, Molinists are not entitled to the notion that individuals are personally responsible—even for those actions that they freely perform. I then discuss the only two promising strategies for rejecting the argument in Sects. 3 and 4. Finally, in Sect. 5, I contend that, although TNRA may be unsuccessful as an internal argument against the Molinist, either of the possible strategies for rejecting TNRA poses a difficulty for the Molinist. Both response strategies force the Molinist into adopting a popular compatibilist strategy for rejecting a common negative argument against compatibilism. Thus, if Molinism represents a libertarian—i.e., incompatibilist—account of human freedom (as, e.g., Flint claims in his recent Divine Providence: The Molinist Account, noting that libertarianism is one of the “twin bases of Molinism”), then the discussion of TNRA poses, if not a dilemma, at the very least a serious challenge for the Molinist.     

Essential unifiers

A substitution δ is less general than a substitution σ if there exists λ such that δ=σλ, which induces a notion of generality in the algebra of substitutions. We propose to look at this well known concept of generality again, and to impose a new quasi ordering on substitutions as a natural result of a stronger notion of the composition of substitutions. This new generality ordering has important consequences for the theory of E-unification (unification in equational theories) and changes the basic notion of the most general unifiers, now called essential unifiers, as well as the unification hierarchy. In particular we show that for idempotent Semigroups (associativity and idempotency), also known as Bands, the set of essential unifiers always exists and is finite.     

A critical examination of Michael Polanyi's conception of skills

In this paper I will consider some of the main issues in Michael Polanyi's discussion of ‘Skills’ from Chapter 4 of his book Personal Knowledge published in 1958.The concept of ‘skill’ features prominently in psychological theories of human performance in activities such as games, gymnastics, swimming and dance; such theories are often applied to other spheres of human activity in which issues about skill acquisition arise. It is not surprising to discover that skill theory is considered to be essential to the study of human movement and physical education. Physical education teachers in schools have consistently maintained that ‘skill acquisition’ is a major objective for the P.E. curriculum — see Kane 1974. Yet concepts such as ‘skill’, ‘ability’ and ‘know-how’ are constituent features of practical knowledge therefore the notion of ‘skill acquisition’ on its own will not do as a curriculum objective since all instances of skill and practical knowledge are specific to their contexts, namely, to different practical activities. If particular activities are valued in schools in the pursuit of children's learning and education it seems necessary to clarify the epistemological features of such activities in order to understand what it means to teach them and what it means for children to learn and know-how to perform them successfully. It is in these respects that the concept of ‘skill’ in different human activities should attract the interest of physical education students. In order to draw attention to major features of Polanyi's thesis on the nature of ‘skill’ I shall consider the relevance of his ideas about skill and knowledge in relation to human action theory. I suggest that misconceptions may arise in teaching and learning theories relating to ‘playing soccer’ if the basic underlying ideas about ‘skill’ in human activities are inconsistent with ideas about human action or, say, practical reasoning. It is this issue that is not, in my view, attended to by Polanyi in his discussion of ‘skill’. Thus, if my criticisms of Polanyi's ideas are shown to be valid it will be necessary, by implication that is, to exercise caution before any attempt is made to use his thesis as a basis from which to formulate ideas about teaching skills and skill acquisition. The extensive use I make of quotations from Polanyi's writings is necessary because it is towards Polanyi's use of language in his explanation of ‘skills’ that much of my criticism is directed. It is hoped that what follows may provide students of human movement and physical education with an insight into Polanyi's view of ‘skills’ in particular and to issues related to skill theory and human action in general.     

A verification framework for agent programming with declarative goals

A long and lasting problem in agent research has been to close the gap between agent logics and agent programming frameworks. The main reason for this problem of establishing a link between agent logics and agent programming frameworks is identified and explained by the fact that agent programming frameworks have hardly incorporated the concept of a declarative goal. Instead, such frameworks have focused mainly on plans or goals-to-do instead of the end goals to be realised which are also called goals-to-be. In this paper, the programming language GOAL is introduced which incorporates such declarative goals. The notion of a commitment strategy—one of the main theoretical insights due to agent logics, which explains the relation between beliefs and goals—is used to construct a computational semantics for GOAL. Finally, a proof theory for proving properties of GOAL agents is introduced. Thus, the main contribution of this paper, rather than the language GOAL itself, is that we offer a complete theory of agent programming in the sense that our theory provides both for a programming framework and a programming logic for such agents. An example program is proven correct by using this programming logic.     

Theory and the Object: Making Sense of Adorno’s Concept of Mediation

Abstract

This article examines Adorno’s use of the notion of mediation, which at first glance appears to be problematic and aporetic. While the emergence of such a concept marks Adorno’s renewed interest in Hegelian philosophy, and a distancing from Walter Benjamin’s thought, the understanding of mediation should not be reduced to the Hegelian model. This article will argue that Adorno introduces such a concept to explain theory’s necessity and verifiability, as well as the experience of the object. Only by taking these two issues (the mediation between concepts and between subject and object) in their interconnection is it possible to explain the role of mediation in Adorno. I will argue that the idea of ‘constellations’ put forward in the Dialectics furnishes us with a model of mediation that goes beyond its original Hegelian formulation.     

The relationship between connectionist models and a dynamic data-oriented theory of concept formation

In this paper I shall compare two models of concept formation, both inspired by basic convictions of philosophical empiricism. The first, the connectionist model, will be exemplified by Kohonen maps, and the second will be my own dynamic theory of concept formation. Both can be understood in probabilistic terms, both use a notion of convergence or stabilization in modelling how concepts are built up. Both admit destabilization of concepts and conceptual change. Both do not use a notion of representation in some pregiven language, such as a language of thought or some logical language. Representation in a formal language only plays a role on the meta-level, namely within the theory about concept formation.A short version of this paper was given at the Fachtagung der Gesellschaft für Kognitionswissenschaft. Freiburg, October 12–15th, 1994.     

The Paradox of Wuwei? Yes (and No)

This essay considers P. J. Ivanhoe's critical challenge to Slingerland's analysis of wuwei(‘effortless action’). While I agree with Ivanhoe that we should do more work to embody and understand the concept of wuwei, I will defend Slingerland's notion that wuwei involves paradox—particularly in the cases of Zhuangi and Laozi. The present essay is not a defense of the specifics of Slingerland's analysis. Nonetheless, this essay focuses on defending the notion of paradox. Ivanhoe offers an alternative view of wuwei, one that sees the paradox as a riddle. I argue that this kind of formulation would frame the problem of wuwei in an unhelpful manner. I offer several novel ways of overcoming, or at least qualifying, the experience of paradox that seems to be at play in nondoing.     

Axiomatic foundations of the Marxian Theory of Value

The aim of the present paper is to provide a logical reconstruction of the Marxian Theory of Value. This reconstruction is based upon the concept of abstract as opposed to that of homogeneous labor. Abstract labour is a social relation that holds in a market economy, (at least) whenever the profit rate is uniform; it consists in a comparison of the different labors through the exchange relationship. The author proved in a different place (see García de la Sienra, 1987) that there exists a mathematical representation of abstract labor which is unique up to similarity transformations. The existence of this function — which is none other than the value function — is the basis of the present axiomatization, which includes detailed reconstructions of two of the most important models of the theory.     

Dynamic structural systems under indirect observation: identifiability and estimation aspects from a system theoretic perspective

In this—partly—expository paper the parameter identifiability and estimation of a general dynamic structural model under indirect observation will be considered from a system theoretic perspective. The general dynamic model covers (dynamic) factor analytic models, (dynamic) MIMIC models and Jöreskog's linear structural model as special cases. Its reduced form is—under a slightly different specification—known in system theory and econometrics as the stochastic, stationary version of the state-space model. By using concepts and methods from system theory, such as the observability and controllability concept, the (steady-state) Kalman filter and a general nonlinear ML_estimation procedure known as prediction-error estimation the general dynamic model will be identified. It will be shown that Jöreskog's LISREL-procedure is a special case of the prediction-error estimation procedure.     

Kurt Gödel's Anticipation of the Turing Machine: A Vitalistic Approach

In 1935/1936 Kurt Gödel wrote three notebooks on the foundations of quantum mechanics, which have now been entirely transcribed for the first time. Whereas a lot of the material is rather technical in character, many of Gödel's remarks have a philosophical background and concentrate on Leibnizian monadology as well as on vitalism. Obviously influenced by the vitalistic writings of Hans Driesch and his ‘proofs’ for the existence of an entelechy in every living organism, Gödel briefly develops the idea of a computing machine which closely resembles Turing's groundbreaking conception. After introducing the notebooks on quantum mechanics, this article describes Gödel's vitalistic Weltbild and the ideas leading to the development of his computing machine. It investigates a notion of lawlike sequence which closely resembles Turing's concept of a computable number and which Gödel himself calls ‘problematic’, and compares it to the opposed concept of randomness, drawing upon the notion of program-size complexity. Finally, Gödel's machine is implemented in a dialect of the Lisp programing language.     

Execution architectures for program algebra

We investigate the notion of an execution architecture in the setting of the program algebra PGA, and distinguish two sorts of these: analytic architectures, designed for the purpose of explanation and provided with a process-algebraic, compositional semantics, and synthetic architectures, focusing on how a program may be a physical part of an execution architecture. Then we discuss in detail the Turing machine, a well-known example of an analytic architecture. The logical core of the halting problem—the inability to forecast termination behavior of programs—leads us to a few approaches and examples on related issues: forecasters and rational agents. In particular, we consider architectures suitable to run a Newcomb Paradox system and the Prisoner's Dilemma.     

What's the point of knowing how?

Why is it useful to talk and think about knowledge‐how? Using Edward Craig's discussion of the function of the concepts of knowledge as a jumping off point, this paper argues that considering this question can offer us new angles on the debate about knowledge‐how. We consider two candidate functions for the concept of knowledge‐how: pooling capacities and mutual reliance. Craig makes the case for pooling capacities, which connects knowledge‐how to our need to pool practical capacities. I argue that the evidence is much more equivocal and in fact supports both functions. I propose that the concept of knowledge‐how plays both functions, meaning that it is inconsistent and that the debate about knowledge‐how is at least partly a metalinguistic negotiation. In closing, I suggest a way to revise the philosophical concept of knowledge how.     

Res Computans: The Living Subject from Yeast to Human

Since modernity, the concept of subject supposes both an anthropocentric and a dualistic view of life and reality. In this study, we carry out an analytic interpretation of the Descartes’ notion of subject, in order to build a different dimension of the concept of subject. We discuss the activity of computing, as the manner by which the living subject relates with and in-forms the world. We further examine computing in the aging yeast as an example of living subject and we try to comprehend the maturity of the subjectivity in Descartes’ res cogitans and in our proposed res computans.     

On how we perceive the social world. Criticizing Gallagher's view on direct perception and outlining an alternative

Criticizing Gallagher’s view on direct perception, I develop a basic model of social perception. According to the Cartesians another person’s intentions (and similar properties) are not directly accessible to an observer. According to the cognitivist Cartesians (quasi-)conscious processes are necessary for social understanding. According to the Anti-Cartesians (Gallagher’s view) social perception is direct. Since both of these latter approaches face serious problems, I will argue in favor of an alternative: anti-cognitivist Cartesianism. Distinguishing between an active- and a passive part of the perceptual system we can describe the situation as follows: Some functionally individuated parts of our nervous system generate percepts that correspond to the properties that causally trigger the system, whilst others form percepts of properties that do not causally trigger the system. The model is basic in that it merely helps clarifying some of the fundamental concepts we need in order to describe empirical findings.