2,416 research outputs found

    The Battle to Define the Scope of Attorney-Client Privilege in the Context of Insurance Company Bad Faith: A Judicial War Zone

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    [Excerpt] The attorney-client privilege is the oldest of the privileges for confidential communications known to the common law. \u27 The privilege is [d]eeply rooted in public policy, and plays a \u27vital role\u27 in the administration of justice. As such, the privilege is traditionally deemed worthy of maximum legal protection \u27 and it remains one of the most carefully guarded privileges and is not readily to be whittled down. The privilege has come under assault in the insurance bad faith context in recent decades resulting in a whittling down of the privilege for insurance companies as a target party. Over the past couple of decades, various courts have rendered significant decisions regarding implied waiver of the privilege in the insurance bad faith context. These courts have seemingly set a minimal threshold for waiver that is the functional equivalent of a per se waiver rule, a rule which is inconsistent with the strength of the protection normally provided the attorney-client privilege in other contexts involving non-target parties. In contrast, Arizona, one of the jurisdictions which previously appeared to create such a per se rule, may be, with recent intermediate court decisions, redefining the battle for the scope of the attorney-client privilege in the insurance bad faith context. The Arizona decisions on this issue serve as a case study regarding the analytic gymnastics courts have engaged in to create implied waiver in the insurance bad faith context. However, these decisions may also set the stage for the judicial combatants. Will the battle result in a return to the more conservative protections of the privilege provided in other contexts or will it end with a broad per se implied waiver in the insurance context? In Part I of this article, the attorney-client privilege is discussed generally, as well as specifically, in the context of insurer bad faith. In Part I.A, a general overview of the attorney-client privilege is presented. In Part I.B, express and implied waiver of the attorney-client privilege are discussed. The courts have disagreed on the general contours of the test to be applied in determining whether an implied waiver of the attorney-client privilege has occurred, and what should be the precise formulation for that determination. The courts have also disagreed as to when a client may be deemed to have injected privileged attorney-client communications into a case, causing an implied waiver. There are three general approaches to determine whether a litigant has impliedly waived the attorney-client privilege. Each of these approaches is discussed. In Part I.C, the article discusses general principles regarding insurance bad faith and how the direct assertion of the advice-of counsel defense results in waiver of the attorney-client privilege in that context. The nature and scope of the advice-of-counsel defense is explored. In Part II, the battle over the changing boundaries of waiver by implication is examined by comparing the case authority supporting expansion versus the development of three published decisions from the courts of Arizona. The discussion starts in Part IIA, where the expansion of waiver by implication is discussed. Part II.B examines a decision from the Arizona Supreme Court which followed the trend of substantial expansion of the waiver-by-implication rule and then examines two subsequent decisions from the Arizona Court of Appeals which have applied the Arizona Supreme Court precedent to reach two very different and arguably contradictory results. The first of these appellate decisions arguably takes the expansion of implied waiver to the next level-a per se rule triggering automatic waiver as a result of defending a bad faith case on a subjective belief of acting in good faith. The second appellate decision, however, takes a step back from the ledge and seeks to limit the prior ruling to its facts rather than creating a per se rule in those circumstances. Part II.C seeks to synthesize and define the battle in Arizona over the scope of implied waiver, discussing the chilling effect continued expansion of implied waiver can have upon the advice that insurance companies seek from counsel and how the recent decision from Arizona may serve as a warm front to thaw the chill that has been in the air for the last two decades

    A CLIPS-based tool for aircraft pilot-vehicle interface design

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    The Pilot-Vehicle Interface of modern aircraft is the cognitive, sensory, and psychomotor link between the pilot, the avionics modules, and all other systems on board the aircraft. To assist pilot-vehicle interface designers, a C Language Integrated Production System (CLIPS) based tool was developed that allows design information to be stored in a table that can be modified by rules representing design knowledge. Developed for the Apple Macintosh, the tool allows users without any CLIPS programming experience to form simple rules using a point and click interface

    Universality in a class of fragmentation-coalescence processes

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    We introduce and analyse a class of fragmentation-coalescence processes defined on finite systems of particles organised into clusters. Coalescent events merge multiple clusters simultaneously to form a single larger cluster, while fragmentation breaks up a cluster into a collection of singletons. Under mild conditions on the coalescence rates, we show that the distribution of cluster sizes becomes non- random in the thermodynamic limit. Moreover, we discover that in the limit of small fragmentation rate these processes exhibit self-organised criticality in the cluster size distribution, with universal exponent 3/2.Comment: 17 pages, 1 figur

    A Multi-Dimensional Trust Model for Heterogeneous Contract Observations

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    In this paper we develop a novel probabilistic model of computational trust that allows agents to exchange and combine reputation reports over heterogeneous, correlated multi-dimensional contracts. We consider the specific case of an agent attempting to procure a bundle of services that are subject to correlated quality of service failures (e.g. due to use of shared resources or infrastructure), and where the direct experience of other agents within the system consists of contracts over different combinations of these services. To this end, we present a formalism based on the Kalman filter that represents trust as a vector estimate of the probability that each service will be successfully delivered, and a covariance matrix that describes the uncertainty and correlations between these probabilities. We describe how the agents’ direct experiences of contract outcomes can be represented and combined within this formalism, and we empirically demonstrate that our formalism provides significantly better trustworthiness estimates than the alternative of using separate single-dimensional trust models for each separate service (where information regarding the correlations between each estimate is lost)

    A phase transition in excursions from infinity of the "fast" fragmentation-coalescence process

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    An important property of Kingman's coalescent is that, starting from a state with an infinite number of blocks, over any positive time horizon, it transitions into an almost surely finite number of blocks. This is known as `coming down from infinity'. Moreover, of the many different (exchangeable) stochastic coalescent models, Kingman's coalescent is the `fastest' to come down from infinity. In this article we study what happens when we counteract this `fastest' coalescent with the action of an extreme form of fragmentation. We augment Kingman's coalescent, where any two blocks merge at rate c>0c>0, with a fragmentation mechanism where each block fragments at constant rate, λ>0\lambda>0, into it's constituent elements. We prove that there exists a phase transition at λ=c/2\lambda=c/2, between regimes where the resulting `fast' fragmentation-coalescence process is able to come down from infinity or not. In the case that λ<c/2\lambda<c/2 we develop an excursion theory for the fast fragmentation-coalescence process out of which a number of interesting quantities can be computed explicitly.Comment: 1 figur

    A comparison of three models of learning with probabilistic cues

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    Call number: LD2668 .T4 1966 R729Master of Scienc

    Chapter 3: Contracts and Commercial Law

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    Chapter 1: Contracts and Commercial Law

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