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and C is triangular. This is the basis for the following two types of square-root ltering. Morf Kailath Square-Root Filter In Morf Kailath square-root ltering, the entire Riccati equation, including prediction and correction steps, is implemented in a single triangularization procedure. It effectively computes the Cholesky factors of successive covariance matrices of prediction error (required for computing Kalman gain) without ever explicitly computing the intermediate values for corrected estimation errors. Assume the following: Gk is the dynamic disturbance distribution matrix of the system model, CQk is a Cholesky factor of Qk ; Fk is the state transition matrix from the previous epoch; CPk is a Cholesky factor of Pk ; the covariance matrix of prediction error from the previous epoch; Hk is the measurement sensitivity matrix of the previous epoch; CRk is the measurement noise covariance matrix of the previous epoch; and
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PSYCHOLOGICAL ASSESSMENTS FOR THE COURTS Epstein, R.A. (1995). Cases and materials on torts. New York: Little, Brown & Company. Erlinder, C.P. (1983). Post-traumatic stress disorder. Vietnam veterans and the law: A challenge to effective representation. Behavioral Sciences and the Law, 1 (3), 25 50. Evans, R.W. (1984). The effects of litigation on treatment outcome with personal injury patients. American journal of Forensic Psychology, 12, 19 34. Fairbank, J.A., McCaffrey, R.J. and Keane, T.M. (1985). Psychometric detection of fabricated symptoms of posttraumatic stress disorder. American Journal of Psychiatry, 142, 501 503. Faust, D. (1995). The detection of deception. Neurologic Clinics, 13 (2), 255 265. Faust, D., Hart, K., Guilmette, T.J. and Arkes, H.R. (1988). Neuropsychologists capacity to detect adolescent malingerers. Professional Psychology: Research and Practice, 19, 508 545. Fear, C. (1996). Factitious post-traumatic stress disorder revisited. Irish Journal of Psychological Medicine, 13 (3), 116 118. Freckelton, I. (1997). Post-traumatic stress disorder and the law: The need for expert witness and accountability. Post traumatic stress disorder. Where to now Seminar Papers Leo Cussen Institute: Melbourne. Freitag, R. and Bryant, R.A. (2001). Feigning posttraumatic stress: The in uence of coaching. Manuscript submitted for publication. Friedman, M.J. (1991). Biological approaches to the diagnosis and treatment of posttraumatic stress disorder. Journal of Traumatic Stress, 4, 67 91. Friedman, M.J. (1999). Risk factors for PTSD: Re ections and recommendations. In R. Yehuda, R. (ed.), Risk factors for posttraumatic stress disorder (pp. 223 231). Washington, DC: American Psychiatric Press. Frueh, B.C., Hammer, M.B., Cahill, S.P., Gold, P.B. and Hamlin, K.L. (2000). Apparent symptom overreporting in combat veterans evaluated for PTSD. Clinical Psychology Review, 20, 853 885. Frueh, B.C., Smith, D.W. and Barker, S.E. (in press). Compensation seeking status and psychometric assessment of combat veterans seeking treatment for PTSD. Journal of Traumatic Stress. Gerardi, R., Blanchard, E. and Kolb, L. (1989). Ability of Vietnam veterans to dissimulate a psychophysiological assessment for post-traumatic stress disorder. Behavior Therapy, 20, 229 243. Goodman-Delahunty, J. (1997). Forensic psychological expertise in the wake of Daubert. Law and Human Behavior, 21, 121 140. Greene, R.L. (1997). Assessment of malingering and defensiveness by multiscale personality inventories. In R. Rogers (ed.), Clinical assessment of malingering and deception (pp. 169 207). New York: Guilford Press. Grillo, J., Brown, R.S., Hilsabeck, R., Price, J.R. and Lees-Haley, P.R. (1994). Raising doubt about claims of malingering; Implications of relationship between MCMI-II and MMPI performances. Journal of Clinical Psychology, 50, 651 655. Harvey, A.G. and Bryant, R.A. (2000). Memory for acute stress disorder symptoms: A two-year prospective study. Journal of Nervous and Mental Disease, 188, 602 607. Harvey, A.G. and Bryant, R.A. (2001). Reconstructing trauma memories: A prospective study of amnesic trauma survivors. Journal of Traumatic Stress, 14, 277 282. Harvey, P.D. and Yehuda, R. (1999). Strategies to study risk for the development of PTSD. In R. Yehuda (ed.), Risk factors for posttraumatic stress disorder (pp. 1 22). Washington, DC: American Psychiatric Press. Hathoway, S.R. and McKinley, J.C. (1991). MMPI-2: Minnesota Multiphasic Personality Inventory. Minnesota: University of Minnesota Press. Helmes, E. and Reddon, J.R. (1993). A perspective on developments in assessing psychopathology: A critical review of the MMPI and MPI-2. Psychological Bulletin, 113, 453 471. Hickling, E.J., Taylor, A.E., Blanchard, E.B. and Devineni, T. (1999). Simulation of motor vehicle accident-related PTSD: Effects of coaching with DSM-IV criteria. In E.B. Blanchard and E. Hickling (eds) International handbook of road traf c accidents and psychological trauma: Theory, treatment and law (pp. 305 320). Oxford: Elsevier. Iverson, G.L. (1995). Qualitative aspects of malingered memory de cits. Brain Injury, 9, 35 40.
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UKlight is an integral part of the United Kingdoms s e-science infrastructure, consisting of international 10-Gbps connections to StarLight in Chicago and NetherLight in Amsterdam and an internal infrastructure that interconnects the UK s major university research institutions. UKlight is based upon 10-Gbps SDH connections between primary points of presence and international peering points. These connections are multiplexed into Ethernet lightpaths of 1 10 Gbps that present as services to the research community. All core nodes are supported by high-performance optical switches. The external connectivity to StarLight in Chicago and NetherLight in Amsterdam is terminated within the University of London Computing Centre (ULCC). The University College of London (UCL) and the Imperial College, as part of the University of London, are connected directly to ULCC. UKLight has been used for multiple experiments demonstrating the enabling capabilities of high-performance lightpaths for Grid research. Grid applications that have been supported on the network include high-energy physics and radio-astronomy. UKLight is also being used for basic research on lightpath provisioning and on transportation protocols. UKlight has been provisioned and managed by UKERNA, a not-for-profit company, which manages the UK NREN, SuperJANET (www.uklight.ac.uk/).
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Sociological factors Groups The family Opinion leaders Diffusion Social stratification Culture
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he business structure of the power industry is very simple in a traditionally regulated environment. Vertically integrated electric utilities oversee the entire chain of power delivery, while state commissions set customer rates. After the successful deregulation of airlines and telecommunications industries there has been a movement toward deregulating the electric power industry. The market model that is still evolving is considerably more complex than the traditionally regulated environment. There is a vision that the market should segment the responsibilities of the vertically integrated utilities along logical cross sections and different market participants would assume responsibility for a particular aspect of the power delivery chain. Central to this book is the premise that if one wishes to design and operate a market for the electric power industry that segments the delivery chain, one must rst understand the planning and operations of vertically integrated utilities, with an emphasis on how the different elements of the delivery chain interact with one another. This chapter begins with an overview of the roles and responsibilities of the utility within a traditionally regulated environment. Then the chapter looks at the market segmentation of the power delivery chain along with the different market participants that assume the various responsibilities. The chapter provides a rst glimpse at topics that are discussed more fully in the remainder of the book and identi es chapters that provide further discussion of the topics. Respecting the premise noted at the end of the preceding paragraph, before addressing a market environment we rst address the aspects of power delivery in a vertically integrated utility in both this chapter and the remainder of the book.
To avoid impractical values of bandwidth, tolerances, and ef ciency, it is useful to constrain the optimization process. Constraints can involve SDR, sidelobe level, Q,
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