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International Lawyer Interview with Professor Jerome A. Cohen
Jerome A. Cohen (사) 이준국제법연구원 2022 Journal of East Asia and International Law Vol.15 No.1
Dr. Jerome Cohen (孔傑榮/柯恩) is Professor Emeritus at New York University School of Law, Founder and Faculty Director Emeritus of its US-Asia Law Institute, and Adjunct Senior Fellow for Asia at the Council on Foreign Relations. Professor Cohen was born in Elizabeth, New Jersey as the son of a local government attorney. After graduating from Linden High School, he received his B.A. and J.D. degree from prestigious Yale University and its Law School in 1951 and 1955, respectively. As a law student, he served as the Editor-in-Chief of the Yale Law Journal. From 1955–56 he clerked at the Supreme Court under Chief Justice Earl Warren and then under Justice Felix Frankfurter. Professor Cohen joined the faculty of University of California- Berkeley School of Law in 1959. Then, Professor Cohen was asked to recommend a candidate for a four-year grant to study China offered by the Rockefeller Foundation. When there was no clear candidate, however, he decided to pursue the opportunity himself.
The European Stability Pact and Feedback Policy Effects
( Jerome Creel ) 세종대학교 경제통합연구소 (구 세종대학교 국제경제연구소) 2002 Journal of Economic Integration Vol.17 No.3
With a two-country dynamic model in a monetary union with wealth private behaviors, we study the implications of public debt on monetary and fiscal policies. The model used has Keynesian features in the short run and Wicksellian ones in the long run. We analyse the effects of asymmetric fiscal policies in Euroland and show that such a situation creates two feedback effects which reduce the efficiency of economic policies. First, because of the inability of one government to implement an expansionary fiscal policy, the other government has to substitute for it to reach economic targets. Second, the ECB`s involvement in macroeconomic stabilisation will be exacerbated. The more substantial these effects, the more coordination is needed between European governments and the ECB.
( Jerome Stubler ),( Thomas Le Diouron ),( Jack Elliot ),( David Youdan ) 한국구조물진단유지관리공학회 2001 한국구조물진단유지관리공학회 학술발표대회 논문집 Vol.5 No.1
The large amounts of capital invested in bridge construction, combined with ever-increasing design life requirements and the use of high-technology construction methods, has highlighted the need for comprehensive structural monitoring and management techniques to ensure that deterioration can be identified early and corrected before large-scale repairs are required. Structural patrimony represent very large investment, and the management of such patrimony over long periods becomes a crucial issue. Owners & concessionaires are facing new problems and need to mitigate the cost of maintenance of their infrastructures. Two key technologies have recently been developed which allow to follow globally a structure and to assist in fulfilling these requirements. Major owners have selected such technologies, this paper is developing recent applications ScanPrint<sup>®</sup>, a computerized structural management system which features a portable graphical user interface and a complete structural pathology data base, is being used to generate comprehensive records of structural inspections throughout the life of the structure. SoundPrint<sup>®</sup>, a continuous remote structural monitoring system, is applied to detect and locate failure of tensioned elements in cable-stayed, suspension and prestressed structures. In both cases, powerful expert systems including full knowledge database are used to provide useful management information to the bridge operator or owner. This paper describes the development and application of these technologies and presents case studies that emphasize the value of this proactive approach to bridge management.
A Simple Noise Reduction Disturbance Observer and Q-filter Design for Internal Stability
Jerome Han,Hongkeun Kim,Youngjun Joo,Nam Hoon Jo,Jin Heon Seo 제어로봇시스템학회 2013 제어로봇시스템학회 국제학술대회 논문집 Vol.2013 No.10
The noise reduction disturbance observer is an unconventional construction of disturbance observer which has the ability of attenuating the high frequency measurement noise as well as the low frequency input disturbance. While retaining the same capabilities, this paper explores amore concise and prevailing version of the noise reduction disturbance observer with a more relaxed almost necessary and sufficient condition for the closed-loop system to be internally stable without requiring the stability of the nominal plant. Moreover, the proposed version is reduced-order compared with the classical disturbance observers in the sense that the two low-pass filters, commonly set to be identical, are now distinct and, as a result, one of them can have order less than the relative degree of the nominal plant. All of which are the direct consequence of a simplified configuration, we additionally present a design method for the two distinct low-pass filters to guarantee the internal stability of the system.