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This book offers essential information on the life and career of the recently deceased Giorgio P. Szegö, particularly his important contributions in various areas of mathematical programming and applications to financial markets. It highlights the developments in the fields of stability theory and dynamical systems brought about by his work in the early 1960s and 1970s, then moves on to address his valuable contributions to portfolio theory in the late 1970s and early 1980s, and, finally, examines his work in the field of risk management and the role of financial regulation in the late 1990s. The book explores Giorgio P. Szegö’s contributions in diverse research areas ranging from global optimization, theory of stability and dynamical systems to applications of financial mathematics to portfolio theory, risk measurement and financial regulation. It also covers his consulting work for such major international institutions as the IMF, World Bank and OECD.
In 2006 residential real estate prices peaked and started to fall, then threatened the world's financial institutions in 2007, and confronted the global economy with disaster in 2008. In the past few years, millions of people have lost very substantial portions of their wealth. And while the markets have rebounded considerably, they are still far from a full recovery. Now, professional economists, policy experts, public intellectuals, and the public at large are all struggling to understand the crisis that has engulfed us. In The Financial Crisis of Our Time, Robert W. Kolb provides an essential, comprehensive review of the context within which these events unfolded, arguing that while the c...
Until about twenty years ago, the consensus view on the cause of financial-system distress was fairly simple: a run on one bank could easily turn to a panic involving runs on all banks, destroying some and disrupting the financial system. Since then, however, a series of events—such as emerging-market debt crises, bond-market meltdowns, and the Long-Term Capital Management episode—has forced a rethinking of the risks facing financial institutions and the tools available to measure and manage these risks. The Risks of Financial Institutions examines the various risks affecting financial institutions and explores a variety of methods to help institutions and regulators more accurately measure and forecast risk. The contributors--from academic institutions, regulatory organizations, and banking--bring a wide range of perspectives and experience to the issue. The result is a volume that points a way forward to greater financial stability and better risk management of financial institutions.
These twelve essays take up economic management under flexible exchange rates in the presence of uncertainty. Nearly all of the contributions adopt a rational expectations framework, focusing on the stochastic aspects of the assumption and exploring the variability of, for example, output and prices in relation to the variability of various external disturbances.Jagdeep Bhandari is Associate Professor of International Economics at West Virginia University.
Policy makers around the globe will find that Restructuring Regulation and Financial Institutions offers a cogent assessment of the contemporary regulatory environment in the U.S. financial markets, and a blueprint for action in evolving global financial markets. Financial markets are among the most highly-regulated markets in the world. Nevertheless, financial crises still occur, witness the U.S. savings-and-loan fiasco of the late 1980s and early 1990s, and the Mexican and East Asian Financial implosions of 1994 and 1997. What role does regulation play in stabilizing-or-destabilizing financial markets? Restructuring Regulation and Financial Institutions answers this question with incisive ...
This introduction provides a clear framework for understanding and analyzing securities, and covers the major institutional features and theories of investing. While the book presents a thorough discussion of investments, the authors keep the material practical, relevant, and easy to understand. The latest developments in investments are brought to life through the use of tables, graphs, and illustrations that incorporate current market information and academic research. An international content deals directly with international securities and securities markets throughout the book--along with currency management and interest rate parity. Up-to-date "Money Matters" articles reflect the latest real-world developments and are provided throughout each chapter to give readers a sense of how practitioners deal with various investment issues and use techniques. Other coverage includes an array of investment tools--presented through discussions on stocks, bonds, and other securities such as options and futures. A guide to reviewing, forecasting, and monitoring--for individuals preparing to make investments or take the CFA exam.
While recent developments in monetary theory have been fast to spread to policy analysis and practice and the media, the same is not true of fiscal policy, and a void has emerged. Issues such as timing, cyclical adjustments, long-term sustainability, and social implications are often seen as detached from discussions in the public arena. This book fills this gap. It delivers a keen assessment of the role and scope of current fiscal policy. New contributions and critical reviews of state of the art research analyze fiscal policy in terms of viability, potency, consequences and sustainability, and also shed light on its relation to economic and political ideas. The general tone of this volume ...
Encounters with Chaos and Fractals, Third Edition provides an accessible introduction to chaotic dynamics and fractal geometry. It incorporates important mathematical concepts and backs up the definitions and results with motivation, examples, and applications. The Third Edition updates this classic book for a modern audience. New applications on contemporary topics, like data science and mathematical modelling, appear throughout. Coding activities are transitioned to open-source programming languages, including Python. The text begins with examples of mathematical behavior exhibited by chaotic systems, first in one dimension and then in two and three dimensions. Focusing on fractal geometry...