E-Books →Financial Markets, Banking, and Monetary Policy

The international economic environment has evolved to the point that what constitutes money is not always clear-cut, and monetary aggregates are undependable as guides to overall policy. Central banks have had to turn to very different tactics in order to achieve their stated policy goals.
In this in-depth resource, Thomas D. Simpson―a former official with the Federal Reserve System―introduces a new approach to both monetary policy and the overall financial system. Financial Markets, Banking, and Monetary Policy highlights the role of each major financial market and institution and shows how they've become a part of the overall financial system. The book also describes the important features of central banks―along with their responsibility for achieving specific macroeconomic objectives―and reveals how they pursue goals for inflation, employment, and the economy. While highlighting the United States system, Simpson's comprehensive view of banking and monetary policy is equally applicable to the financial systems and economies of other developed nations.
This reliable resource is solidly grounded in economic principles and on the key term structure of interest rate relationships. Simpson explores how the term structure relationship plays a central role in the conduct of monetary policy and outlines a framework for understanding financial crises and the systemic risk faced by modern economies. The book explains in detail the evolving integration of central banks' various methods for conducting monetary and financial stability policies.
Filled with illustrative examples and charts, this resource delves into the interconnection between financial markets and institutions, monetary policy, and performance of the economy. An indispensible resource for both professionals and students of finance and economics, Financial Markets, Banking, and Monetary Policy offers a clear understanding of Simpson's term structure relationship and how it works throughout the financial system.