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Keywords:core inflation OR Core inflation OR Core Inflation 

Working Paper
A Broader Perspective on the Inflationary Effects of Energy Price Shocks

Consumers purchase energy in many forms. Sometimes energy goods are consumed directly, for instance, in the form of gasoline used to operate a vehicle, electricity to light a home or natural gas to heat a home. At other times, the cost of energy is embodied in the prices of goods and services that consumers buy, say when purchasing an airline ticket or when buying online garden furniture made from plastic to be delivered by mail. Previous research has focused on quantifying the pass-through of the price of crude oil or the price of motor gasoline to U.S. inflation. Neither approach accounts ...
Working Papers , Paper 2224

Report
CONDI: a cost-of-nominal-distortions index

We construct a price index with weights for the prices of different PCE (personal consumption expenditures) goods chosen to minimize the welfare costs of nominal distortions. In this cost-of-nominal-distortions index (CONDI), the weights are computed in a multi-sector New Keynesian model with time-dependent price setting. The model is calibrated using U.S. data on the dispersion of price stickiness and labor shares across sectors. We find that the CONDI weights depend mostly on price stickiness and are less affected by the dispersion in labor shares. Moreover, CONDI stabilization closely ...
Staff Reports , Paper 367

Discussion Paper
Drilling Down into Core Inflation: Goods versus Services

Among the measures of core inflation used to monitor the inflation outlook, the series excluding food and energy prices is probably the best known and most closely followed by policymakers and the public. While the conventional ?ex food and energy? measure is a composite of the price changes of a large number of different products and services, almost all models developed to explain and forecast its behavior do not distinguish between the goods and services categories. Is the distinction important? Here, we highlight the different behavior and determinants of goods inflation and services ...
Liberty Street Economics , Paper 20130605

Working Paper
An Alternative Measure of Core Inflation: The Trimmed Persistence PCE Price Index

I introduce the "trimmed persistence PCE," a new measure of core inflation in which component prices are weighted according to the time-varying persistence of their price changes. The components of trimmed persistence personal consumption expenditures (PCE) display less tendency to mechanically pass-through the level of the prior period's inflation to the current period; thus, the impact of the current stance of monetary policy and real economic factors are more likely to be visible in recent trimmed persistence inflation compared to headline inflation. Trimmed persistence inflation performs ...
Working Paper , Paper 23-10

Working Paper
Oil Price Pass-Through into Core Inflation

We estimate the oil price pass-through into consumer prices both in the US and in the euro area. In particular, we disentangle the specific effect that an oil price change might have on each disaggregate price, from the effect on all prices that an oil price change might have since it affects the whole economy. To do so, we first estimate a Dynamic Factor Model on a panel of disaggregate price indicators, and then we use VAR techniques to estimate the pass-through. Our results show that the oil price passes through core inflation only via its effect on the whole economy. This pass-through is ...
Finance and Economics Discussion Series , Paper 2017-085

Using Core Inflation to Predict Headline Inflation

An analysis of CPI data suggests that a measure of inflation excluding food and energy and a measure excluding only energy are useful predictors of overall inflation 12 months in the future.
On the Economy

Working Paper
Common and Idiosyncratic Inflation

We use a dynamic factor model to disentangle changes in prices due to economy-wide (common) shocks, from changes in prices due to idiosyncratic shocks. Using 146 disaggregated individual price series from the U.S. PCE price index, we find that most of the fluctuations in core PCE prices observed since 2010 have been idiosyncratic in nature. Moreover, we find that common core inflation responds to economic slack, while the idiosyncratic component does not. That said, even after filtering out idiosyncratic factors, the estimated Phillips curve is extremely flat post-1995. Therefore, our ...
Finance and Economics Discussion Series , Paper 2020-024

Working Paper
Is It Time to Reassess the Focal Role of Core PCE Inflation?

In this paper, I review the history of “core” PCE inflation and its rationale: remove volatile items with transitory shocks to better highlight the trend in inflation. Structural changes in the inflation process imply that, on a “reducing volatility” basis, the list of items excluded from the “core” inflation basket (aside from gasoline) is far from optimal. This is true whether one assesses volatility on the basis of a weighted component monthly, or an index monthly, or a 12-month index, or a 5-year index. In addition, I demonstrate other deficiencies of exclusion indexes. ...
Working Papers , Paper 21-10

Journal Article
Will a Cooler Labor Market Slow Supercore Inflation?

Inflation has declined substantially since its peak in June 2022. This largely reflects lower energy prices and more moderate price increases for core goods, as global supply chain constraints have eased and consumers have resumed more normal spending patterns, shifting back from goods toward services. In contrast, inflation for core services continues to rise, in part due to lingering pandemic-related increases in shelter prices that are still affecting official inflation statistics (Lansing, Oliveira, and Shapiro 2022). However, because new rents are rising more slowly, policymakers expect ...
FRBSF Economic Letter , Volume 2023 , Issue 18 , Pages 6

Working Paper
The role of commodity prices in forecasting U.S. core inflation

This note documents a curious finding about the substantial forecast ability of a simple aggregator of three commodity futures prices for U.S. core inflation. The proposed aggregator reduces the out-of-sample root mean squared error for 12-month-ahead inflation forecasts of the benchmark AR(1) model by 28 percent (20 percent) for the PCE (CPI) measure of core inflation. To avoid obfuscation of the sources of forecast ability, the model is intentionally kept simple, although extensions for improving and increasing the robustness of the forecast procedure are also discussed.
FRB Atlanta Working Paper , Paper 2016-5

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