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Results for “curve” · papers 18 · wiki 33
Academic Papers · 18arXiv q-fin live 8 · desk corpus 87
arXiv · arXiv q-fin · 2024

Adaptive Curves for Optimally Efficient Market Making

Automated Market Makers (AMMs) are essential in Decentralized Finance (DeFi) as they match liquidity supply with demand. They function through liquidity providers (LPs) who deposit assets into liquidity pools. However, the asset trading prices in these pools often trail behind those in more dynamic, centralized exchanges, leading to potential arbitrage losses for LPs. This issue is tackled by adapting market maker bo

Viraj Nadkarni, Sanjeev Kulkarni, Pramod Viswanath
arXiv · arXiv q-fin · 2011

Interest Rates After The Credit Crunch: Multiple-Curve Vanilla Derivatives and SABR

We present a quantitative study of the markets and models evolution across the credit crunch crisis. In particular, we focus on the fixed income market and we analyze the most relevant empirical evidences regarding the divergences between Libor and OIS rates, the explosion of Basis Swaps spreads, and the diffusion of collateral agreements and CSA-discounting, in terms of credit and liquidity effects. We also review t

Marco Bianchetti, Mattia Carlicchi
arXiv · arXiv · 2026

Corporate Bond Yield Curve Modeling: A Rating-Based Regime-Switching Generalized CIR Approach

Persistent shifts in term-structure dynamics undermine the stability of single-regime models in long samples. We develop an arbitrage-free regime-switching generalized CIR (RS-GCIR) model that jointly prices the Chinese government bond (CGB) curve and corporate bond curves. To capture the systematic transmission from interest-rate conditions to credit spreads, we structure the model into two blocks and price corporat

Maochun Xu, Yunqi Liang, Yi Hong
OpenAlex · The Journal of Finance · 2004 · cites 390

Price Discovery in the U.S. Treasury Market: The Impact of Orderflow and Liquidity on the Yield Curve

ABSTRACT We examine the role of price discovery in the U.S. Treasury market through the empirical relationship between orderflow, liquidity, and the yield curve. We find that orderflow imbalances (excess buying or selling pressure) account for up to 26% of the day‐to‐day variation in yields on days without major macroeconomic announcements. The effect of orderflow on yields is permanent and strongest when liquidity i

Michael W. Brandt, Kenneth A. Kavajecz
arXiv · arXiv · 2023

A new adaptive pricing framework for perpetual protocols using liquidity curves and on-chain oracles

This whitepaper introduces an innovative mechanism for pricing perpetual contracts and quoting fees to traders based on current market conditions. The approach employs liquidity curves and on-chain oracles to establish a new adaptive pricing framework that considers various factors, ensuring pricing stability and predictability. The framework utilizes parabolic and sigmoid functions to quote prices and fees, accounti

Chester Bella, Danny Boahen, Sudeep Biswas
arXiv · arXiv · 2023

Detecting Depegs: Towards Safer Passive Liquidity Provision on Curve Finance

We consider a liquidity provider's (LP's) exposure to stablecoin and liquid staking derivative (LSD) depegs on Curve's StableSwap pools. We construct a suite of metrics designed to detect potential asset depegs based on price and trading data. Using our metrics, we fine-tune a Bayesian Online Changepoint Detection (BOCD) algorithm to alert LPs of potential depegs before or as they occur. We train and test our changep

Thomas N. Cintra, Maxwell P. Holloway
arXiv · arXiv · 2022

The credit spread curve. I: Fundamental concepts, fitting, par-adjusted spread, and expected return

The notion of a credit spread curve is fundamental in fixed income investing, but in practice it is not `given' and needs to be constructed from bond prices either for a particular issuer, or for a sector rating-by-rating. Rather than attempting to fit spreads -- and as we discuss here, the Z-spread is unsuitable -- we fit parametrised survival curves. By deriving a valuation formula for a risky bond, we explain and

Richard J. Martin
arXiv · arXiv · 2018

Term structure modeling for multiple curves with stochastic discontinuities

We develop a general term structure framework taking stochastic discontinuities explicitly into account. Stochastic discontinuities are a key feature in interest rate markets, as for example the jumps of the term structures in correspondence to monetary policy meetings of the ECB show. We provide a general analysis of multiple curve markets under minimal assumptions in an extended HJM framework and provide a fundamen

Claudio Fontana, Zorana Grbac, Sandrine Gümbel, Thorsten Schmidt
arXiv · arXiv · 2013

Interest-Rate Modelling in Collateralized Markets: Multiple curves, credit-liquidity effects, CCPs

The market practice of extrapolating different term structures from different instruments lacks a rigorous justification in terms of cash flows structure and market observables. In this paper, we integrate our previous consistent theory for pricing under credit, collateral and funding risks into term structure modelling, integrating the origination of different term structures with such effects. Under a number of ass

Andrea Pallavicini, Damiano Brigo
arXiv · arXiv · 2026

Historical Reflections on Interest Rates and the Emergence of the Yield Curve

This text grew out of a historical introduction initially written for a study of interest rates in cryptocurrency markets. The difficulty of defining a term structure for a currency without a conventional bond market led naturally to a more fundamental question: under what historical conditions does a yield curve become observable at all? Credit existed long before modern money, and interest-bearing loans are documen

Olivier Guéant
arXiv · arXiv · 2023

Modeling the yield curve of Burundian bond market by parametric models

The term structure of interest rates (yield curve) is a critical facet of financial analytics, impacting various investment and risk management decisions. It is used by the central bank to conduct and monitor its monetary policy. That instrument reflects the anticipation of inflation and the risk by investors. The rates reported on yield curve are the cornerstone of valuation of all assets. To provide such tool for B

Rédempteur Ntawiratsa, David Niyukuri, Irène Irakoze, Menus Nkurunziza
arXiv · arXiv · 2023

Exploiting the dynamics of commodity futures curves

The Nelson-Siegel framework is employed to model the term structure of commodity futures prices. Exploiting the information embedded in the level, slope and curvature parameters, we develop novel investment strategies that assume short-term continuation of recent parallel, slope or butterfly movements of futures curves. Systematic strategies based on the change in the slope generate significant profits that are unrel

Robert J Bianchi, John Hua Fan, Joelle Miffre, Tingxi Zhang
arXiv · arXiv · 2018

Concave Shape of the Yield Curve and No Arbitrage

In fixed income sector, the yield curve is probably the most observed indicator by the market for trading and fifinancing purposes. A yield curve plots interest rates across different contract maturities from short end to as long as 30 years. For each currency, the corresponding curve shows the relation between the level of the interest rates (or cost of borrowing) and the time to maturity. For example, the U.S. doll

Jian Sun
arXiv · arXiv · 2017

A Two Factor Forward Curve Model with Stochastic Volatility for Commodity Prices

We describe a model for evolving commodity forward prices that incorporates three important dynamics which appear in many commodity markets: mean reversion in spot prices and the resulting Samuelson effect on volatility term structure, decorrelation of moves in different points on the forward curve, and implied volatility skew and smile. This model is a "forward curve model" - it describes the stochastic evolution of

Mark Higgins
arXiv · arXiv · 2014

Multi-curve HJM modelling for risk management

We present a HJM approach to the projection of multiple yield curves developed to capture the volatility content of historical term structures for risk management purposes. Since we observe the empirical data at daily frequency and only for a finite number of time-to-maturity buckets, we propose a modelling framework which is inherently discrete. In particular, we show how to approximate the HJM continuous time descr

Chiara Sabelli, Michele Pioppi, Luca Sitzia, Giacomo Bormetti
arXiv · arXiv · 2009

Two Curves, One Price: Pricing & Hedging Interest Rate Derivatives Decoupling Forwarding and Discounting Yield Curves

We revisit the problem of pricing and hedging plain vanilla single-currency interest rate derivatives using multiple distinct yield curves for market coherent estimation of discount factors and forward rates with different underlying rate tenors. Within such double-curve-single-currency framework, adopted by the market after the credit-crunch crisis started in summer 2007, standard single-curve no-arbitrage relations

Marco Bianchetti
arXiv · arXiv · 2026

Latent Variable Phillips Curve

This paper re-examines the empirical Phillips curve (PC) model and its usefulness in the context of medium-term inflation forecasting. A latent variable Phillips curve hypothesis is formulated and tested using 3,968 randomly generated factor combinations. Evidence from US core PCE inflation between Q1 1983 and Q1 2025 suggests that latent variable PC models reliably outperform traditional PC models six to eight quart

Daniil Bargman, Francesca Medda, Akash Sedai Sharma
arXiv · arXiv · 2025

Cryptocurrencies and Interest Rates: Inferring Yield Curves in a Bondless Market

In traditional financial markets, yield curves are widely available for countries (and, by extension, currencies), financial institutions, and large corporates. These curves are used to calibrate stochastic interest rate models, discount future cash flows, and price financial products. Yield curves, however, can be readily computed only because of the current size and structure of bond markets. In cryptocurrency mark

Philippe Bergault, Sébastien Bieber, Olivier Guéant, Wenkai Zhang
Wiki Entities · 33
Commodities

Backwardation

Backwardation is a futures curve that falls with tenor — nearby richer than deferred, usually a tightness / convenience-yield story.

Commodities

Commodity Carry

Commodity Carry — Return from rolling futures along the curve — core systematic commodity strategy.

Commodities

Commodity Inventory Financing

Commodity Inventory Financing — Repo-like financing of physical stocks linking curve to rates.

Commodities

Contango

Contango is a futures curve that rises with tenor — deferred contracts richer than nearby, often a storage and rate story.

Commodities

Crude Oil Contango

Crude Oil Contango — Upward-sloping futures curve implying storage economics and weak spot demand.

CTA

CTA Calendar-Spread Sleeve

Trade nearby versus deferred on the same curve — a pure term-structure book, the smallest-beta cousin of commodity RV.

CTA

CTA Relative Value / Spread Trading

Market-neutral futures spreads — calendar, inter-commodity, or intra-curve — a CTA that tries not to own outright direction.

CTA

Intra-Curve Fixed-Income CTA

Steepeners, flatteners, and butterflies on the bond/STIR strip — duration-neutral-ish curve trades as a CTA RV sleeve.

CTA

Long-Volatility CTA

A managed-futures book that is structurally long options or long VIX-curve convexity — pays carry, aims to print in jumps and persistent stress.

CTA

VIX / Volatility-Futures CTA

Trade the VIX curve as a first-class market — trend on VIX, carry on contango, and a respect for inversion — not just an equity hedge overlay.

Derivatives

VIX Futures Term Structure

VIX Futures Term Structure — Curve shape driving roll yield for vol ETNs and systematic short-vol carry.

Desk Slang

Bear Steepener

A bear steepener is a curve move where long yields rise more than front yields (or fronts fall less) as the market prices more term premium, more deficit, or less faith in long-run restraint — and duration loses.

Desk Slang

Behind the Curve

Behind the curve means policy (or a book) is too easy or too slow relative to incoming inflation, growth, or a Taylor-type benchmark — the market is already pricing a catch-up.

Desk Slang

Bull Flattener

A bull flattener is the curve flattening as yields fall, usually because the front end rallies more than the long end into easier policy or a growth scare.

Desk Slang

DV01

DV01 is the dollar value of one basis point: how much the position’s mark changes if the yield (or the curve point you risk on) moves by 0.01%.

Desk Slang

Priced In

Priced in means the event or path is already in the forwards, the curve, or the multiple — so the announcement is not new information unless it surprises that path.

Economics

NAIRU

NAIRU is the unemployment rate consistent with stable inflation — below it, wage/price pressure tends to rise; above it, inflation tends to cool.

Economy

Beveridge Curve

Beveridge Curve — Vacancy-unemployment relationship signaling matching efficiency and structural labor shifts.

Economy

Phillips Curve

Phillips Curve — The relationship between labor market tightness and inflation dynamics, heavily debated in post-pandemic regimes.

Fixed Income

Carry and Roll Down

Carry and Roll Down — Expected return from holding higher-yielding tenor as it rolls down a positively sloped curve.

Fixed Income

Inverted Yield Curve

An inverted curve is short rates above long rates — a market statement about expected cuts, term premium, and sometimes recession risk.

Fixed Income

Key Rate Duration

Key Rate Duration — Bucketed rate sensitivity across curve points for relative-value and hedge construction.

Fixed Income

Steepener Flattener Trade

Steepener Flattener Trade — Curve trades expressing views on growth, inflation, and term premium independently of level.

Fixed Income

Z Spread

Z Spread — Static spread over the government curve capturing credit and liquidity premium.

Macro Policy

Yield Curve

The term structure of interest rates across maturities, used to read growth, liquidity, and stress expectations.

Macro Policy

Yield Curve Control

Yield Curve Control — Official caps on benchmark yields and the distortions they create in RV and cross-market hedging.

Mathematics

Principal Component Analysis

PCA finds orthogonal directions of maximum variance in a covariance (or correlation) matrix — the yield-curve level/slope/butterfly and many equity ‘statistical factors’ are PCA.

Rates

2s10s Treasury Curve

The 2s10s Treasury curve measures the spread between 10-year and 2-year Treasury yields and is a key indicator of growth expectations, policy path, and term structure dynamics.

Rates

3M10Y Treasury Curve

The 3M10Y Treasury curve compares 10-year Treasury yields with 3-month Treasury bill yields and is closely watched as a recession and policy-cycle indicator.

Rates

Eurodollar Futures Legacy

Eurodollar Futures Legacy — Legacy CME short-rate futures still relevant for curve history.

Strategies

Exploiting Term Structure of VIX Futures

Trade the VIX curve — short steep contango, respect backwardation — a roll-yield book in vol futures.

Strategies

Skewness Effect in Commodities

Prefer commodity futures with more attractive skewness (or fade lottery-like positive skew) — a moment factor in the curve complex.

Strategies

Term Structure Effect in Commodities

Long commodities in backwardation (positive roll yield) and short those in contango — harvest the curve, not the spot headline.

Option Blackboard · 0
No Option Blackboard entries matched.
Encyclopedia · 24
Rates · Foundations

2s10s Treasury Curve

The 2s10s Treasury curve measures the spread between 10-year and 2-year Treasury yields and is a key indicator of growth expectations, policy path, and term structure dynamics.

Rates · Foundations

3M10Y Treasury Curve

The 3M10Y Treasury curve compares 10-year Treasury yields with 3-month Treasury bill yields and is closely watched as a recession and policy-cycle indicator.

Commodities · Foundations

Backwardation

Backwardation is a futures curve that falls with tenor — nearby richer than deferred, usually a tightness / convenience-yield story.

Desk Slang · Foundations

Bear Steepener

A bear steepener is a curve move where long yields rise more than front yields (or fronts fall less) as the market prices more term premium, more deficit, or less faith in long-run restraint — and duration loses.

Desk Slang · Foundations

Behind the Curve

Behind the curve means policy (or a book) is too easy or too slow relative to incoming inflation, growth, or a Taylor-type benchmark — the market is already pricing a catch-up.

Economy · Foundations

Beveridge Curve

Beveridge Curve — Vacancy-unemployment relationship signaling matching efficiency and structural labor shifts.

Desk Slang · Foundations

Bull Flattener

A bull flattener is the curve flattening as yields fall, usually because the front end rallies more than the long end into easier policy or a growth scare.

Fixed Income · Foundations

Carry and Roll Down

Carry and Roll Down — Expected return from holding higher-yielding tenor as it rolls down a positively sloped curve.

Commodities · Foundations

Commodity Carry

Commodity Carry — Return from rolling futures along the curve — core systematic commodity strategy.

Commodities · Foundations

Commodity Inventory Financing

Commodity Inventory Financing — Repo-like financing of physical stocks linking curve to rates.

Commodities · Foundations

Contango

Contango is a futures curve that rises with tenor — deferred contracts richer than nearby, often a storage and rate story.

Commodities · Foundations

Crude Oil Contango

Crude Oil Contango — Upward-sloping futures curve implying storage economics and weak spot demand.

CTA · Foundations

CTA Calendar-Spread Sleeve

Trade nearby versus deferred on the same curve — a pure term-structure book, the smallest-beta cousin of commodity RV.

CTA · Foundations

CTA Relative Value / Spread Trading

Market-neutral futures spreads — calendar, inter-commodity, or intra-curve — a CTA that tries not to own outright direction.

Desk Slang · Foundations

DV01

DV01 is the dollar value of one basis point: how much the position’s mark changes if the yield (or the curve point you risk on) moves by 0.01%.

Rates · Foundations

Eurodollar Futures Legacy

Eurodollar Futures Legacy — Legacy CME short-rate futures still relevant for curve history.

Strategies · Foundations

Exploiting Term Structure of VIX Futures

Trade the VIX curve — short steep contango, respect backwardation — a roll-yield book in vol futures.

CTA · Foundations

Intra-Curve Fixed-Income CTA

Steepeners, flatteners, and butterflies on the bond/STIR strip — duration-neutral-ish curve trades as a CTA RV sleeve.

Fixed Income · Foundations

Inverted Yield Curve

An inverted curve is short rates above long rates — a market statement about expected cuts, term premium, and sometimes recession risk.

Fixed Income · Foundations

Key Rate Duration

Key Rate Duration — Bucketed rate sensitivity across curve points for relative-value and hedge construction.

CTA · Foundations

Long-Volatility CTA

A managed-futures book that is structurally long options or long VIX-curve convexity — pays carry, aims to print in jumps and persistent stress.

Economy · Foundations

Phillips Curve

Phillips Curve — The relationship between labor market tightness and inflation dynamics, heavily debated in post-pandemic regimes.

Desk Slang · Foundations

Priced In

Priced in means the event or path is already in the forwards, the curve, or the multiple — so the announcement is not new information unless it surprises that path.

Mathematics · Foundations

Principal Component Analysis

PCA finds orthogonal directions of maximum variance in a covariance (or correlation) matrix — the yield-curve level/slope/butterfly and many equity ‘statistical factors’ are PCA.

Cards · 1
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