A great deal of academic and theoretical work has been dedicated to optimal liquidation of large orders these last twenty years. The optimal split of an or-der through time (‘optimal trade scheduling’) and space (‘smart order routing’) is of high interest to practitioners because of the increasing complexity of the mar-ket micro structure because of the evolution recently of regulations and liquidity worldwide. This chapter translates into quantitative terms these regulatory issues and, more broadly, current market design. It relates the recent advances in optimal trading, order-book simulation an
Optimal execution of large orders is examined within the technical framework of High-Frequency Tradi...
Purpose – Algorithmic trading attempts to reduce trading costs by se...
This chapter examines the role of algorithmic trading in modern financial markets. Additionally, or...
In this thesis we examine optimal execution models that take into account both market microstructure...
In this paper, we study the economic relevance of optimal liquidation strategies by calibrating a re...
Abstract: A model is proposed to study optimal trading strategies in a limit order book, as typicall...
International audienceWe propose a microstructural modeling framework for studying optimal market ma...
International audienceIn this research, we develop a trading strategy for the optimal liquidation pr...
Abstract Algorithmic trading refers to the automatic and rapid trading of large quantities with orde...
This paper examines the role of algorithmic trading in modern financial markets. Additionally, order...
Liquidity trading is an important component of market microstructure models. In most cases, its role...
A standard presumption of market microstructure models is that competition between risk neutral mark...
We study optimal liquidity trading in a framework where trade size has a price impact. A liquidity t...
This paper addresses the optimal scheduling of the liquidation of a portfolio using a new angle. Ins...
International audienceThis paper addresses the optimal scheduling of the liquidation of a portfolio ...
Optimal execution of large orders is examined within the technical framework of High-Frequency Tradi...
Purpose – Algorithmic trading attempts to reduce trading costs by se...
This chapter examines the role of algorithmic trading in modern financial markets. Additionally, or...
In this thesis we examine optimal execution models that take into account both market microstructure...
In this paper, we study the economic relevance of optimal liquidation strategies by calibrating a re...
Abstract: A model is proposed to study optimal trading strategies in a limit order book, as typicall...
International audienceWe propose a microstructural modeling framework for studying optimal market ma...
International audienceIn this research, we develop a trading strategy for the optimal liquidation pr...
Abstract Algorithmic trading refers to the automatic and rapid trading of large quantities with orde...
This paper examines the role of algorithmic trading in modern financial markets. Additionally, order...
Liquidity trading is an important component of market microstructure models. In most cases, its role...
A standard presumption of market microstructure models is that competition between risk neutral mark...
We study optimal liquidity trading in a framework where trade size has a price impact. A liquidity t...
This paper addresses the optimal scheduling of the liquidation of a portfolio using a new angle. Ins...
International audienceThis paper addresses the optimal scheduling of the liquidation of a portfolio ...
Optimal execution of large orders is examined within the technical framework of High-Frequency Tradi...
Purpose – Algorithmic trading attempts to reduce trading costs by se...
This chapter examines the role of algorithmic trading in modern financial markets. Additionally, or...