Over the past decade, electronic trading in financial markets has seen a rise in technological advancements. While foreign exchange (FX) and equities trading benefit from high demand and abundant data, the fixed-income asset class faces resistance due to credit traders’ reluctance and liquidity constraints. The FX and equities traders leverage Smart Order Routing (SOR) algorithms for efficient order execution, a practice not widely adopted in fixed-income trading. This paper introduces the Fixed Income Order Route (FIOR) problem, addressing multi-venue order routing challenges in the trading of fixed income securities. We propose a unique strategy that demonstrates pathfinding through a combination of optimization methodologies and evaluate the strategy in a simulated market environment.

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Navigating Smart Order Routing in Fixed Income Trading with Linear Programming and Dijkstra’s Algorithm

  • Cassel Robson,
  • Marko Misic,
  • Erika Capper,
  • Mila Cvetanovska,
  • Majid Ghasemi,
  • Fadi Alzhouri,
  • Dariush Ebrahimi

摘要

Over the past decade, electronic trading in financial markets has seen a rise in technological advancements. While foreign exchange (FX) and equities trading benefit from high demand and abundant data, the fixed-income asset class faces resistance due to credit traders’ reluctance and liquidity constraints. The FX and equities traders leverage Smart Order Routing (SOR) algorithms for efficient order execution, a practice not widely adopted in fixed-income trading. This paper introduces the Fixed Income Order Route (FIOR) problem, addressing multi-venue order routing challenges in the trading of fixed income securities. We propose a unique strategy that demonstrates pathfinding through a combination of optimization methodologies and evaluate the strategy in a simulated market environment.