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Results for “routing” · papers 14 · wiki 2
Academic Papers · 14arXiv q-fin live 0 · desk corpus 14
arXiv · arXiv · 2026

Routing Frictions and Executable Liquidity in Fragmented Markets

Public blockchains can make many trading venues simultaneously visible and mechanically reachable, yet an order still has to pay to activate each additional venue: technological connectivity need not translate into economically integrated execution. Automated-market-maker (AMM) pools make this gap directly measurable, because exact pre-trade venue states, transaction-level routing costs, and realized venue use can be

Wen-Ting Wang
arXiv · arXiv · 2023

An Efficient Algorithm for Optimal Routing Through Constant Function Market Makers

Constant function market makers (CFMMs) such as Uniswap have facilitated trillions of dollars of digital asset trades and have billions of dollars of liquidity. One natural question is how to optimally route trades across a network of CFMMs in order to ensure the largest possible utility (as specified by a user). We present an efficient algorithm, based on a decomposition method, to solve the problem of optimally exe

Theo Diamandis, Max Resnick, Tarun Chitra, Guillermo Angeris
arXiv · arXiv · 2022

Order routing and market quality: Who benefits from internalisation?

We analyse two models of liquidity provision to determine the retail traders' preference for marketable order routing. Order internalization is captured by a model of market makers competing for the retail order flow in a Bertrand fashion. On the other hand, the price-taking competitive liquidity providers characterize the open exchange model. We show that, when liquidity providers are risk averse, routing of the mar

Umut Çetin, Alaina Danilova
arXiv · arXiv · 2026

Quantifying Sub-Optimality in Routing for Automated Market Makers

We provide a large-scale empirical audit of DEX routing using 2.98 million WETH-USDC swaps on Ethereum. Comparing realized routes with optimized benchmarks, we measure an average shortfall of 2.02 bps per trade or \$24 million. To attribute losses, we introduce three reproducible optimal benchmarks: a Support-Constrained Optimum (SCO) that evaluates split quality conditional on the pools actually used; a Full-Venue O

Weiye Xi, Ciamac C. Moallemi
arXiv · arXiv · 2026

Adaptive rerouting reshapes impacts of maritime chokepoint disruptions

Maritime chokepoints concentrate shipping traffic. Disruptions to this traffic can have a widespread impact on the global economy. However, the way in which these impacts are shaped by the shipping sector's adaptive behavior is not well understood. Here, we introduce an empirically calibrated full-scale agent-based model of the global commercial shipping fleet, representing 35,954 active ships moving among 1,651 port

Mitja Devetak, Jasper Verschuur, Peter Klimek
arXiv · arXiv · 2025

MM-ARC: Multimodal Adaptive Routing of Capital with Robustness-Audited Strategy Pools

Financial trading systems must convert multimodal market history into executable positions while limiting overfitting from repeated strategy search. We introduce MM-ARC (MultiModal Adaptive Routing of Capital), which routes capital across trend, reversal, breakout, and exposure-control experts using aligned chart, numerical, and technical-text views. Within each market, regime-conditioned strategy pools are shared wi

Yang Chen, Yuchen Cao, Jacky Keung, Leilei Gan, Kun Kuang
arXiv · arXiv · 2025

LLM-Based Routing in Mixture of Experts: A Novel Framework for Trading

Recent advances in deep learning and large language models (LLMs) have facilitated the deployment of the mixture-of-experts (MoE) mechanism in the stock investment domain. While these models have demonstrated promising trading performance, they are often unimodal, neglecting the wealth of information available in other modalities, such as textual data. Moreover, the traditional neural network-based router selection m

Kuan-Ming Liu, Ming-Chih Lo
arXiv · arXiv · 2026

Causal Effects of Protocol-Fee Changes on Liquidity Provision in Automated Market Makers

Automated market maker (AMM) fee rules are often evaluated by liquidity-provider (LP) welfare, but that objective mixes fee revenue, adverse-selection loss (loss-versus-rebalancing, LVR), routing response, and liquidity supply. Fixed-fee Uniswap v3 history cannot separate these channels or identify counterfactual trader-facing dynamic-fee rules. Real fee-related variation nonetheless exists: the Uniswap protocol-fee

Wen-Ting Wang
arXiv · arXiv · 2013

Market Microstructure Knowledge Needed for Controlling an Intra-Day Trading Process

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 order through time (`optimal trade scheduling') and space (`smart order routing') is of high interest \rred{to} practitioners because of the increasing complexity of the market micro structure because of the evolution recently of regulations and liquidity worldwide.

Charles-Albert Lehalle
arXiv · arXiv · 2010

Liquidity in Credit Networks: A Little Trust Goes a Long Way

Credit networks represent a way of modeling trust between entities in a network. Nodes in the network print their own currency and trust each other for a certain amount of each other's currency. This allows the network to serve as a decentralized payment infrastructure---arbitrary payments can be routed through the network by passing IOUs between trusting nodes in their respective currencies---and obviates the need f

Pranav Dandekar, Ashish Goel, Ramesh Govindan, Ian Post
arXiv · arXiv · 2026

Multi-Currency AMMs for Decentralized FOREX Markets: Feasibility & Optimal Design

Most currency pairs lack a direct liquid market, so international foreign exchange relies on routing transactions through a dominant vehicle currency. Multi-currency automated market makers (AMMs) offer an alternative by sharing liquidity across many currency pairs, facilitating direct cross-currency trade while exploiting liquidity consolidation. This paper studies a multi-currency pool design that minimizes trading

Reina Ke Xin Li, Andreas Park, Andreas Veneris, Srisht Fateh Singh
arXiv · arXiv · 2026

Reinforcement Learning for Execution under Dynamic Fees in a Closed-Loop DEX Simulator

Trader-facing dynamic fees are increasingly proposed for automated market makers (AMMs), but historical data do not identify how order flow would respond: trader-facing fees do not vary, trader types are latent, and a replayed tape is not a sequential decision environment. We therefore construct a minimal closed-loop simulator in which the missing signal exists by construction: two constant-product pools repriced by

Wen-Ting Wang
arXiv · arXiv · 2025

How Digital Asset Treasury Companies Can Survive Bear Markets: The Case of the Strategy and Bitcoin

Digital Asset Treasury (DAT) companies, public firms that hold large crypto reserves as a core strategy, deliver levered exposure to digital assets but face acute downside risk when equity premia over net asset value multiples (mNAV) compress in bear markets. This paper develops a survival framework that couples conservative treasury policy with an operating line that monetizes holdings independent of mark-to-market

Hongzhe Wen
arXiv · arXiv · 2023

Dynamic Function Market Maker

Decentralised automated market makers (AMMs) have gained significant attention recently. We propose an adaptive and automated Dynamic Function Market Maker (DFMM) that addresses challenges in this space. Our DFMM protocol includes a data aggregator and an order routing mechanism. It synchronises price-sensitive market information, asserting the principle of one price, and ensuring market efficiency. The data aggregat

Arman Abgaryan, Utkarsh Sharma
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