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kristopherpaul/README.md

Kris

Algo/ML at Trading firms

what I build

  • SimTPU: cycle-aware, configurable TPU simulator in Rust for architectural experimentation
  • CppLOB: C++23 limit order book with runtime and compile-time implementations
  • Causalis: OCaml-embedded causal signal calculus and compiler for systematic trading strategies
  • RISC‑V Emulator: C‑based RISC-V emulator
  • OSL Compiler: full lexer → parser → resolver → codegen; docs
  • improvedPLBF: ML-augmented Bloom filters

why it matters

Systems should be fast, precise, and built with intent
I care about things that scale, generalize, and last

cred

  • CP Hall of Fame, SnackDown finalist, CodeChef 6★, CF Candidate Master, IOITC finalist @ 13 years old; cphof
  • Published at ICON ’22; google scholar

Explore my repos. If you're building something non‑trivial, reach out.

Pinned Loading

  1. SimTPU SimTPU Public

    A cycle-aware, configurable TPU simulator written in Rust. Instruction fetch/decode/execute, systolic PE arrays, and explicit hardware state, built for architectural experimentation

    Rust 1

  2. CppLOB CppLOB Public

    C++23 Limit Order Book with runtime low-latency and compile-time implementations, sharing one price-time-priority semantic contract

    C++

  3. Causalis Causalis Public

    An OCaml-embedded causal signal calculus and compiler for describing, compiling, and executing systematic trading strategies

    OCaml

  4. RISC-V RISC-V Public

    This project proposes the design and implementation of a RISC-V emulator in C capable of running a minimal operating system, specifically the xv6 (a tiny Unix-like OS).

    C

  5. mshandilya/improvedPLBF mshandilya/improvedPLBF Public

    This project contains three Python files that implement Turbo Partitioned Learned Bloom Filters (TurboPLBF) and Differentiable Partitioned Learned Bloom Filters (DiffPLBF). These are improved PLBF …

    Python 5

  6. mshandilya/osl. mshandilya/osl. Public

    C++ 2