Overview
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Learn how quantum circuit compilation works in Qiskit through this 46-minute lecture from the Qiskit Global Summer School. Explore the powerful optimizing compiler capabilities of Qiskit's transpiler, understanding circuit transformations and analysis performed during compilation. Dive into essential topics including terminology, hardware constraints, connectivity limitations, transpiler graph representation, and various optimization passes like Layout, Single Cubit UPO, Two Cubit UPO, and Commutative Cancellation. Gain practical insights into quantum circuit compilation through hands-on examples, with access to accompanying labs and solutions available on GitHub. Part of a comprehensive two-week summer program aimed at preparing researchers and developers for the emerging era of quantum utility, this lecture delivers fundamental knowledge necessary for exploring quantum computing applications.
Syllabus
Introduction
Terminology
Why Quantum Circuit Compilation
Constraints on Quantum Hardware
Connectivity Limitations
Transpiler Graph Representation
Init Stage
Layout Passes
Single Cubit UPO
Two Cubit UPO
Commutative Cancellation Pass
Scheduling
Taught by
Qiskit