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UID:submissions.supercomputing.org_SC20_sess194@linklings.com
SUMMARY:First International Workshop on Quantum Computing Software
DESCRIPTION:Workshop\n\nFirst International Workshop on Quantum Computing 
 Software – Break\n\n\n\n---------------------\nFirst International Worksho
 p on Quantum Computing Software - Break\n\nHumble\n\n---------------------
 \nFirst International Workshop on Quantum Computing Software – Lunch\n\n\n
 \n---------------------\nFirst International Workshop on Quantum Computing
  Software – Concluding Remarks\n\nde Jong\n\n---------------------\nJuQBox
 : A Quantum Optimal Control Toolbox In Julia\n\nGarcia, Petersson, DuBois\
 n\nWe consider the quantum optimal control problem for realizing logical g
 ates in closed quantum systems, briefly motivate the numerical methods to 
 perform the optimization, and introduce the JuQBox software toolbox where 
 these methods are implemented in the Julia programming language.\n\n------
 ---------------\nLEAP: Scaling Numerical Optimization Based Synthesis Usin
 g an Incremental Approach\n\nSmith, Davis, Larson, Iancu\n\nWe present tec
 hniques for incremental synthesis of quantum circuits using numerical opti
 mization and search.  We demonstrate that this approach scales up to 6 qub
 its.\n\n---------------------\nIntroduction: First International Workshop 
 on Quantum Computing Software\n\nHumble, Pakin, McGuigan, Alexeev, Kowalsk
 i...\n\nQuantum computing is emerging as a remarkable technology that prom
 ises to achieve major scientific breakthroughs. This includes solving comp
 lex problems whose solutions lie well beyond contemporary and even future 
 supercomputers based on conventional technologies. Interacting with these 
 quantum comp...\n\n---------------------\nQuantum Algorithms for Quantum S
 oftware\n\nWiebe\n\n---------------------\nVisualizing High-Level Quantum 
 Programs\n\nBrown, Granade, Heim, Koh, Larabi...\n\nComplex quantum progra
 ms will require programming frameworks with many of the same features as c
 lassical software development, including tools to visualize the behavior o
 f programs and diagnose any issues encountered. We present new visualizati
 on tools being added to the Microsoft Quantum Developmen...\n\n-----------
 ----------\nLogic Formulas as Program Abstractions for Quantum Circuits: A
  Case Study in Noisy Variational Algorithm Simulation\n\nHuang, Holtzen, M
 illstein, Van den Broeck, Martonosi\n\nExisting quantum circuit simulators
  do not address the traits of variational algorithms, namely:\n\n1) their 
 ability to work with noisy qubits and operations,\n2) their repeated execu
 tion of the same circuits but with different parameters, and\n3) the fact 
 that they sample from circuit final wavefunctio...\n\n--------------------
 -\nQuantum Control Infrastructure Software for Lab and Cloud-Based Quantum
  Computers\n\nBiercuk, Ball, Carvalho, Hush, Slatyer...\n\n---------------
 ------\nXACC: A Service-Oriented Software Architecture for Quantum Computi
 ng\n\nClaudino, Santana, Kharazi, McCaskey\n\nWe present a service-oriente
 d software architecture for the prototypical quantum-classical programming
 , compilation, and execution workflow. Specifically, we detail the interna
 l architecture of XACC, a software framework that exposes core service (pl
 ugin) interfaces in C++ for quantum languages, com...\n\n-----------------
 ----\nArQTiC: A Full-Stack Software Package for Dynamic Simulations of Mat
 erials on Quantum Computers\n\nBassman, de Jong, Powers\n\nArQTiC is a dom
 ain-specific full-stack software package built for the dynamic simulations
  of materials on quantum computers. Its main contributions include providi
 ng a software library for high-level programming of such simulations on qu
 antum computers, and providing post-processing capabilities tha...\n\n----
 -----------------\nQubiC - Qubits Control Systems at LBNL\n\nHuang, Xu, Ba
 lewski\n\nUnderstanding and having access to the full electronics hardware
  and software stack of superconducting qubits control systems are essentia
 l to the system level optimization and scalability. We developed QubiC - a
 n open source FPGA-based RF pulse generation, synchronization, and detecti
 on system for ...\n\n---------------------\nA QUBO Formulation for Qubit A
 llocation\n\nDury, Di Matteo\n\nTo run an algorithm on a quantum computer,
  one must choose an assignment from logical qubits in a circuit to physica
 l qubits on quantum hardware.  This task of initial qubit placement, or qu
 bit allocation, is especially important on present-day quantum computers w
 hich have a limited number of qubits...\n\n---------------------\nTensor N
 etwork Quantum Virtual Machine for Exascale Computing\n\nNguyen, Liakh, Du
 mitrescu, McCaskey\n\nNumerical simulation of large quantum circuits is an
  indispensable tool for validating near-term quantum devices as well as st
 udying quantum algorithms. The emergence of Exascale HPC systems presents 
 new opportunities for pushing the boundaries of quantum simulation. We pre
 sent a modernized version ...\n\n---------------------\nQASMBench: An Open
 QASM Benchmark Suite for NISQ Evaluation and Simulation\n\nLi, Fang, Krish
 namoorthy\n\nThe rapid development of quantum computing in the NISQ era ur
 gently demands a low-level benchmark suite for conveniently evaluating and
  verifying the properties of selective prototype hardware, the efficiency 
 of different assemblers, optimizers and schedulers, the robustness of dist
 inct error correc...\n\n---------------------\nUsing Pygsti for Quantum Pr
 ocessor Characterization and Benchmarking\n\nNielsen, Proctor, Rudinger, Y
 oung, Blume-Kohout\n\nPygsti is a software package built to assess the per
 formance of quantum computing processors. It implements algorithms organiz
 ed into a variety of quantum characterization, verification, and validatio
 n (QCVV) protocols. These protocols are applied to as-built quantum proces
 sors by executing a prescr...\n\n---------------------\nLarge-Scale Parall
 el Tensor Network Quantum Simulator\n\nLykov, Schutski, Vinokour, Alexeev\
 n\nIn this work, we present a new large-scale parallel quantum circuit sim
 ulator.  It is based on the tensor network contraction technique to repres
 ent quantum circuits.  We propose a novel late parallelization algorithm t
 o split tensor expressions.  By using our MPI/OpenMP parallelization schem
 e, we h...\n\n\nTag: Quantum Computing\n\nRegistration Category: Workshop 
 Reg Pass
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