Further Developments

Claus Kiefer

Abeer Abdulaziz Alsanad, Muhammad Azeem Akbar

Abstract In the context of quantum software development, DevOps for quantum software development for quantum software development emerges as a crucial set of collaborative practices geared towards automating the seamless delivery of software updates, all while reducing development cycles and ensuring high-quality products. Yet, the integration of development and operational teams poses unique challenges, demanding the amalgamation of diverse processes, tools, and skill sets. This study undertakes the task of crafting a taxonomy of quantum DevOps for quantum software development for quantum software development best practices using a multicriteria decision process. Through a systematic literature review, we identify and document these best practices, complemented by industry insights gathered via a questionnaire survey. Employing the fuzzy-AHP technique, we prioritize these practices to empower organizations to assess and enhance their quantum DevOps for quantum software development for quantum software development operations, paving the way for more efficient and quality-focused quantum software development.

Jungsang Kim, Seema Somani, Y. Yamamoto

Francesco Ceccon, Ruth Misener, Radu Baltean-Lugojan +1 more

GALINI targets two types of users:s End Users: users solving MIQCQP application instances.s Developers: researcher developing new algorithms.Algorithm developers work on specific parts of the GALINI branch & cut algorithm, while solver developers develop new solvers by combining difFerent components.This presentation targets an audience of algorithm and solver developers.

Michael A. Taylor

Fengxiang Zhang

Science development suffers from science development fault, which is recognized from the research of quantum computers and quantum communication. Normally, the process of science development should be continuous; in another words, the latter is the extension of the former. Then science development fault is proposed to describe the case against the normal situation. It means that the former ends while the latter starts on a new base. This paper describes two science development faults and then predicts that the third science development fault probably comes from the field of quantum computers and quantum communication.