Enhancing Temporal Quantum Coherence in Graphene-Based Superconducting Circuits

JGC Ramírez - … Journal of Applied Machine Learning and …, 2021 - neuralslate.com
Temporal quantum coherence is essential for the successful operation of quantum
computers, and graphene-based superconducting circuits offer a promising platform for …

Integrating AI and NISQ Technologies for Enhanced Mobile Network Optimization

JGC Ramírez - Quarterly Journal of Emerging Technologies and …, 2020 - vectoral.org
The relentless progression towards fifth generation (5G) and the impending transition
towards sixth-generation (6G) mobile networks are characterized by their ability to deliver …

Mixed-integer linear programming model for production planning: A case study at sawn timber production

O Riskadayanti, M Hisjam… - Jurnal Teknik …, 2020 - ejournal.umm.ac.id
The sawmill industry is an industry that processes logs into sawn timber products through
several processes to maximize profits and meet customer demand. The process involves …

Theoretical Exploration of Two-Dimensional Materials for Quantum Computing Applications

JGC Ramírez, M Kamal - Journal of Intelligent Connectivity and …, 2023 - questsquare.org
In the burgeoning field of quantum computing, the search for scalable and efficient platforms
is paramount. This study extends the groundbreaking research initiated by Hao, Lu, and …

[PDF][PDF] Self-Hosted Quantum Program Optimization

L Heeger - 2020 - cs.rochester.edu
We propose a system to optimize quantum programs using quantum computing hardware to
augment the optimization process. Current limitations of quantum computing hardware …

Optimalisasi Produksi Kayu Gergajian dengan Mempertimbangkan Main Product dan Side Product menggunakan Metode Linear Programming (Studi Kasus: IK …

O Riskadayanti - 2020 - digilib.uns.ac.id
Industri penggergajian kayu merupakan industri yang mengolah kayu bundar atau kayu log
menjadi kayu gergajian atau raw sawn timber (RST) yang siap digunakan melalui beberapa …