Decoherence is the process in which a system in a quantum state collapses into a nonquantum state. It can be intentionally triggered by measuring a quantum system or by other environmental factors (sometimes these factors trigger it unintentionally). Decoherence allows quantum computers to provide mea...
waves in brain activities attracts significant attention54. The understanding of neuromorphic functions in terms of waves interaction become increasingly more important with development of quantum AI and quantum reservoir computing55,56,57,58, where waves phenomena play the prime role. All this indicates...
Because of multiple factors related to a lower magnetic field, the Mini ones have slightly worse control performance and a shallower circuit depth [48, 49]. In spite of this, they are still very good tools for demonstrating the basic ideas of quantum gates and quantum algorithms. Most of ...
Our host agent is implemented in Python. It is responsible for all slow path tasks at the hosts: logging outgoing packets, tracking the order of packets reported by the edge, receiving snapshots, and restarting sessions in case of a failure. The agent communicates with its corresponding edge ru...
We formalize the task offloading issue in the Sat-MEC scenario as a MDP, using the Satellite Tool Kit (STK) to model the spatial information of the LEO satellite. Additionally, we used Python to model the simulation of the Sat-MEC environment, where we consider task heterogeneity and server...
In such context, the task scheduling optimization problem can be formulated as an Integer Linear Programming (ILP) [5] which belongs to the complexity class of NP-hard [6]. It should be noted that in such problems, finding an optimal solution within a polynomial computational time is not ...
In particular, Copperhead [161] and Lime [162] are programming languages with a high level of abstraction, similar to Python and Java. Such languages do not require users to specify explicit data layout, communication, and synchronization. Similarly, Intel's Merge (a MapReduce-like heterogeneous...
For example, QuNetSim (DiAdamo et al., 2021) is a Python software framework that is capable of managing quantum circuits to simulate processing and transmission of quantum information via quantum networks. Fig. 1 shows that in order to enable quantum software applications to utilise quantum ...
Virtanen P et al (2020) Fundamental algorithms for scientific computing in python SciPy 1.0. Nat Methods 17:261–272. https://doi.org/10.1038/s41592-019-0686-2 Article Google Scholar Carrettoni M, Cremonesi O (2010) Generation of noise time series with arbitrary power spectrum. Comput Phys...
Quantum computing is revolutionizing computational methods in finance by enhancing efficiency and accuracy in financial modeling and risk management. This review explores the impact of quantum computing in finance, focusing on derivative pricing, risk management, and portfolio optimization. It analyzes the ...