The proceedings contain 56 papers. The topics discussed include: speed limit camera monitoring/tracking system using SaaS cloud computing module and GPS;optimal and near optimal solutions for multi objective function ...
ISBN:
(纸本)9781728152493
The proceedings contain 56 papers. The topics discussed include: speed limit camera monitoring/tracking system using SaaS cloud computing module and GPS;optimal and near optimal solutions for multi objective function on a single machine;a genetic algorithm for solving an optimization problem: decision making in project management;pectoral muscles removal in mammogram image by hybrid bounding box and region growing algorithm;implementing a super decisions software (SDS) in a transport sector;tracking ball in soccer game video using extended kalman filter;fuzzy logic controller based shunt active power filter for current harmonic compensation;and optic disc segmentation in retinal fundus images using morphological techniques and intensity thresholding.
This paper presents an energy-efficient stochastic computing (SC) architecture tailored for neural network applications on FPGA platforms. The proposed architecture integrates a Bayesian neural network (BNN) computati...
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A soft robot has a significant advantage regarding its locomotion that it can change its shape passively based on its path shape variations. In this study, we adopt reservoir computing (RC), a kind of recurrent neural...
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As blockchain technology is widely applied across various fields, the performance requirements of blockchain systems, such as throughput and transaction latency, are increasing. In this context, blockchain systems hav...
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Nowadays, the surveillance system performing as an indispensable part for modern industrial Internet has attracted much attention. With the continuous progress of microprocessor technology, sensor technology, particul...
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This study delves into the crucial issue of reducing energy consumption within green computing by examining the energy usage of well-known applications and comparing them based on their complexity. Utilizing PowerAPI,...
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After adopting 5G technology, businesses and academia have started working on sixth-generation wireless networking (6G) technologies. Mobile communications options are expected to expand in areas where previous genera...
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The software industry is characterized by an environment of uncertainty, high volatility, and constant change. This context has shaped the industry, its components, and actors, generating methodologies capable of meet...
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Natural Language Processing (NLP) systems rely heavily on prompt engineering to enhance performance. This study evaluates various prompt techniques across different sizes of the Gemini API models ('small', ...
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In the contemporary context of quantum computing, the availability of quantum computing platforms through cloud services is increasing, which has democratized access to this technology. This is generating interest in ...
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ISBN:
(纸本)9789819608072;9789819608089
In the contemporary context of quantum computing, the availability of quantum computing platforms through cloud services is increasing, which has democratized access to this technology. This is generating interest in the industry and the scientific community. However, the increasing demand for access to quantum computers is facing limited resource availability, leading to prolonged waiting times for users and high execution costs. Leveraging the under-utilization, it has already been shown that it is possible to optimize the use of current QPUs by scheduling quantum tasks, and the generated noise does not significantly affect the results. This can be achieved concretely by combining circuits. To this end, the main objective of this work is to define and validate three circuit scheduling policies for the QCRAFT Scheduler, improving the efficiency of QPU utilization and reducing both waiting times and associated task execution costs. A validation of each of the policies has been performed, achieving an average cost reduction of 83.67% and an average task reduction of 84.20% concerning the single execution of the same circuits.
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