Identifying disease-disease associations (DDAs) is critical in medicine and systems biology, providing valuable insights into the complex relationships among different diseases. Recent advances in systems biology and ...
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The proceedings contain 56 papers. The topics discussed include: a first look at cellular network performance during crowded events;characterizing and modeling the impact of wireless signal strength on smartphone batt...
ISBN:
(纸本)9781450319003
The proceedings contain 56 papers. The topics discussed include: a first look at cellular network performance during crowded events;characterizing and modeling the impact of wireless signal strength on smartphone battery drain;a large-scale service system with packing constraints: minimizing the number of occupied servers;online energy generation scheduling for microgrids with intermittent energy sources and co-generation;root cause detection in a service-oriented architecture;the design space of probing algorithms for network-performance measurement;scheduling of users with Markovian time-varying transmission rates;exact analysis of the M/M/k/setup class of Markov chains via recursive renewal reward;stochastic modeling of large-scale solid-state storage systems: analysis, design tradeoffs and optimization;quantifying the benefits of joint content and network routing;and on understanding the energy consumption of arm-based multicore servers.
This research paper discusses the reliability analysis of Direct Current (DC) Electric Vehicle (EV) charging stations, focusing on their crucial role in advancing sustainable transportation. Utilizing Continuous Marko...
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With the continuous increase of functions of the software system, a highly trustworthy software system can help users solve problems in daily life better. How to evaluate a software system's trustworthiness has be...
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ISBN:
(数字)9798331540043
ISBN:
(纸本)9798331540050
With the continuous increase of functions of the software system, a highly trustworthy software system can help users solve problems in daily life better. How to evaluate a software system's trustworthiness has become an important problem in software engineering. Based on subjective and objective weights, this paper proposes a method to calculate the trustworthiness of components. Firstly, based on spherical fuzzy sets, expert weights are determined by expert similarity, and the subjective weights of component attributes are obtained by combining expert weights with the evaluation of component attributes by experts. Secondly, the initial variance of component attributes is improved, and the objective weight of component attributes is calculated by using the improved variance method. Furthermore, combining the subjective and objective weights, the component attribute weight distribution method is proposed, and then the component trustworthiness measurement model is established. Finally, the component’s trustworthiness in the cross-border medical management system project is evaluated to show the rationality of the measurement model.
This study investigated the characteristics of data clumps in UML class diagrams. Data clumps are group of variables which appear together in multiple locations. In this study we compared the data clumps characteristi...
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Heavy rainfall often triggers urban flood disasters, which are the primary natural calamity encountered by cities. These events not only have a significant impact on urban transportation but also jeopardize the safety...
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Diabetes has become a global health concern, posing risk to millions of individuals. Managing dietary consumption is crucial for the overall health of diabetic patients. Traditional methods of monitoring food intake c...
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The charge point design based on the rectangular self convolution window algorithm data measurement is to use the rectangular self convolution window to measure the electric field strength in a certain area. This meth...
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Locomotion interfaces for virtual environments remain an active field of research. Walk-in-place (WIP), where the intent to move is communicated to the system by taking steps on the spot, provides a realistic experien...
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ISBN:
(数字)9781665434454
ISBN:
(纸本)9781665434454
Locomotion interfaces for virtual environments remain an active field of research. Walk-in-place (WIP), where the intent to move is communicated to the system by taking steps on the spot, provides a realistic experience to the user without being confined to a limited tracking area. The proposed systems found in the literature have complex setups, require bulky hardware, and use closed source software, which makes reproduction of the results as well as follow-up research difficult or impossible. We propose an easy-to-build wireless WIP system based on consumer grade electronic components which is versatile, affordable, and extensible. We use the rotation and position data of inertial measurement units attached to the user's left and right shin, perform signal processing directly on the device, and show how to use this data for continuous movement in a virtual environment. Our locomotion interface uses a state machine and features low start and stop latencies as well as the detection of foot gestures for rotation and sideward movements. The proposed device is small enough to be mounted on a pair of shin guards. We developed an exercise application to proof that our system works in a practical scenario, where the user moves through a virtual environment by using her/his legs only. We publish building plans of the device and make our software open source in order to make our results replicable and allow for follow-up research.
The advent of high-throughput transcriptomic technologies has generated vast transcriptomic datasets, challenging current analytical methodologies with their sheer volume and complexity. The Grouping-Scoring modeling ...
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