scispace - formally typeset
Search or ask a question

Answers from top 7 papers

More filters
Papers (7)Insight
Furthermore, it can be used with many available network and physics simulators by making use of our proposed interface.
Quantitative and qualitative experiments demonstrate the promising performance of VPC-Net and show state-of-the-art results.
The low-latency/high-throughput properties of those network interfaces are not only opening the cloud for HPC applications, they will also be well received by traditional large scale web applications or data processing frameworks.
These results clearly imply that VPc monolayers and multilayers were successfully obtained.
The outcomes show a similarity between both approaches, turning the remote network lab an effective tool to support teaching computer network.
Experimental results show that the proposed Network Interfaces is feasible and efficient and it is characterized by a good performance criteria's in terms of area, power, speed, latency, and Throughput.
Proceedings ArticleDOI
Kai Lei, Jiawei Wang, Jie Yuan 
08 Jun 2015
30 Citations
Since additional network metrics can be easily added and integrated into interfaces' assessment model, EPF provides good extensibility.

Related Questions

What are the current trends in the use of virtual laboratories in education?5 answersCurrent trends in education show a significant shift towards the utilization of virtual laboratories, especially in response to the COVID-19 pandemic. Various research centers have proposed projects to establish virtual laboratories for teaching and enhancing technological infrastructure. These virtual labs offer a cost-effective solution for providing essential learning spaces, particularly in technical education, where physical labs may be challenging to maintain due to high costs. Studies have demonstrated the effectiveness of virtual laboratories as practicum learning media, supporting remote or online learning implementations with positive outcomes and large effect sizes. Additionally, the use of formal modeling techniques like UML Activity Diagrams and Petri nets has been suggested to analyze, understand, and implement virtual experiments systematically, aiding in software reuse and redesign decisions for different educational settings.
Is software currently being supplemented to electronic lab trainer kits?4 answersYes, software is currently being supplemented to electronic lab trainer kits. This is evident in the abstracts from multiple papers. Wahyudi et al. developed a Trainer Kit for practical Thermodynamics experiments that includes a 3D printed catapult system and uses Visual Basic 6.0 for velocity calculations. Chiu et al. mention the use of hands-on tutoring in the training of junior medical technologists, indicating the integration of software in laboratory medicine education. Zamiri et al. propose a methodology for implementing personalized training Toolkits in Smart Labs, which includes the integration of software tools and resources for designing and developing personalized training disciplines. Susanna and Murdianto discuss the use of practical microcontroller kits for testing and calibrating sensors, suggesting the presence of software components in these kits. AL-Yoonus presents the implementation of a lab board using a microcontroller and software tools for pulse generation and control applications.
What are the disadvantages of virtual laboratories?5 answersVirtual laboratories have several disadvantages. One major drawback is the time and cost involved in analyzing, understanding, modeling, and implementing virtual experiments. Another disadvantage is the potential limitation of discussion and collaboration in virtual environments, which can hinder the development of physical skills and reduce engagement. Additionally, the creation of virtual laboratory materials can be time-consuming. Furthermore, virtual laboratories may not fully replicate the experience of working with real equipment in a physical laboratory, which can limit the acquisition of practical skills. Finally, there is a need for further research to investigate skill-based learning outcomes using immersive virtual reality (VR) and natural user interface (NUI) technologies, as well as to consider instructional design elements in virtual laboratories.
How can virtual labs be best used to supplement real-world laboratory experiences?3 answersVirtual labs can be best used to supplement real-world laboratory experiences by providing additional interactive visualizations and simulations that enhance understanding of fundamental phenomena. They can offer a realistic representation of the laboratory environment and practical processes, allowing students to gain a better understanding of the subject matter. Virtual labs can also be used to introduce students to the correct procedures and techniques before they engage in hands-on experiments, helping them to learn the correct way to perform tasks. Additionally, virtual labs can be used to overcome limitations in real labs by displaying features that cannot be observed in a physical setting. However, it is important to note that virtual labs cannot fully replace the experience of working in a real laboratory. Students still value the hands-on experience and the motivation it provides. Nevertheless, virtual labs can be a valuable tool in supplementing and enhancing real-world laboratory experiences in educational settings.
What are the top VPN products on the market?5 answersThere is no information provided in the abstracts about the top VPN products on the market.
How many IP addresses can an interface use?10 answers

See what other people are reading

What are the potential benefits of integrating geospatial data into BIM models for urban planning and management?
5 answers
How are digital twins of asphalt pavement structures modelled?
5 answers
How to detect vehicles from airborne lidar data?
5 answers
What are the different tools available for measuring the layout of a space or room?
5 answers
How to measure the TRL of academic technologies?
5 answers
What are the potential benefits of integrating geospatial data into BIM models for urban planning and management?
5 answers
How are digital twins of asphalt pavement structures modelled?
5 answers
How to do a research from previous studies?
5 answers
To conduct research based on previous studies, it is essential to leverage existing theories and findings to enrich the new study. Additionally, replicating, challenging, or building upon previous research can stimulate further investigation in various areas such as information structure, user behavior, policy decisions, and performance measures. Utilizing data from naturalistic driving studies and other sources can help understand the interactions between driver behavior, vehicle characteristics, and road conditions, ultimately enhancing safety research in the context of highway crashes. Drawing on established research is crucial for distilling key aspects of case study research, guiding new researchers on when to use case studies, research design, data collection, analysis, and reporting. By following these approaches, researchers can effectively build upon existing knowledge and contribute meaningfully to their respective fields.
How do 3d bounding boxes for autonomous driving work?
5 answers
3D bounding boxes for autonomous driving primarily rely on advanced technologies like LiDAR and multi-camera perception to overcome the limitations of extracting depth information from conventional 2D images. LiDAR-based approaches, utilizing convolutional neural networks, provide depth information crucial for accurate 3D object detection. In scenarios lacking depth-centric sensors, a multi-camera perception solution aggregates data from multiple cameras to predict 3D object properties, enhancing accuracy through a vision transformer model. For pedestrian safety, 3D bounding box prediction models based on recurrent neural networks offer effective solutions, enabling longer-term predictions without complex motion modeling. These approaches collectively contribute to enhancing the safety and efficiency of autonomous driving systems by accurately detecting and tracking 3D objects in real-time.
What is the definition of technology is provided in the article?
5 answers
The definition of technology provided in the articles encompasses various aspects. Technology is broadly understood as all creations used by humans to achieve specific goals, classified into material technology, linguistic-informational technology, and social technology. It is characterized by four features: artifacts, a social body, a way to utilize natural forces, and mediation through tools and machines. Furthermore, technology is described as increasingly playing a crucial role in society, transforming it into superstructures and potentially leading to the replacement of humans in both physical and mental work. The articles emphasize the importance of understanding the values and implications of technology, highlighting the need for an integral understanding of progress and the significance of wise living as a fundamental value.
What should airport operators do to automate airport apron operations?
5 answers
Airport operators aiming to automate airport apron operations should consider utilizing deep learning models for object classification, creating specialized datasets for training AI-based approaches, implementing simulation-optimization approaches for coordinating multiple service providers efficiently, and establishing an intelligent management and control system integrating automation and information systems. By leveraging synthetic LiDAR sensor data for training, developing datasets for image acquisition and annotation, employing simulation-optimization techniques for robust planning, and implementing intelligent resource management systems, airport operators can enhance safety, efficiency, and punctuality on the apron without compromising sensitive information sharing among stakeholders.