Withthe increasing demand for Cloud storage, user access mode protection has also begun to come into people's sight. this scheme combines software protection expansion and Ring ORAM to verify the integrity of clo...
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Geography location and object report is a key aspect in field survey, nevertheless of the spatial level. this research shown the request of land survey by using no code software. the study process collects data in the...
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To enhance classification performance by making use of easily available unlabelled data to overcome the scarcity of labelled data, this paper proposes an Embedded Co-Adaboost algorithm that integrates multi-view learn...
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Multithread technology increase the efficiency of concurrent programming. However, for the reason of the non-deterministic feature of the multithreaded programs, debugging the multithreaded programs is an open problem...
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In this paper, Baidu voice recognition method is adopted to study a sorted garbage *** main conclusions can be summarized as follows: (1) the experimental results show that the voice interactive sorting garbage bin ca...
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Gesture recognition is an important way of human-computer interaction, improving gesture recognition rate is of great significance for human-computer interaction applications. To solve the problems of few categories a...
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Reservation-based channel access has been shown to be effective in providing Quality of Service (QoS) guarantees (e.g., timeliness) in wireless embedded real-time applications such as mobile media streaming and networ...
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ISBN:
(纸本)9781605584683
Reservation-based channel access has been shown to be effective in providing Quality of Service (QoS) guarantees (e.g., timeliness) in wireless embedded real-time applications such as mobile media streaming and networked embedded control systems. While the QoS scheduling at the central authority (i.e., base station) has received extensive attention recently, the computation of resource requirements at each individual node has been widely ignored. An inappropriate resource requirement may lead to degraded support for real-time traffic and overprovisioning of scarce network resources. this work addresses this issue by presenting a strategy for nodes to determine minimal resource reservations that guarantee the real-time constraints of their network traffic. In addition, this paper examines the relationship between timeliness constraints of the traffic and resource requirements. Copyright 2008 ACM.
In recent years, there has been a growing interest in cloud computing as a means to enhance user access to shared computing resources, including software and hardware, through the internet. However, the efficient util...
In recent years, there has been a growing interest in cloud computing as a means to enhance user access to shared computing resources, including software and hardware, through the internet. However, the efficient utilization of these cloud resources has been a challenge, often resulting in wastage or degraded service performance due to inadequate scheduling. To overcome this challenge, numerous researchers have focused on improving existing Priority Rule (PR) cloud schedulers by developing dynamic scheduling algorithms, but they have fallen short of meeting user satisfaction. In this study, we introduce a new PR scheduler called Priority Based Fair Scheduling (PBFS), which takes into account key parameters such as CPU Time, Job Arrival Time, and Job Length. We evaluate the performance of PBFS by comparing it with five existing algorithms, and the results demonstrate that PBFS surpasses the performance of the other algorithms. the experiment was conducted using the CloudSim simulator, utilizing a dataset of 300 and 400 jobs. In order to assess the performance, three key metrics were employed: flow time, makespan time, and total tardiness. these metrics were chosen to evaluate and analyze the effectiveness of the proposed scheduling algorithm.
In recent times, wearables internet of things (IoT) devices has gained popularity due to their ability to improve many facets of our daily lives. this innovative technology is equipped with sensors, processors, and ot...
In recent times, wearables internet of things (IoT) devices has gained popularity due to their ability to improve many facets of our daily lives. this innovative technology is equipped with sensors, processors, and other electronic components to collect and transmit data to the cloud for processing important insights. However, the limited power supply, frequent recharging, and user inconvenience, are some of the critical barriers to their widespread adoption. To circumvent these constraints, effective energy harvesters are essential. this paper proposes light energy harvesting to power up wearable IoT devices. It consists of a small photovoltaic (PV) panel, energy management IC and lithium polymer (LiPo) rechargeable battery. the experiments include a baseline system, LiPo charging and discharging, and the light energy harvesting system under natural sunlight. Experimental results show that the light energy harvesting enabled wearable IoT system can provide an increase in lifetime of more than 300% when compared to the baseline system. this shows that light energy harvesting is a reliable and efficient option to power a wearable IoT device, making it a promising option for self-powered, and sustainable wearables IoT.
A software system's architecture provides a model of the system that suppresses implementation detail, allowing the architect to concentrate on the analysis and decisions that are most crucial to structuring the s...
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