Crop cultivation is an important role in the agriculture industry. Presently, food loss is primarily caused by sick crops, which affects growth rate and increase. High yield depends a lot on its growth. However, now c...
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Sedentary behavior is considered as a major public health challenge, linked with many chronic diseases and premature mortality. In this paper, we propose a steps counting -based machine learning approach for the predi...
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ISBN:
(纸本)9781728111797
Sedentary behavior is considered as a major public health challenge, linked with many chronic diseases and premature mortality. In this paper, we propose a steps counting -based machine learning approach for the prediction of sedentary behavior. Our work focuses on analyzing historical data from multiple users of wearable physical activity trackers and exploring the performance of four machine learning algorithms, i.e., Logistic Regression, Random Forest, XGBoost, Convolutional Neural Networks, as well as a Majority Vote Ensemble of the algorithms. To train and test our models we employed a crowd sourced dataset containing a month's data of 33 users. For further evaluation, we employed a dataset containing 6 months of data of an additional user. the results revealed that while all models succeed in predicting next-day sedentary behavior, the ensemble model outperforms all baselines, as it manages to predict sedentary behavior and reduce false positives more effectively. On the multi-subjects test dataset, our ensemble model achieved an accuracy of 82.12% with a sensitivity of 74.53% and a specificity of 85.71% On the additional unseen dataset, we achieved 76.88% in accuracy, 63.27% in sensitivity and 81.75% in specificity. these outcomes provide the ground towards the development of real-life artificially intelligent systems for sedentary behavior prediction.
Withthe incorporation of autonomous robotic platforms in various areas (industry, agriculture, etc.), numerous mundane operations have become fully automated. the highly demanding working environment of Agriculture l...
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this paper describes the participation of team oneNLP (LTRC, IIIT-Hyderabad) for the WMT 2021 task, similar language translation. We experimented with transformer based Neural Machine Translation and explored the use ...
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the proceedings contain 60 papers. the topics discussed include: output voltage control of inverters using SDRE tracking and LQT controllers;metro traffic regulation by considering the effect of transfer stations;obse...
ISBN:
(纸本)9781728158150
the proceedings contain 60 papers. the topics discussed include: output voltage control of inverters using SDRE tracking and LQT controllers;metro traffic regulation by considering the effect of transfer stations;observer-based sensor fault detection in islanded AC microgrids using online recursive estimation;unscented kalman filter in gas pipeline leakage magnitude estimation and localization;accuracy improvement of GPS/INS navigation system using extended kalman filter;neural networks adaptive DSC design of nonlinear systems in the presence of input saturation and external disturbance;design of a nonlinear model-based predictive controller for a wind turbine based on PMSG using an augmented extended kalman filter;robust fault tolerant position tracking control for a quadrotor UAV in presence of actuator faults;and high-performance robust grid-connected power systems.
the study of online algorithms with machine-learned predictions has gained considerable prominence in recent years. One of the common objectives in the design and analysis of such algorithms is to attain (Pareto) opti...
ISBN:
(纸本)9798331314385
the study of online algorithms with machine-learned predictions has gained considerable prominence in recent years. One of the common objectives in the design and analysis of such algorithms is to attain (Pareto) optimal tradeoffs between the consistency of the algorithm, i.e., its performance assuming perfect predictions, and its robustness, i.e., the performance of the algorithm under adversarial predictions. In this work, we demonstrate that this optimization criterion can be extremely brittle, in that the performance of Pareto-optimal algorithms may degrade dramatically even in the presence of imperceptive prediction error. To remedy this drawback, we propose a new framework in which the smoothness in the performance of the algorithm is enforced by means of a user-specified profile. this allows us to regulate the performance of the algorithm as a function of the prediction error, while simultaneously maintaining the analytical notion of consistency/robustness tradeoffs, adapted to the profile setting. We apply this new approach to a well-studied online problem, namely the one-way trading problem. For this problem, we further address another limitation of the state-of-the-art Pareto-optimal algorithms, namely the fact that they are tailored to worst-case, and extremely pessimistic inputs. We propose a new Pareto-optimal algorithm that leverages any deviation from the worst-case input to its benefit, and introduce a new metric that allows us to compare any two Pareto-optimal algorithms via a dominance relation.
there is no doubt that 5G and 6G technologies coupled with secure edge network capabilities play crucial roles in the evolution of Industry 4.0 and emerging Industry 5.0. In Industry 4.0, 5G enhances smart manufacturi...
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ISBN:
(数字)9798350351538
ISBN:
(纸本)9798350351545
there is no doubt that 5G and 6G technologies coupled with secure edge network capabilities play crucial roles in the evolution of Industry 4.0 and emerging Industry 5.0. In Industry 4.0, 5G enhances smart manufacturing by enabling ultra-reliable low-latency communication (URLLC), massive machine-type communication (mMTC), and enhanced mobile broadband (eMBB). these features support real-time monitoring, automation, edge computing, and data exchange across interconnected devices and systems to improve industrial efficiency and productivity. With Industry 5.0, which focuses on human-machine collaboration, 5G continues to be vital, but the advent of 6G will bring even greater capabilities. 6G is expected to offer a higher level of autonomy and advanced artificial intelligence integration by facilitating seamless interaction between humans, machines as well as intelligent systems via edge networking. this will enable more sophisticated applications, such as advanced robotics, virtual and augmented reality experiences, further connected driving innovations, and also the symbiosis between humans and technology, built on ubiquitous connectivity. From a leading mobile network operator perspective, in this paper, we delve into how 5G technology, empowered with secure edge networks, can transform XR communication, vehicular communication, and also UAV-based aerial communication while enabling safer, more reliable, and more efficient systems in the smart city applications on the road to 6G.
the C. Precision of studying Adaptive Spectrum Sharing techniques in 6G mobile Networks refers to the potential to properly expect the anticipated performance of such networks based totally on the assessment of the re...
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ISBN:
(数字)9798350370249
ISBN:
(纸本)9798350370270
the C. Precision of studying Adaptive Spectrum Sharing techniques in 6G mobile Networks refers to the potential to properly expect the anticipated performance of such networks based totally on the assessment of the records collected from actual-world networks. the suitable statistics evaluation is made possible through the usage of superior algorithms together with AI-based spectrum-sharing strategies to provide particular insight into the to-be-had spectrum property in networks. those technically superior algorithms permit operators to choose spectrum bands in the manner to offers the most cost-powerful coverage for their network boom goals. Moreover, the AI-based spectrum sharing techniques are used to properly decide the c aggregate of spectrum bands to advantage top-of-the-line overall performance. It additionally the interference amongst networks and makes certain community balance. Similarly, C. Precision of reading Adaptive Spectrum Sharing techniques in 6G cell Networks additionally facilitates operators to determine the community configuration that gives the nice man or woman enjoy and most reliable network utilization.
the proceedings contain 292 papers. the topics discussed include: application of improved multi-threshold birch clustering in reservoir prediction;prediction of house price based on the back propagation neural network...
ISBN:
(纸本)9781728152561
the proceedings contain 292 papers. the topics discussed include: application of improved multi-threshold birch clustering in reservoir prediction;prediction of house price based on the back propagation neural network in the keras deep learning framework;intelligent fan system based on big data and artificial intelligence;the application of a new approach of fuzzy soft sets based decision-making in website rank and similarity;mission policy and optimization objectives in cognitive emergency communication networks;an electromagnetic and piezoelectric coupled energy harvester using cantilever beam for low frequency vibration;investigation and analysis on lightning protection maintenance schemes of high-speed rail catenary abroad and their reference significance for china;and very robust direct solver of the P3P problem.
the proceedings contain 46 papers. the topics discussed include: intelligent intrusion detection using radial basis function neural network;hybrid SDN-ICN architecture design for the Internet of things;enabling scalab...
ISBN:
(纸本)9781728107226
the proceedings contain 46 papers. the topics discussed include: intelligent intrusion detection using radial basis function neural network;hybrid SDN-ICN architecture design for the Internet of things;enabling scalability, adaptivity, and resilience in cloud applications by software-defined M-task-based programming;trust-aware service chain embedding;enhancing multipath TCP security through software defined networking;using blockchain technology to manage membership and legal contracts in a distributed data market;towards optimized verification and validation of 5G services;VNF placement strategy for availability and reliability of network services in NFV;and SDN-based slice orchestration and MAC management for QoS delivery in IEEE 802.11 networks.
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