Research
On-device research index

arXiv research

A locally-built, LLM-digested index of recent arXiv papers in quant finance, geometry/topology, and statistical ML — keyword search served straight from SQLite on this machine.

169,051 papers · 148 categories

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13274053 · Mar 202019922001200920182026
48 results for mobile crowdsourced services

Deep learning predicts availability of mobile crowdsourced services spatially and temporally.

problem Predicting the availability of mobile crowdsourced services in space and time.
method Two-stage prediction model: clustering services into regions, then forecasting availability duration using time series.
result Effectiveness validated through multiple experiments.

Deep-Gap predicts crowdsourcing supply-demand gaps using deep learning.

problem Balancing supply and demand in mobile crowdsourcing.
method Residual learning-based deep neural networks trained on time series data and external factors.
result Deep-Gap achieves lowest forecasting errors compared to state-of-the-art methods.

Mobile sensing is an emerging technology that utilizes agent-participatory data for decision making or state estimation, including multimedia applications. This article investigates the structure of mobile sensing schemes and introduces crowdsourcing methods for mobile sensing. Inspired by social network, one can estab…

2015-08-03abs ↗pdf ↗

This paper optimizes resource allocation for crowdsourced live streaming to improve viewer experience and reduce costs.

problem Improving viewer quality of experience (QoE) in crowdsourced live streaming.
method A prediction-driven resource allocation framework using machine learning to predict viewer numbers and proactively allocate resources.
result Maximizes viewer QoE and minimizes resource allocation costs through precise resource provisioning.

OTT services are replacing traditional telecom services, affecting revenue streams.

problem OTT services are reducing traditional telecom revenue streams.
method Quantitative analysis of mobile user trends and revenue changes.
result OTT services are becoming more prevalent and impacting telecom revenue.

In this work, we analyze the problem of adoption of mobile money in Pakistan by using the call detail records of a major telecom company as our input. Our results highlight the fact that different sections of the society have different patterns of adoption of digital financial services but user mobility related feature…

2017-11-13abs ↗pdf ↗

ADRL improves participant selection in MCS systems.

problem Designing a participant selection algorithm for different MCS systems with multiple goals.
method Auxiliary-task based deep reinforcement learning (ADRL) using transformers and pointer networks.
result ADRL outperforms other baselines in various MCS settings.

Crowdsourced data helps detect incidents faster, balancing accuracy and practicality.

problem Detecting incidents from crowdsourced data is challenging due to noise and uncertainty.
method CROME (Crowdsourced Multi-objective Event Detection) uses CNN and Pareto optimization.
result The approach outperforms existing methods in incident detection and practicality.

In this paper we present a review of the existing typologies of Internet service users. We zoom in on social networking services including blogs and crowdsourcing websites. Based on the results of the analysis of the considered typologies obtained by means of FCA we developed a new user typology of a certain class of I…

2013-11-30abs ↗pdf ↗

HGP models traffic speed uncertainty better than current methods.

problem Highly variable measurement noise in crowdsourced traffic data.
method Heteroscedastic Gaussian processes (HGP) conditioned on sample size and traffic regime (SRC-HGP).
result SRC-HGP produces significantly better predictive distributions.

Paper identifies bias and strategic behavior in crowdsourced performance assessments.

problem Crowdsourced performance assessment risks personal interest introducing distortions.
method Developed a method to identify bias and strategic behavior using a rich dataset.
result Discovers a pattern of 'discriminatory generosity' in peer evaluation.

A crowdsourcing framework improves communication efficiency in federated learning.

problem Improving communication efficiency in federated learning with uncoordinated clients.
method Formulated a utility maximization problem and proposed a crowdsourcing framework.
result Simulated results show up to 22% gain in offered reward.

HCFContext predicts mobile context using collaborative filtering and homomorphic encryption.

problem Accurate mobile context determination for enterprise policies.
method Proposes HPContext and HCFContext models using sequential history and collaborative filtering, with privacy-preserving homomorphic encryption.
result HCFContext enhances context prediction by leveraging related users' observations.

New algorithm APHEN improves tensor decomposition for mobile banking user-device authentication.

problem Enhancing user-device authentication in mobile banking for financial services.
method Tensor decomposition using Paratuck2 and APHEN algorithm for faster and more accurate computation.
result Improved user-device authentication for financial services through faster and more accurate tensor decomposition.

Paper analyzes churn behavior in mobile games at micro and macro levels.

problem Understanding churn behavior in mobile games, especially at micro and macro levels.
method Developed a semi-supervised and inductive embedding model for micro-level churn prediction and constructed a relationship graph for macro-level churn ranking.
result Accurate micro-level churn prediction and macro-level churn ranking were achieved using novel techniques.

Optimal vehicle repositioning policy found for shared mobility services.

problem Matching fixed supply with spatial customer demand under uncertain and correlated demand.
method Base-stock repositioning policy, asymptotic optimality, regret analysis, adaptive repositioning algorithm.
result Surrogate Optimization and Adaptive Repositioning algorithm achieves optimal regret of O(n2.5T)O(n^{2.5} \sqrt{T}).

The paper proposes a survival model to optimize mobile notification delivery times.

problem Inappropriate notification timing and interruptions lead to user complaints.
method Developed a state transition framework and a survival model with log-linear and Weibull structures.
result The survival model outperforms logistic regression in prediction accuracy.

TIMeSynC combines financial service interactions for intent prediction.

problem Aligning and learning from multi-domain, multi-resolution sequences for accurate intent prediction.
method An encoder-decoder transformer model addressing sequence alignment, temporal dynamics, and dynamic/static sequence combination.
result Significant improvement in intent prediction over existing methods.

Federated Learning prioritizes client data contributions for better model quality.

problem Privacy concerns and reluctance to share private data in machine learning.
method Prioritizes client data contributions in Federated Learning by assigning scores based on defined criteria.
result The proposed approach yields a higher quality global model compared to standard Federated Learning.

Framework optimizes transit routes based on crowd movements using demand prediction and supply optimization.

problem Dynamic optimization of transit routes in areas of crowd movements.
method Combines demand prediction (Quantile Regression) and supply optimization (Linear Programming) to dynamically redesign routes.
result Framework often obtains optimal solutions and outperforms conventional methods.

Meta-learning method for accurate classifier from noisy annotators' data.

problem Accurate learning from noisy labels provided by multiple annotators.
method Meta-learning neural network to embed examples in latent space and estimate annotators' abilities, then adapt classifiers using EM algorithm.
result Meta-learning method improves classifier performance with minimal labeled data.

Paper introduces IGMM-GAN for multimodal anomaly detection in mobility data.

problem Lack of ground truth data and dependence on pre-processing for anomaly detection in human mobility.
method Coupled IGMM-GAN for generating realistic synthetic datasets and multimodal anomaly detection.
result IGMM-GAN improves anomaly detection performance over existing GAN methods.

ARDEN improves deep learning performance on mobile devices by protecting privacy in the cloud.

problem Balancing privacy and performance in mobile deep learning with limited device capacity.
method ARDEN partitions DNN across mobile devices and cloud, using data transformation and noise addition for privacy, and noisy training for robustness.
result ARDEN enhances inference performance on cloud while maintaining strong privacy.

RONA compresses complex models while ensuring privacy.

problem Deploying complex deep neural networks on mobile devices poses privacy risks and computational constraints.
method RONA uses knowledge distillation, hint learning, and self learning to train a compact neural network with differential privacy guarantees.
result RONA achieves 20x compression and 19x speed-up with 0.97% accuracy loss on SVHN while maintaining strong privacy.

Safe-M3^3-UCRL learns safe policies for multi-agent systems with global constraints.

problem Global constraints in mean-field reinforcement learning for multi-agent systems.
method Safe-M3^3-UCRL uses epistemic uncertainty and log-barrier approach to ensure constraints satisfaction.
result Safe-M3^3-UCRL learns safe policies for multi-agent systems with global constraints.

Proposes a model for identifying 4G cells with network throughput problems.

problem Challenges in identifying 4G cells with network throughput issues due to network complexity and privacy concerns.
method Data-driven model using clustering and Deep Neural Networks (DNNs). Model parameters are learned from a small number of expert-labeled data. Multiple clustering models capture common features for problematic cells.
result The proposed model outperforms a simple classifier in identifying cells with network throughput problems.

Neural pedagogical agent updates user models in real-time for mobile education apps.

problem Real-time user modeling for dynamic mobile education platforms.
method Bidirectional recurrent neural networks with attention mechanism over embedded question-response pairs.
result Model outperforms existing approaches in predicting user response correctness.