the proceedings contain 102 papers. the special focus in this conference is on algorithms and architectures for parallelprocessing. the topics include: Utility-Based Location Distribution Reverse Auction Incentive Me...
ISBN:
(纸本)9783030389604
the proceedings contain 102 papers. the special focus in this conference is on algorithms and architectures for parallelprocessing. the topics include: Utility-Based Location Distribution Reverse Auction Incentive Mechanism for Mobile Crowd Sensing Network;safeguarding Against Active Routing Attack via Online Learning;reliability Aware Cost Optimization for Memory Constrained Cloud Workflows;null Model and Community Structure in Heterogeneous Networks;an Asynchronous Algorithm to Reduce the Number of Data Exchanges;two-Stage Clustering Hot Event Detection Model for Micro-blog on Spark;mobility-Aware Workflow Offloading and Scheduling Strategy for Mobile Edge Computing;HSPP: Load-Balanced and Low-Latency File Partition and Placement Strategy on Distributed Heterogeneous Storage with Erasure Coding;adaptive Clustering for Outlier Identification in High-Dimensional Data;Improving the parallelism of CESM on GPU;penguin Search Aware Proactive Application Placement;a Data Uploading Strategy in Vehicular Ad-hoc Networks Targeted on Dynamic Topology: Clustering and Cooperation;Cloud Server Load Turning Point Prediction Based on Feature Enhanced Multi-task LSTM;Neuron Fault Tolerance Capability Based Computation Reuse in DNNs;reliability Enhancement of Neural Networks via Neuron-Level Vulnerability Quantization;A Fault Detection Algorithm for Cloud Computing Using QPSO-Based Weighted One-Class Support Vector Machine;paraMoC: A parallel Model Checker for Pushdown Systems;FastDRC: Fast and Scalable Genome Compression Based on Distributed and parallelprocessing;a parallel Approach to Advantage Actor Critic in Deep Reinforcement Learning;Blockchain-PUF-Based Secure Authentication Protocol for Internet of things;parallel Approach to Sliding Window Sums;selective Velocity Distributed Indexing for Continuously Moving Objects Model;a New Bitcoin Address Association Method Using a Two-Level Learner Model.
For continuous variable quantum key distribution (CV-QKD) protocol, information reconciliation (IR) is a key step that can significantly affect the performance of CV-QKD. Because of multidimensional reconciliation sui...
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the proceedings contain 102 papers. the special focus in this conference is on algorithms and architectures for parallelprocessing. the topics include: A New Robust and Reversible Watermarking Technique Based on Eras...
ISBN:
(纸本)9783030389901
the proceedings contain 102 papers. the special focus in this conference is on algorithms and architectures for parallelprocessing. the topics include: A New Robust and Reversible Watermarking Technique Based on Erasure Code;exit-Less Hypercall: Asynchronous System Calls in Virtualized Processes;automatic Optimization of Python Skeletal parallel Programs;impromptu Rendezvous Based Multi-threaded Algorithm for Shortest Lagrangian Path Problem on Road Networks;FANG: Fast and Efficient Successor-State Generation for Heuristic Optimization on GPUs;DETER: Streaming Graph Partitioning via Combined Degree and Cluster Information;which Node Properties Identify the Propagation Source in Networks?;t/t-Diagnosability of BCube Network;strark-H: A Strategy for Spatial Data Storage to Improve Query Efficiency Based on Spark;SWR: Using Windowed Reordering to Achieve Fast and Balanced Heuristic for Streaming Vertex-Cut Graph Partitioning;multitask Assignment Algorithm Based on Decision Tree in Spatial Crowdsourcing Environment;TIMOM: A Novel Time Influence Multi-objective Optimization Cloud Data Storage Model for Business Process Management;RTEF-PP: A Robust Trust Evaluation Framework with Privacy Protection for Cloud Services Providers;a Privacy-Preserving Access Control Scheme with Verifiable and Outsourcing Capabilities in Fog-Cloud Computing;utility-Aware Edge Server Deployment in Mobile Edge Computing;predicting Hard Drive Failures for Cloud Storage Systems;Efficient Pattern Matching on CPU-GPU Heterogeneous Systems;improving Performance of Batch Point-to-Point Communications by Active Contention Reduction through Congestion-Avoiding Message Scheduling;an Open Identity Authentication Scheme Based on Blockchain;RBAC-GL: A Role-Based Access Control Gasless Architecture of Consortium Blockchain;flexible Data Flow Architecture for Embedded Hardware Accelerators;developing Patrol Strategies for the Cooperative Opportunistic Criminals.
Object recognition, an essential technique in computer vision, enables machines to identify and understand real-time objects and environments based on input images. the main aim of this technology is to accurately rec...
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Current-source converters are favored for their special and wide output voltage range. In order to increase power transmission, the structure and control strategies of parallel current-source converters have been deve...
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ISBN:
(纸本)9798350377477;9798350377460
Current-source converters are favored for their special and wide output voltage range. In order to increase power transmission, the structure and control strategies of parallel current-source converters have been developed. Meanwhile, two-stage cascaded current-source converters have an extremely wide output voltage range. However, until now, the control strategy for two-stage parallel current- source converters has not been studied. therefore, this paper focuses on the control structure of current-source converters withthis particular topology. Based on the proposed control architecture, multiple parallel current-source converters only need to use the same SVPWM or SVPWAM (Space Vector Pulse Width Modulation) (Space Vector Pulse Width Amplitude Modulation), eliminating the need for each parallel converter to use its own modulation scheme as in traditional droop control architectures. Even in the presence of differences in parameters among paralleled branches and filters, sinusoidal grid current, unit power factor, 1000V output for the load can still be achieved. Simulation results also validate the correctness of theoretical analysis and the effectiveness of the proposed approach.
the proceedings contain 24 papers. the topics discussed include: an integrated deep learning model to analyze CT scans for minimally invasive accurate classification of T1a small renal masses;tissue type classificatio...
ISBN:
(纸本)9798400717499
the proceedings contain 24 papers. the topics discussed include: an integrated deep learning model to analyze CT scans for minimally invasive accurate classification of T1a small renal masses;tissue type classification for whole slide histological images with graph convolutional neural network;classifying skin diseases using convolutional neural networks;comparative analysis of YOLO architectures for automated detection of liver disease in histopathological images;bibliometric analysis and research trends in artificial intelligence for medical imaging in Alzheimer’s disease;personalized federated learning using client clustering for medical image classification;data augmentation of domain learning in optic nerve combined cup-disc segmentation with a few labeled data;and a coronary plaque detection and identification method based on medical prior knowledge and hybrid attention unit.
A scalable bandwidth-adaptive on-chip storage network architecture is proposed to address the severe data conflict and low bus parallelism in existing multi-level storage, Crossbar, and NoC architectures in edge accel...
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Single Instruction Multiple thread (SIMT) based processor and parallel model are effective ways to solve computation problems exist in big data era. Commonly, work load is organized into mass parallel computing thread...
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Withthe advancement of intelligent transportation systems, ship automatic identification system (AIS) data contains rich maritime traffic information. Utilizing this information effectively contributes to enhancing t...
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High-density EEG is a non-invasive measurement method with millisecond temporal resolution that allows us to monitor how the human brain operates under different conditions. the large amount of data combined with comp...
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ISBN:
(纸本)9783031488023;9783031488030
High-density EEG is a non-invasive measurement method with millisecond temporal resolution that allows us to monitor how the human brain operates under different conditions. the large amount of data combined with complex algorithms results in unmanageable execution times. Large-scaleGPU parallelism provides the means to drastically reduce the execution time of EEG analysis and bring the execution of large cohort studies (over thousand subjects) within reach. this paper describes our effort to implement various EEG algorithms for multiGPUpre-exascale supercomputers. Several challenges arise during thiswork, such as the high cost of data movement and synchronisation compared to computation. A performance-oriented end-to-end design approach is chosen to develop highlyscalable, GPU-only implementations of full processing pipelines and modules. Work related to the parallel design of the family of Empirical Mode Decomposition algorithms is described in detail with preliminary performance results of single-GPU implementations. the research will continue with multi-GPU algorithm design and implementation aiming to achieve scalability up to thousands of GPU cards.
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