Description

Book Synopsis

.- Edge Computing and Intelligence.

.- A Fair Cooperation Strategy in the Edge-Edge Collaboration Scenario.

.- Joint Optimization of Transmission and Computation for Multi-Source MEC System Based on Deep Reinforcement Learning.

.- MARL-Based Joint Optimization of Service Migration and Resource Allocation in MEC.

.- NBS-Based Mobile Edge Computing: A Joint Optimization of QoS and Energy in Computation Offloading.

.- Optimizing Resource Allocation in the Internet of Vehicles: An Intelligent Vehicle-Edge-Cloud Collaboration Approach.

.- Proactive Intellectual Property Protection for Edge AI Models.

.- SC-TSDRL: A Cloud-Edge Collaboration Framework for Diffusion Model Inference Acceleration.

.- Vickrey Auction Offloading for Edge-Assisted Video Analytics with Dynamic Gain Prediction.

.- Federated Learning Algorithms and Systems.

.- An Efficient Federated Meta Unlearning Algorithm with Enhanced Privacy Protection.

.- Balanced Federated Learning with Two-stage Client Selection for Internet of Vehicles.

.- Efficient Federated Learning with Cost-Adjustable Generative AI over Heterogeneous Edge Devices.

.- FedDeSnowNet: Federated De-snowing Network for LiDAR Point Clouds.

.- Federal Knowledge Graph Embedding Based on Incentive Mechanism.

.- FedZipper: A Layer-wise Quantization Compression Framework for Federated Learning with Statistical Heterogeneity.

.- Heterogeneous Federated Learning with Controlled Gradient Variate of Client Momentum.

.- No Fear of Domain Discrepancy: One-Shot Federated Learning via Class-Aware Distillation.

.- Trustworthy and Incentivized Federated Learning Based on Blockchain.

.- Emerging Networks.

.- A Satellite-Ground Link Handover Strategy in LEO Networks using Advantage Actor-Critic Algorithm.

.- A Utility-Adjustable Reverse Auction Mechanism for UAV Data Collection Task Allocation.

.- Adaptive Switching of Lightweight and Complex DNNs for Air-Ground Collaborative Intelligence.

.- ADMM for Energy-efficient Computation Offloading in Marine Mobile Edge Computing Networks.

.- Analytical Route Discovery Time Estimation for UAV Networks.

.- Cross-Layer Intrusion Detection in UWSNs Using an Optimized CNN-LSTM Model.

.- Efficient Task Offloading in MEC via UAV-UGV Collaboration.

.- SUCP Analysis for Region-Centric UAV-Assisted MEC Networks.

.- Task Offloading Optimization in Multi-layer LEO Satellite-Terrestrial Integrated Networks with Hybrid Cloud and Edge Computing.

.- In-network Computing and Processing.

.- 2FA Sketch: Two-Factor Armor Sketch for Accurate and Efficient Heavy Hitter Detection in Data Streams.

.- A Large-Scale Study of Abnormal Recursive DNS.

.- Adaptive Gradient Data Partition and Route Selection for Distributed DNN Training.

.- DeepSight: In-network packet loss management for TCP applications in datacenter networks.

.- DTN Routing Algorithm Based on Social Center and Classifier.

.- E2E-AutoPT: an end-to-end automated penetration testing with LSTM-PPO approach.

.- EAMTI: A Novel Method Toward Early and Accurate Malicious Traffic Identification.

.- Gradient-aware Incremental Network Quantization.

.- Providing Fine-grained Latency Control for Time Sensitive Networking: A Reordering Method.

.- rpkt: A Generic, Safe, and Efficient Userspace Packet Processing Library in Rust.

.- RuleAlchemy: Bidirectional Conflict-Aware Rule Aggregation for Crossed Probing Paths in SDN.

.- RVCC: Congestion Control to Reduce Victim Flows in Data Center Networks.

.- TAB: Traffic-aware Buffer Management on Programmable Switches.

Network and Parallel Computing

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    £64.99

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    Order before 4pm today for delivery by Mon 15 Jun 2026.

    A Paperback by Xu Chen

    15 in stock


      View other formats and editions of Network and Parallel Computing by Xu Chen

      Publisher: Springer
      Publication Date: 15/03/2025
      ISBN13: 9789819628636, 978-9819628636
      ISBN10:

      Description

      Book Synopsis

      .- Edge Computing and Intelligence.

      .- A Fair Cooperation Strategy in the Edge-Edge Collaboration Scenario.

      .- Joint Optimization of Transmission and Computation for Multi-Source MEC System Based on Deep Reinforcement Learning.

      .- MARL-Based Joint Optimization of Service Migration and Resource Allocation in MEC.

      .- NBS-Based Mobile Edge Computing: A Joint Optimization of QoS and Energy in Computation Offloading.

      .- Optimizing Resource Allocation in the Internet of Vehicles: An Intelligent Vehicle-Edge-Cloud Collaboration Approach.

      .- Proactive Intellectual Property Protection for Edge AI Models.

      .- SC-TSDRL: A Cloud-Edge Collaboration Framework for Diffusion Model Inference Acceleration.

      .- Vickrey Auction Offloading for Edge-Assisted Video Analytics with Dynamic Gain Prediction.

      .- Federated Learning Algorithms and Systems.

      .- An Efficient Federated Meta Unlearning Algorithm with Enhanced Privacy Protection.

      .- Balanced Federated Learning with Two-stage Client Selection for Internet of Vehicles.

      .- Efficient Federated Learning with Cost-Adjustable Generative AI over Heterogeneous Edge Devices.

      .- FedDeSnowNet: Federated De-snowing Network for LiDAR Point Clouds.

      .- Federal Knowledge Graph Embedding Based on Incentive Mechanism.

      .- FedZipper: A Layer-wise Quantization Compression Framework for Federated Learning with Statistical Heterogeneity.

      .- Heterogeneous Federated Learning with Controlled Gradient Variate of Client Momentum.

      .- No Fear of Domain Discrepancy: One-Shot Federated Learning via Class-Aware Distillation.

      .- Trustworthy and Incentivized Federated Learning Based on Blockchain.

      .- Emerging Networks.

      .- A Satellite-Ground Link Handover Strategy in LEO Networks using Advantage Actor-Critic Algorithm.

      .- A Utility-Adjustable Reverse Auction Mechanism for UAV Data Collection Task Allocation.

      .- Adaptive Switching of Lightweight and Complex DNNs for Air-Ground Collaborative Intelligence.

      .- ADMM for Energy-efficient Computation Offloading in Marine Mobile Edge Computing Networks.

      .- Analytical Route Discovery Time Estimation for UAV Networks.

      .- Cross-Layer Intrusion Detection in UWSNs Using an Optimized CNN-LSTM Model.

      .- Efficient Task Offloading in MEC via UAV-UGV Collaboration.

      .- SUCP Analysis for Region-Centric UAV-Assisted MEC Networks.

      .- Task Offloading Optimization in Multi-layer LEO Satellite-Terrestrial Integrated Networks with Hybrid Cloud and Edge Computing.

      .- In-network Computing and Processing.

      .- 2FA Sketch: Two-Factor Armor Sketch for Accurate and Efficient Heavy Hitter Detection in Data Streams.

      .- A Large-Scale Study of Abnormal Recursive DNS.

      .- Adaptive Gradient Data Partition and Route Selection for Distributed DNN Training.

      .- DeepSight: In-network packet loss management for TCP applications in datacenter networks.

      .- DTN Routing Algorithm Based on Social Center and Classifier.

      .- E2E-AutoPT: an end-to-end automated penetration testing with LSTM-PPO approach.

      .- EAMTI: A Novel Method Toward Early and Accurate Malicious Traffic Identification.

      .- Gradient-aware Incremental Network Quantization.

      .- Providing Fine-grained Latency Control for Time Sensitive Networking: A Reordering Method.

      .- rpkt: A Generic, Safe, and Efficient Userspace Packet Processing Library in Rust.

      .- RuleAlchemy: Bidirectional Conflict-Aware Rule Aggregation for Crossed Probing Paths in SDN.

      .- RVCC: Congestion Control to Reduce Victim Flows in Data Center Networks.

      .- TAB: Traffic-aware Buffer Management on Programmable Switches.

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