Titlebook: Wired/Wireless Internet Communications; 16th IFIP WG 6.2 Int Kaushik Roy Chowdhury,Marco Di Felice,Bo Sheng Conference proceedings 2018 IFI

马赛克

ollowing a brief round of applause, the house darkened further, and a blue wash of lights colored the back wall of the theatre. The conductor ascended his platform, nodded to the audience, turned to face his orchestra, and raised his baton to initiate the performance. This was the new Cleveland Play

邪恶的你

Distributed Path Reconfiguration and Data Forwarding in Industrial IoT Networkse our method through simulations to other state of the art methods and we demonstrate performance gains in terms of energy consumption and data delivery success rate as well as some emerging key insights which can lead to further performance gains.

愚蠢人

lipoatrophy

An Obstacle-Aware Clustering Protocol for Wireless Sensor Networks with Irregular Terrainrregular field. Simulation results have shown that the effect of the obstacles on the PDR cannot be neglected. Moreover, NSGA-NLOS-CH outperforms other competent protocols in terms of the PDR while maintaining an acceptable energy consumption at the same time.

我吃花盘旋

Evolutionary-Based Coverage Control Mechanism for Clustered Wireless Sensor Networksd. Performance results are evaluated and compared against several well-known clustering protocols as well as a coverage-aware clustering protocol. Results show that GA-CCM always achieves full area coverage while minimizing the redundancy degree and the number of active nodes. To further evaluate th

FLIRT

Toward Resilient Smart Grid Communications Using Distributed SDN with ML-Based Anomaly Detectionremental k-means produces a slightly lower accuracy (95.6%) but demonstrated an increased speed with respect to k-means and fewer CPU and memory resources needed, indicating a possibility for scaling the system to much larger networks.

NEXUS

Segmented Source Routing for Handling Link Failures in Software Defined Networknd one from emergency node to the destination. After addressing various challenges in placing emergency nodes and assigning emergency nodes to flows, our simulations shows that SSR maintains the same level of performance of pure source routing while significantly reducing the memory overhead, comput

congenial

共和国

DEFER