A5081133263- Software-Defined Networks and 5G
- Advanced Optical Network Technologies
- Advanced Photonic Communication Systems
- Satellite Communication Systems
- Interconnection Networks and Systems
- Blockchain Technology Applications and Security
- IoT and Edge/Fog Computing
- Optical Network Technologies
- Cooperative Communication and Network Coding
- Wireless Communication Networks Research
- Advanced Wireless Network Optimization
- Digital Transformation in Industry
- Integrated Circuits and Semiconductor Failure Analysis
- Age of Information Optimization
- Network Security and Intrusion Detection
- Internet Traffic Analysis and Secure E-voting
- Teleoperation and Haptic Systems
- Advanced MIMO Systems Optimization
University of Oulu
2023-2024
Beijing University of Posts and Telecommunications
2016-2022
Beijing University of Technology
2017
The wide coverage of satellite networks and the large bandwidth terrestrial have led to an increasing research on integration two (ISTN) for complementary advantages. However, most researches routing mainly focus internal network. Due point-to-area channel characteristics between satellites ground stations, heterogeneity ISTN has increased, which makes that algorithm traditional cannot be applied end-to-end ISTN. Meanwhile, data flows with elastic quality service attribute make pre-assign...
We propose a proactive dynamic network slicing scheme that utilizes deep-learning based short-term traffic prediction approach for 5G transport networks. The demonstration shows utilization efficiency improvement from 46.33% to 71.53% under the evaluated scenario.
It demonstrates a flexible optical network enabled “Network Restructuring as Traffic Changes” for 5G/B5G backhaul network, which realizes proactive cross-layer generation and mitigation-based recovery, powered by cognitive enhancement decision deduction.
This paper proposes a unified control and network slicing architecture for multi-vendor multi-standard PON based 5G Fronthaul Network experimentally demonstrates its flexible resource management capability.
This demo provides an integrated end-to-end optical-wireless slicing cross latest SBA based core network, backhaul network and two-level fronthaul networks, showing consistent heterogeneous coordination capabilities on different multi-vendor transport equipment computing resources.
We proposed a multi-tenant slicing scheme with multi-domain, multi-layer and multivendor (M3) features. The experimental demonstration shows the created modified around in 353ms 150ms, hybrid resource isolation has offered.
With the rapid development of network science and technology, experiment course plays a more important role in higher education. However, experiments colleges universities are low efficiency poor flexibility because limitations different operation methods, device types, vendors location distribution. This paper describes platform based on software-defined to solve these for educational uses. Combined with characteristics SDN, we divide platform's architecture into management layer, control...
With the increasing demand of network slices in vertical industries, slice resource provisioning transport networks has encountered two challenges, one is efficient presence traffic uncertainty slices, and another flexible isolation for customizable needs. In this paper, we propose an innovative hybrid model to support any customized from complete full sharing, solve problem named Hybrid Slicing Minimum Bandwidth (HSMB) by considering prediction error mitigate negative impact proposed model....
A topology reconstructed networking algorithm is proposed to find the minimal set of optical inter-satellite links under guarantee quality service. Simulation results show that nearly 30% could be saved.
We designed and implemented a dynamic simulation platform for software defined optical satellite networking. It can simulate all nodes in network on one computer. refresh the real time highly complex environment, including changes connection between caused by periodic motion of link quality, etc. In addition, apply other algorithms so that is practical scalable. also conducted test small constellation this platform. The experimental results obtained are line with expectations reflects capabilities
We proposed a flexible architecture and scheduling scheme across TDM/WDM/SDM dimensions for access network sharing to support slicing. The demonstration shows that the time space dimensional settling is 114ms 177ms.
With the blooming of information technology and network applications/services, emerging multi-access edge computing (MEC) in-network (INC) are regarded as key paradigms to support time-sensitive tasks requests by task offloading. Existing studies concerning offloading seldom considered combinations MEC, INC, cloud computing. In this paper, we explore INC-enhanced in MEC networks design a three-layer architecture, which consists not only user equipment, servers, cloud, but also elements like...
This paper aims at the phenomenon of bandwidth resource in short supply which is caused by sudden large amount traffic under a certain wavelength OL T pooling intra-datacenter. From perspective fragmentation, an ONU optimization migration mechanism based on greedy-genetic algorithm proposed architecture Passive Optical Network within datacenter, so as to reduce delay problem congestion, and improve utilization efficiency. The simulation results show that can effectively satisfaction rate...