Concept
network communications
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626
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41.8K
Citations
1.3K
Authors
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Institutions
Modular End-to-End Networking
1988 - 2003
The period foregrounded end-to-end performance as a design goal, deploying modular protocol engines, hardware accelerators, and kernel-level implementations to accelerate data transport. Interoperability across heterogeneous networks was advanced through OSI-layered architectures and gateway designs that enable clean protocol composition and interworking. Researchers pursued performance optimization, congestion control, and quality of service in metropolitan and private networks, supported by hardware prototypes and testbeds for high-speed networking.
• High-speed transport protocol design and hardware/software co-design aims to deliver end-to-end performance through protocol engines, hardware accelerators, and kernel-level implementations, as seen in XTP/PE, high-speed transport components, and related protocols. [1] [4] [7] [18] [11]
• OSI layering, interoperability, and gateway architectures emphasize multi-layer protocol composition, OSI implementations, protocol verification, and gateway design to interwork heterogeneous networks. [3] [8] [13] [11]
• Performance optimization, congestion control, and QoS in metropolitan and private networks are explored via plaNET, MAGNET II, Paris, and studies of diskless workstations. [16] [14] [15] [12] [5]
• Transport-layer state management, connection establishment, and signaling mechanisms shape reliable data transport, including state-based connection management, verification, and ISDN/S7 signaling. [2] [9] [17] [6]
• Hardware prototyping, testbeds, and device-level interfaces for high-speed networks show XTP/PE stacks, NNI-based equipment, and consumer bus networks in prototype deployments. [1] [14] [19] [20] [15]