We study the performance of a passive optical residential access network using a TDMA reservation system. A collection of algorithms which allow users to acquire bandwidth on-demand are proposed to support data applications using the Internet protocol. Algorithm behavior is examined under various applied traffic loads, with both bursty and nonbursty traffic. The new dynamic bandwidth allocation algorithms provide high efficiency and low queuing delay in the presence of long reservation delays. Both simulation and IP packet traces from operating LANs are used to examine the performance of the proposed bandwidth allocation schemes.

https://ieeexplore.ieee.org/iel5/6675/17966/00829954.pdf

A New Multi-Access Model for Packet Switching with an Intelligent Satellite.

Overcoming reservation latency for IP traffic in an ATM PON

An initial definition of on-board processing requirements for an advanced satellite communications system to service domestic markets in the 1990's is presented An exemplar system architecture with both RF on-board switching and demodulation/remodulation baseband processing was used to identify important issues related to system implementation, cost, and technology development

A New Multi-Access Model for Packet Switching with an Intelligent Satellite.

Citations

Overcoming reservation latency for IP traffic in an ATM PON

Application of advanced on-board processing concepts to future satellite communications systems

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