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The radio interface protocol architecture and the connections between protocols are shown in Figure 4.8. Each block represents an instance of the corresponding protocol. The dashed lines stand for interfaces through which the RRC protocol controls and con gures the lower layers. The SAPs between MAC and the physical layer and between the RLC and MAC sublayers provide the transport channels (TrCHs) and the logical channels (LoCHs), respectively. TrCHs are speci ed for data transport between physical layer and Layer 2 peer entities, whereas logical channels de ne the transfer of a speci c type of information over the radio interface.

memory and some incoming packets have to be dropped, thereby temporarily breaching the strict flow isolation property of LQD. However, the degradation is such that it makes the complexity performance tradeoff worthwhile w38x. 6.2.7.3 Architectural Design A VHDL design and implementation of the ALQD with a PFQ scheduler for IP routers are presented in w40x. Figure 6.16 shows the system architecture with the data memory, where there is a packet segmentation unit PSU. before the input interface, which chops each packet into a number of fixed-length segments also called cells. before sending them to the input interface. There is also a packet reassembly unit PRU. after the output interface, which reassembles the segments of each packet into a packet before forwarding it to the next processing unit. To facilitate the queue management described later. and packet reassembly operations in the PRU, both the PSU and the queue management system are assumed to transmit cells without interleaving the cells from different packets. Both input and output interfaces are assumed to have one-cell buffer space.

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4.7.9 Risk management. The contractor shall develop and maintain a risk management programme to plan for, assess, analyse, and manage project risk in accordance with the Risk Management Plan. (ESSENTIAL) Tenderers shall describe in their tender both perceived project risks and the processes by which risk planning, assessment, analysis, and handling procedures shall be employed throughout the execution of the Contract. When discussing perceived project risks, tenderers shall identify the possible cost, schedule, and performance impacts and classify the severity of the risks. Tenderers shall also discuss proposed courses of action to minimise, eliminate, or otherwise avoid identified risks. When discussing the planning, assessment, analysis, and risk handling procedures to be employed during the Contract, tenderers should discuss risk identification, analysis, monitoring, and controlling techniques that are proposed, the means by which the Government will be advised of the risks, and what actions may be expected of the Government to mitigate identified risks. 4.7.9.1 Risk Management Plan. The contractor shall provide and maintain a Risk Management Plan. (CDRL-MGT-07) (ESSENTIAL) Tenderers shall include . . . a draft of their Risk Management Plan identifying risk commensurate with the level of development of the tender and proposals for managing this risk. Tenderers shall use the following definitions for risk levels when identifying risk in their draft Risk Management Plan. Low risk Has little potential to cause disruption of schedule, increase in cost, or degradation of performance. Medium risk Can potentially cause some disruption of schedule, increase in cost, or degradation of performance. High risk Can potentially cause serious disruptions of schedule, increase in cost, or degradation of performance.

In Ref. 25 a numerical model of Brillouin pulse compression for the tandem SBS oscillator ampli er geometry was developed by using a generalization of the splitstep method and fast Fourier transformations. The calculated Stokes pulse width as a function of pump energy for two pump durations is shown in Fig. 7.8.

1. C. Y. Huang, J. Y. Wu, C. F. Yang, and K. L. Wong, Gain-enhanced compact broadband microstrip antenna, Electron. Lett. 34, 138 139, Jan. 22, 1998. 2. C. Y. Huang, J. Y. Wu, and K. L. Wong, High-gain compact circularly polarized microstrip antenna, Electron. Lett. 34, 712 713, April 16, 1998. 3. Y. Huang, Y. P. Zhang, G. X. Zheng, and T. K. C. Lo, Planar inverted F antenna loaded with high permittivity material, Electron. Lett. 31, 1710 1712, Sept. 28, 1995. 4. B. Robert, T. Razban, and A. Papiernik, Compact ampli er integration in square patch antenna, Electron. Lett. 28, 1808 1810, Sept. 10, 1992. 5. M. C. Pan and K. L. Wong, A broadband active equilateral-triangular microstrip antenna, Microwave Opt. Technol. Lett. 22, 387 389, Sept. 20, 1999. 6. H. Y. Yang and N. G. Alexopoulos, Gain enhancement methods for printed circuit antennas through multiple superstrates, IEEE Trans. Antennas Propagat. 35, 860 863, July 1987. 7. Y. P. Zhang, Y. Hwang, and G. X. Zheng, A gain-enhanced probe-fed microstrip patch antenna of very high permittivity, Microwave Opt. Technol. Lett. 15, 89 91, June 5, 1997.

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